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08/18/22 - 03:06 AM andrewjackson6626 created a new post.
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  • Boron deficiency is common in mango fruit during flowering and seed set. This deficiency causes early flowering or fruit loss. Boron is especially important during the development of flowers and fruits. A persistent B deficiency causes the loss of flowers or fruits at an early stage. This suggests that B is more important during the development of flowers or fruits. For proper fruit development, mango trees require about 1 ppm of boron in their leaves. Boron deficiency results in small, deformed flower buds, saw-tooth margins on new leaves, narrow brown vascular streaks in older leaves, and poorly developed Clusters with small fruit with hard endocarp (pit). Find more at https://borates.today/boron-mango-fruit-yields/
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  • Donna_Baker - A persistent B deficiency causes the loss of flowers or fruits at an early stage. This suggests that B is more important during the development of flowers or fruits.
  • NguyenBetty - Soil tests can help you determine if your mango tree needs additional boron. Apply boron-containing fertilizer according to soil test recommendations and/or seek the advice of a certified arborist or other tree care professionals.
  • Joshua_Martin - Boron is an important micronutrient for mangoes, but it can be easily lost from the soil by leaching.
08/18/22 - 01:57 AM andrewjackson6626 created a new post.
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  • Boron is found in many minerals, and its physical properties make it useful in a variety of applications. Boron is used in semiconductors as a dopant, as a heat-resistant coating on steel and other metals, and in the manufacturing of fibreglass and other composite materials. Boron demand has been steadily increasing in recent years, owing to the increasing use of boron-based products in the semiconductor and automotive industries. As a result, boron mining stocks of FEAM have performed well in recent years.
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  • Joshua_Martin - The company, FEAM has seen its stock price rise sharply in recent years as they continue expanding operations while being committed to sustainable practices all at once
  • Donna_Baker - FEAM also collaborates with other companies, which increases its share price. This makes it a good long-term investment for those looking to profit from the growing demand for boron.
  • andrewjackson6626 - One of the leading producers of boron is FEAM, which has seen its stock price rise sharply in recent years. The company is expanding its operations and is committed to sustainable practices.
08/17/22 - 07:07 AM andrewjackson6626 created a new post.
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  • As FEAM speeds the development of its Small-Scale Boron Facility to mechanical completion in CQ4 2022, short sellers are feeling the pressure. This year, Fort Cady has become a hive of activity, with over 54,000 hours logged. They are quite happy with their commercial development since boron prices have skyrocketed, and client discussions are growing with the signing of a letter of intent (LOI) with Corning Incorporated, an inventive leader.
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  • Donna_Baker - This is great news for shareholders as boron prices have risen dramatically this year and customer negotiations are expanding. 
  • Joshua_Martin - NASDAQ: FEAM is positioned to continue their commercial progress. They are pleased with their progress to date and look forward to continued success in the future.
08/17/22 - 06:05 AM andrewjackson6626 created a new post.
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  • Home charging, office charging, depot charging, road-side charging, destination charging, and en-route charging are all types of charging infrastructure. The most popular chargers are home and work chargers, as electric car users have access to one or both. Depot chargers are often found at public parking lots, whereas roadside and destination charges are situated at businesses and points of interest along travel routes. En-route chargers are intended for usage on extended trips. You can find more at https://borates.today/public-charging-electric-vehicles/
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  • Joshua_Martin - The type of charger used will depend on the needs of the driver. For example, a driver travelling long distances will need an en-route charger, while a driver making short trips around town will only need a home or work charger.
  • Donna_Baker - Home and work chargers are the most common charger, as electric vehicle owners have access to one or both.
  • NguyenBetty - In order to ensure that drivers have access to the chargers they need, it is important to carefully consider the location of charge points when planning charging infrastructure.
08/16/22 - 07:40 AM andrewjackson6626 created a new post.
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  • Electric vehicles are becoming a more popular alternative for drivers searching for a more sustainable and environmentally friendly solution. The construction of a strong, dependable, and user-friendly charging infrastructure, on the other hand, is critical for the broad adoption of electric vehicles. Read more https://borates.today/public-charging-electric-vehicles/
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  • Donna_Baker - Charging stations must be easily accessible and conveniently positioned. They must be able to swiftly and effectively charge automobiles.
  • NguyenBetty - As the demand for electric vehicles grows, so does the need for a comprehensive charging infrastructure.
  • Joshua_Martin - the charging infrastructure needs to be able to accommodate different types of electric vehicles. Lastly, the cost of charging should be reasonable and in line with the cost of gasoline.
08/12/22 - 06:21 AM andrewjackson6626 created a new post.
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  • Reducing greenhouse gas emissions is essential to slowing the effects of climate change, and boron can play a major role in this process. Boron-based materials are more efficient than their carbon-intensive counterparts, and they can help to reduce emissions in a variety of industries. In the steel industry, for example, boron-based alloys can be used in place of carbon-intensive steels. This switch can result in significant reductions in greenhouse gas emissions, as well as improved energy efficiency. Find more at https://borates.today/decarbonization-cleaner-future/
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  • Donna_Baker - Boron’s ability to reduce greenhouse gas emissions and improve energy efficiency is an essential part of the decarbonization process, and its potential should not be ignored.
  • Joshua_Martin - In the transportation sector, boron is used to produce lightweight composites that can be used in the construction of vehicles. These materials are not only lighter than their steel counterparts, but they also require less energy to produce.
  • NguyenBetty - As a result, using boron in the transportation sector can lead to reduced emissions throughout the supply chain.
08/12/22 - 05:18 AM andrewjackson6626 created a new post.
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  • FEAM is the largest supplier of boron globally and are the only current reliable source of high-quality, undissolved borate ore in the US. FEAM's primary competitors are small, family-run businesses in China who have little to no regulation, meaning FEAM's product is much higher quality. The company mines boron advanced materials including ulexite. Each type of boron has different properties and uses. For example, ulexite is used in television cathode ray tubes because of its ability to emit electrons when struck by an electron beam.
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  • Joshua_Martin - In addition to being used in glazes, ulexite has a variety of other uses, such as abrasives, ceramics, and fertilizers.
  • Robert_Johnson - FEAM is the largest supplier of high quality borates. Their products are used in a variety of applications, including ceramics, enamels, glazes, plastics, and textile fibers.
  • NguyenBetty - Ulexite is a mineral that is rarely found in its pure form. Instead, it is usually found as a hydrated sodium calcium borate oxide, which is similar in composition to the colemanite mineral.
08/10/22 - 03:22 AM andrewjackson6626 created a new post.
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  • Boron, found as the mineral ulexite, is a significant trace mineral for a variety of industries and uses. One of the most prevalent applications for boron is in the manufacture of fibreglass. Boron fibres are used to strengthen composite materials, making them stronger and more heat resistant. Boron is also used in the manufacture of borosilicate glass, which is recognised for its strength and resilience to thermal shock. Find more at https://borates.today/ulexite-the-wonder-mineral/
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  • Donna_Baker - With so many vital uses, it is clear that boron is an essential trace mineral.
  • Joshua_Martin - Another important use for boron is as a flame retardant. When added to fabrics, plastics, and other materials, boron helps to inhibit combustion and reduce the spread of fire.
  • NguyenBetty - Boron is also used in agriculture as a plant nutrient, as well as in the treatment of water supplies to prevent scale buildup.
08/10/22 - 03:02 AM andrewjackson6626 created a new post.
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  • Industrial emissions occur from a variety of sources, including smokestacks and tailpipes, as well as landfills and agricultural operations. Particulate matter, sulphur dioxide, nitrogen oxides, carbon monoxide, volatile organic compounds (VOCs), and heavy metals are the principal pollutants released by industry. These industrial pollutants can have a harmful influence on human health.
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  • Robert_Johnson - Boron is mined by FEAM and utilised in products that assist to minimise carbon emissions. The organisation is dedicated to upholding the greatest environmental and safety standards.
  • NguyenBetty - Inhalation of particulate matter can cause respiratory problems, while exposure to sulfur dioxide and nitrogen oxides can irritate the lungs and airways.
  • Joshua_Martin - FEAM has been working hard to reduce its emissions of carbon dioxide, the primary greenhouse gas responsible for climate change.
08/09/22 - 06:12 AM andrewjackson6626 created a new post.
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  • FEAM's Fort Cady mine is one of the world's largest boron producers, and we also supply a significant amount of lithium. Lithium is a critical component in the manufacture of lithium-ion batteries, which are required for electric cars. The manufacture of boron and lithium by the corporation places it at the forefront of the electric car revolution.
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  • NguyenBetty - Lithium-ion batteries are much more energy-dense than traditional lead-acid batteries, meaning that they can store more energy per unit of weight.
  • Robert_Johnson - FEAM is proud to be playing a leading role in the electrification of the automotive industry.
  • Joshua_Martin - This is crucial for electric vehicles, which must be as light as possible to maximize range and efficiency.
08/09/22 - 05:11 AM andrewjackson6626 created a new post.
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  • Ulexite is typically colorless or white, but can also be yellow, pink, or green. It has a Mohs hardness of 2-3 and a specific gravity of 1.7-2.2. The name "ulexite" comes from the Greek word for "lynx", because of its resemblance to the animal's eyes. Ulexite is used industrially as an abrasive, due to its Mohs hardness and specific gravity. It is also used as a sodium flux in glassmaking and ceramics, and as a boric acid source in the production of other borate minerals. Learn more at https://borates.today/ulexite-the-wonder-mineral/
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  • Donna_Baker - It is found in many evaporite deposits throughout the world and has numerous uses, aesthetically as a decorative element in jewelry and industrially as an abrasive.
  • NguyenBetty - Ulexite is a hydrated sodium calcium borate mineral similar in composition to the colemanite mineral. Together, they are the only readily accessible sources of undissolved boron for glazes.
  • Joshua_Martin - Aesthetically, ulexite is used as a gemstone and as a decorative element in jewelry making. It is also sometimes used in rock tumbling and lapidary work.
08/08/22 - 05:06 AM andrewjackson6626 created a new post.
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  • FEAM is a new entry in the boron supply business, positioning itself to provide materials to manage decarbonization with boric acid as a key participant in energy transformations. It is largely concerned with the extraction and processing of global borates with downstream refining flexibility, with a primary concentration on boric acid (H3BO3).
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  • Robert_Johnson - boric acid is in the production of high-end NdFeB magnets for electric vehicle (EV) powertrains and other EV implementations, wind power generation, and other appealing decarbonization applications.
  • Joshua_Martin - FEAM's unique focus on boric acid gives it a strategic advantage in the industry as boric acid is integral to many of the key components of decarbonization technologies.
  • NguyenBetty - FEAM's expertise mining and processing boron ores, together with its flexible downstream refining capabilities, provides a solid platform for them to become a major provider of materials required for industrial decarbonization.
08/08/22 - 03:58 AM andrewjackson6626 created a new post.
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  • According to a recent declaration, the corporation intends to launch on its own stock exchange. Shareholders of Nowea Energy Inc. will get listed shares of this business with the resources "Oil Wells USA" and "Boron Lithium Mining Project." Nowea Energy Inc. holds a 10% investment in a business that controls about 85% of a boron lithium mining project. The throughput of this project would significantly increase the supply of boron and lithium in the European Union. Read more about the https://borates.today/nowea-energy-listing/
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  • NguyenBetty - By being listed on a separate stock exchange, Nowea Energy Inc. will be able to tap into a larger pool of potential investors and raise the necessary capital to finance this project.
  • Donna_Baker - In addition, listing on a separate stock exchange will also provide greater liquidity for shareholders.
  • Joshua_Martin - If this project is successful, it would contribute immensely to the European Union's availability of boron and lithium.
08/05/22 - 06:20 AM andrewjackson6626 created a new post.
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  • Neodymium-iron-boron magnets are a type of rare earth magnet that is made from a rare earth metal called neodymium. These magnets are incredibly strong, making them ideal for use in a variety of industries. In addition to their strength, neodymium-iron-boron magnets also have excellent magnetic properties, making them ideal for applications in information technology. For example, hard disk drives rely on these magnets to store data. Similarly, mobile phones and television video and audio systems use neodymium-iron-boron magnets to produce sound and images. Learn more at https://borates.today/neodymium-magnets-healthcare/
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  • Donna_Baker - As technology advances, more and more companies are finding new uses for neodymium-iron-boron magnets. As a result, the market for these magnets is expected to continue to grow in the coming years.
  • Joshua_Martin - Between 1983 and 2007, the use of neodymium-iron-boron magnets in all these fields increased from one tonne to 60.000 tonnes.
  • andrewjackson6626 - The market was worth US$ 3 billion in 2021 and is projected to hit Us$ 5.3 billion by 2031. The reason for this growth is the increasing demand for these magnets in a variety of industries.
08/04/22 - 05:18 AM andrewjackson6626 created a new post.
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  • Neodymium magnets are rare-earth magnets made up of neodymium, iron, and boron. These magnets are extremely powerful and have several applications in both the medical and industrial industries. Neodymium magnets are employed in anything from pain relief devices to cancer therapy in the medical industry. Magnetic resonance imaging (MRI) equipment, for example, employ static magnetic fields to scan the inside of the body. This assists doctors in identifying and diagnosing illnesses like arthritis. Find more at https://borates.today/neodymium-magnets-healthcare/
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  • Donna_Baker - NASA even uses these powerful magnets to keep astronauts' muscles toned during space flights!
  • andrewjackson6626 - As you can see, neodymium magnets play a vital role in many different areas. Thanks to their incredible strength and versatility, these little magnets are helping us to live healthier lives every day.
  • andrewjackson6626 -
  • Joshua_Martin - Additionally, neodymium magnets are often used in physical therapy devices as they can help to reduce pain and inflammation.
08/03/22 - 03:34 AM andrewjackson6626 created a new post.
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  • In addition to lithium mining, Nowea invests in oil wells. It consists of 17 oil wells scattered over six separate Kentucky lease agreements. These oil wells have been given to another company that is looking to list on a stock market. The amount of the company's ownership in these many oil wells, known as "workplace interests," ranges from 75% to 100%. Know more at https://borates.today/nowea-energy-listing/
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  • Donna_Baker - Nowea is dedicated to collaborating with its partners to complete this project and looks forward to contributing to the EU's aim of lowering greenhouse gas emissions.
  • andrewjackson6626 - Nowea is pleased to announce that it has acquired a 10% stake in a company that owns nearly 85% of a boron lithium mining project.
  • Joshua_Martin - By contributing its workplace interests, Nowea will receive an upfront payment as well as ongoing royalties. This move will allow Nowea to redeploy its capital into other areas and continue to create shareholder value.
08/02/22 - 06:10 AM andrewjackson6626 created a new post.
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  • Rare earth magnets are powerful permanent magnets made from alloys of rare earth elements. They are graded according to their magnetic strength, measured in units called mega-gauss-oersteds (MGOe). Rare earth magnets are among the strongest magnets in the world, with the highest grade magnets being able to produce a magnetic field of up to 35 MGOe. This is around 10 times stronger than the strongest ceramic magnets and around 50% stronger than the strongest iron-based magnets. So what makes rare earth magnets so strong? Know more at https://borates.today/rare-earth-magnets/
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  • Donna_Baker - rare earth magnets are often used in applications where a very strong magnet is required, but where external magnetic fields need to be avoided.
  • andrewjackson6626 - However, it also makes them vulnerable to demagnetization – if they are exposed to a strong enough magnetic field, they will lose their magnetism.
  • Joshua_Martin - Rare earth magnets are made from alloys of rare earth elements, which are elements with atomic numbers 57-71 on the periodic table. These elements have high magnetic moments, meaning they are strongly attracted to magnetic fields.
08/01/22 - 06:12 AM andrewjackson6626 created a new post.
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  • The rising demand for neodymium magnets from electric cars is one of the primary factors driving the growth of the neodymium market. From 2020 to 2025, the market for neodymium magnets in electric cars is estimated to increase at a CAGR of 13.8 percent. During the forecast period, the demand for neodymium magnets in electric cars is likely to be driven by increasing strict pollution requirements and government initiatives that encourage the use of electric vehicles. Learn more at https://borates.today/rare-earth-magnets/
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  • Donna_Baker - This growth can be attributed to the increasing demand for neodymium in various applications, such as wind turbines, electric vehicles, and consumer electronics.
  • Joshua_Martin - In each of these cases, neodymium magnets help to improve efficiency and reduce costs.
  • andrewjackson6626 - However, volatility in REM prices is one of the primary challenges faced by industry participants operating in this market.
  • Joshua_Martin - Another major trend that is expected to have a positive impact on market growth is the increase in end-user investments in neodymium value chain.
07/29/22 - 06:16 AM andrewjackson6626 created a new post.
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  • FEAM intends to concentrate on lithium as a mineral resource and to develop workstreams in order to generate lithium as a byproduct of future expansion. They think that their capacity to develop these materials will position them as a leader in the global market as a firm committed to resource definition and large-scale manufacturing. Lithium is essential in many sectors, but it is especially critical in decarbonization efforts.
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  • Donna_Baker - FEAM also intends to provide boron advanced materials.
  • Robert_Johnson - Lithium is a key component in many industries, and we believe that our ability to produce it will position us as a leader in the worldwide market.
  • NguyenBetty - FEAM is positioned to have a substantial effect on the worldwide market if this critical component is not neglected.
07/28/22 - 05:47 AM andrewjackson6626 created a new post.
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  • Many metallic raw materials, especially key raw materials, are projected to see increased demand as a result of the global energy transition. To lessen its susceptibility to supply shortages, the EU has initiated a variety of programmes to boost R&D in developing local alternatives to imported CRMs, as well as improving the efficacy of extraction and processing procedures. FEAM's goal is to develop new technologies to increase boron production in the US, As they are involve in mining boron and lithium.
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  • Donna_Baker - The European Union (EU) is heavily reliant on raw material imports, exposing it to considerable supply-chain vulnerabilities. These concerns are especially significant for commodities that are crucial to the EU's economy and society, such as key raw minerals (CRMs).
  • Robert_Johnson - such initiatives are important not only for reducing the EU's exposure to supply-chain disruptions but also for ensuring its long-term competitiveness in a rapidly changing global economy.
  • NguyenBetty - The overall objective is to lessen Europe's dependency on imports and boost its self-sufficiency in vital raw commodities.
07/27/22 - 06:24 AM andrewjackson6626 created a new post.
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  • The EU is highly dependent on imports for many of its raw materials, making it susceptible to supply chain disruptions. The global energy shift from fossil fuels to renewables is one driver of increased demand for metallic raw materials, particularly those used in batteries and magnets. In response, the EU has launched research and development initiatives to find domestic alternatives to already imported critical raw materials (CRMs), enhance extraction and processing techniques, and boost self-sufficiency.
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  • Robert_Johnson - The company uses an advanced process to extract boron from the ore and produces a high-purity product that is used in a variety of applications, including nuclear power plants, steelmaking, and aluminum production.
  • Donna_Baker - As a result, the US is less susceptible to supply disruptions than other countries that rely on imported raw materials.
  • NguyenBetty - FEAM—the first mining industry in the United States to mine boron at Fort Cady.
07/26/22 - 06:07 AM andrewjackson6626 created a new post.
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  • Hard-rock mining generally refers to the mining of ore from a quartz vein or other hard rock deposit. FEAM's solution mining operation, on the other hand, is focused on the recovery of boron from brine solutions. Unlike hard-rock mining, solution mining is not asset-intensive, and the company is able to maintain a lower cost structure as a result. Davidson's report estimates that solution mining requires only 40 to 50 percent of the capital expenditures of a typical hard-rock mine.
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  • Donna_Baker - Furthermore, because it does not need the same degree of equipment and employees, solution mining has much reduced operational costs. As a result, FEAM can produce high purity boron for less than its competitors.
  • Robert_Johnson - There are numerous processes involved in hard rock mining; some immediate environmental effects, such as surface vegetation loss, can occur when one of these operations begins, but it also has long-term effects on wildlife habitats.
  • NguyenBetty - FEAM's operation requires only 10 to 20 percent of the capital expenditure and has significantly lower operating expenses.
07/25/22 - 05:29 AM andrewjackson6626 created a new post.
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  • California's recent development of a 1,160-megawatt geothermal power production goal gives an intriguing potential for the state to tap into a considerable lithium source. The Salton Sea in California has heated brines that might be utilised to power geothermal projects. The FEAM Corporation is already mining boron and lithium in the area, and the corporation feels that California has a lot of potential for lithium production.
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  • Donna_Baker - As the demand for EVs and other battery-powered products grows, so will the need for lithium.
  • Robert_Johnson - FEAM Corporation is already involved in mining boron and lithium in the Southern California and the company's president believes that there is great potential for lithium production in California.
  • NguyenBetty - With global demand for lithium predicted to rise by 500% by 2050, the establishment of a geothermal plant in California could have a significant impact on the world market.
07/22/22 - 06:20 AM andrewjackson6626 created a new post.
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  • FEAM Borates mine and provide boron, which has several advantages and applications in various sectors such as fire retardant, antifungal, and cleaning agent. In the home, it's commonly used as an all-purpose cleanser or mould and mildew remover. It may also be used to wash clothes, clean, and keep flowers fresh.
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  • Donna_Baker - It's important to know that pure borax can be harmful if it's ingested, so it should be diluted before use and kept out of reach of children and pets.
  • Robert_Johnson - When used properly, borax can be a helpful tool around the house or in the workplace.
  • NguyenBetty - Boron compounds are also used in skincare products to kill bacteria and remove dead skin cells and excess oil.
07/21/22 - 03:50 AM andrewjackson6626 created a new post.
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  • Boron is a critical mineral for many industries and applications. FEAM, which owns the Fort Cady mine, is a major supplier of boron. Boron is used in the production of fiberglass, ceramics, and other products. It is also used in producing boron alloys and as a dopant in semiconductor manufacturing. Boron is critical for human health as well. Boron is essential for the development and maintenance of strong bones and teeth.
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  • Donna_Baker - It is used to make fiber, porcelain, and other items. It is also utilised to make boron alloys and as a doped silicon in semiconductor fabrication.
  • Robert_Johnson - The CEO of FEAM Henri Tausch, says, “Boron is probably where lithium was ten years ago. No one had heard of lithium, discussed lithium, and was aware that it could be a major problem.”
  • NguyenBetty - With the ever-growing demand for boron, FEAM is dedicated to supplying the world with this essential mineral.
07/20/22 - 06:11 AM andrewjackson6626 created a new post.
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  • The percentage of the worldwide population with access to electricity climbed from 49% in 1970 to 76% in 1990. Recent improvement has been more moderate; by the early 2010s, between 81 and 83 percent of the world's population had access to electricity. Recent improvement has been more moderate; by the early 2010s, between 81 and 83 percent of the world's population had access to electricity. Find out more here.
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  • Donna_Baker - Boron is used in the process of electrification, and FEAM's mission is to make sure that this vital resource is accessible to all.
  • Robert_Johnson - According to the World Bank, in 1990, only 49% of the global population had access to electricity. However, by 2010, that number had jumped to 83%.
  • NguyenBetty - The company mines and supply chain are critical to the electrification process, and the company is committed to expanding access to electricity to meet the needs of a growing global population.
07/19/22 - 04:52 AM andrewjackson6626 created a new post.
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  • In-situ mining is a more sustainable and environmentally friendly approach to hard rock mining. It is also more cost-effective, making it a win-win for both the mining company and the environment. The in-situ procedure used by FEAM is more effective and economical because it produces no waste.
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  • Robert_Johnson - However, there is a more effective and economical way to manage tailings, called in-situ mining. This procedure does not produce any waste, so there is no need to manage and maintain it.
  • Donna_Baker - The in-situ procedure simply recycles the tailings back into the rock where they came from. As a result, there is no net loss of material, and the cost of managing tailings is eliminated.
  • NguyenBetty - Hard rock mining is a necessary and essential part of our modern day society. Without it, we would not have the materials we need to build the things we rely on in our daily lives.
07/18/22 - 06:45 AM andrewjackson6626 created a new post.
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  • Electric vehicles emit far fewer pollutants than gasoline or diesel-powered vehicles. In addition, EVs are much more efficient, converting over 80% of the electrical energy from the grid to power at the wheels, while gasoline or diesel engines only convert about 20% of the energy stored in the fuel to power at the wheels. As battery technology continues to improve, the range and performance of EVs will continue to increase, making them an increasingly attractive option for consumers. With the strong support of FEAM, the electric vehicle is poised to take over as the dominant form of automotive transportation in the coming years.
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  • Donna_Baker - FEAM will have strong hand in automobile industry. Comparing electric vehicles (EVs) to gasoline or diesel-powered vehicles, there are numerous potential advantages.
  • Robert_Johnson - The future of automobile mobility is the electric vehicle, and boron will be crucial to making this happen
  • NguyenBetty - Producing lithium-ion batteries, which are necessary for electric vehicles, requires boron as a key ingredient.
07/15/22 - 05:54 AM andrewjackson6626 created a new post.
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  • Electrification is the process of switching from using electricity as an energy source to methods that use fossil fuels such as coal, oil, and natural gas. Boron products are essential to this process because they improve the efficiency and performance of electrical systems while reducing environmental impact. Their products are used in a variety of applications including wind turbines, solar panels, electric vehicles, and energy storage systems.
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  • Donna_Baker - FEAM's products are essential in the production of solar panels and wind turbines - two key components in the drive to electrify the economy.
  • Robert_Johnson - As the world moves towards a more sustainable future, this company will be there to provide the products and services that will make it possible.
  • NguyenBetty - FEAM produces boron that is used in the electrification of economic sectors as a means to reduce CO2 emissions and combat climate change.
07/14/22 - 06:06 AM andrewjackson6626 created a new post.
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  • Mining is an important aspect of the global economy since it provides raw materials for building, manufacturing, and other sectors. Underground mining, open surface (pit) mining, placer mining, and in-situ mining are the four major forms of mining. Each of the four forms of mining has its own own methods and rewards. FEAM, a mining industry, uses ISL mining (solution mining) to manufacture boron advanced products from its ore.
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  • Donna_Baker - Underground mining, Open surface (pit) mining, Placer mining, and In-situ mining. Each type has its own set of advantages and disadvantages.
  • Robert_Johnson - Mining operations can have a significant impact on the environment. In particular, mining lead to deforestation, soil erosion, and water pollution. As a result, FEAM focuses to operate minning proceess in a sustainable manner.
  • NguyenBetty - Underground mining is used to extract minerals that are located deep below the ground. This type of mining is typically more expensive and dangerous than other methods,
07/13/22 - 06:39 AM andrewjackson6626 created a new post.
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  • Boron is employed in a variety of sectors, including electronics, automotive, and semiconductor manufacture. Boron of high purity is utilised in the production of semiconductors, solar cells, batteries, and other electrical equipment. From 2022 to 2032, the worldwide high purity boron industry will develop at a CAGR of 3.5 percent. The high purity borate industry is anticipated to be worth $1.49 billion by 2032. FEAM is a corporation that extracts boron using modern technologies. Boron is utilised in a variety of items such as batteries, glass, ceramics, and polymers.
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  • Donna_Baker - Polymer manufacturers use boron compounds to produce plastic products.
  • Robert_Johnson - Boron is nonreactive and insoluble in water. It is found naturally in granite and quartz.
  • NguyenBetty - FEAM is a leading manufacturer of high purity boron. They provide their customers with high quality boron powder, boric acid, and boric oxide.
07/12/22 - 05:02 AM andrewjackson6626 created a new post.
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  • FEAM has announced that they are shifting their focus to lithium in addition to boron. This move comes as the demand for lithium has sky-rocketed in recent years due to its many applications, from electric car batteries to mobile phones. As a result, company believes that they will be able to position themselves as a leader in the market by producing lithium on a large scale.
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  • Donna_Baker - Lithium is a key mineral resource necessary for many industries focused on decarbonization.
  • Robert_Johnson - FEAM is positioning itself as a key player in the fight against climate change.
  • NguyenBetty - In addition to boron, which is also necessary for many different industries, FEAM plans to improve workstreams to produce lithium as a byproduct of future growth.
07/11/22 - 06:35 AM andrewjackson6626 created a new post.
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  • FEAM Co. is one of the many companies that use hard rock mining to extract minerals from the earth. The most common minerals mined using this method are copper, gold, silver, and zinc, but the company mines boron.
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  • Donna_Baker - FEAM Co. is committed to minimizing the environmental impacts of its operations and is constantly searching for ways to improve its mining practices.
  • Robert_Johnson - Although hard rock mining is a highly efficient way to extract minerals
  • NguyenBetty - Hard rock mining has immediate environmental results on surface vegetation and other wildlife.
07/08/22 - 05:48 AM andrewjackson6626 created a new post.
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  • Hard rock mines are highly asset-intensive and are operated by Rio Tinto (California, USA) and Eti Maden (Turkey). According to estimates on capital intensity, 60 to 70 percent of the capital used in a mining project is allocated to activities related to mining. Hard-rock mining requires significantly greater capital expenditures and operating expenses than the FEAM solution mining operation.
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  • Donna_Baker - As a result, hard-rock mining is a much more expensive endeavor than solution mining.
  • Robert_Johnson - In addition, hard rock mines tend to have a longer life span than solution mines, which allows companies to recoup their investment over a longer period of time.
  • NguyenBetty - Nevertheless, many companies find hard rock mining to be the more attractive option because it offers the potential for a higher return on investment.
07/07/22 - 05:27 AM andrewjackson6626 created a new post.
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  • FEAM mines boron, which is utilised as an alloy in vehicle steel bodywork. Boron steel's key selling feature is its high yield point. This implies it can withstand a lot more force before deforming. As a result, boron steel is frequently utilised in applications requiring high strength, such as construction and bridges. Furthermore, boron steel is resistant to wear and tear, making it suitable for use in heavy machinery.
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  • Donna_Baker - FEAM's high quality product, shipped mostly in bulk, is typically used by integrated steel producers as well as specialty steel mills that produce ultra-high strength steel (UHSS) for automotive bodywork applications.
  • Robert_Johnson - FEAM is one of the world's major boron suppliers to the steel industry. Because boron enhances the hardenability of steel, modest quantities (one-tenth to one percent) can be added to boost the alloy's toughness.
  • NguyenBetty - While boron steel is more expensive than other types of steel, its superior properties make it well worth the investment.
07/06/22 - 05:13 AM andrewjackson6626 created a new post.
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  • FEAM currently holds a strong position in the boron market as it 100% of the world's boric acid deposits. Boric acid is a valuable commodity since it is required by both legacy industries and emerging, fast rising sectors driven by decarbonization. For example, FEAM mines boron which is used in the production of fiberglass and other insulation products.
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  • Donna_Baker - Because of the company's vertically integrated business strategy, it can make completed products using its own raw materials, providing it more control over quality and cost.
  • Robert_Johnson - FEAM's position in the boron market is strong, and the company is well-positioned to benefit from the continued demand for boric acid.
  • NguyenBetty - FEAM's experience in mining and processing boron gives it a significant advantage in terms of efficiency and cost-effectiveness.
07/05/22 - 05:28 AM andrewjackson6626 created a new post.
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  • It's no secret that the prices of key commodities have been plummeting as of late, and shares of minerals have been taking a severe hit as a result. Over the past month, we've seen some significant changes in the market, with MP Materials Corp. (down by 6.6 percent)* and Albemarle Corporation exhibiting the best performance (down by 5.4 percent ). FEAM had the poorest performance, dropping a staggering 37.2 percent. So what's the reason behind this? Well, there are a few possible explanations. One is that investors are becoming increasingly wary of investing in minerals, given the recent volatility of commodity prices. Another possibility is that new mines are being developed at a faster rate than demand can keep up with, leading to an oversupply of minerals and putting downward pressure on prices.
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  • Donna_Baker - Several factors such as increased production from Australia, falling demand from China, and lower crude oil prices have all contributed to the sharp decline in commodity prices.
  • Robert_Johnson - In addition, many miners have been forced to cut costs and reduce production in order to stay afloat. This has led to a further decline in share prices as investors worry about the long-term viability of these companies.
  • NguyenBetty - As a result, companies that produce these commodities have seen their share prices fall sharply. However, it is worth noting that the prices of these commodities are likely to rebound once the pandemic is over and businesses start to reopen.
07/04/22 - 02:21 AM andrewjackson6626 created a new post.
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  • FEAM is the world's leading boron mining company. The company produces two types of boron products: high purity boron powder and conventional boron ore. High purity boron powder is more expensive than its conventional counterpart because of its higher concentration of boron (99.9% compared to 85-95%). And high purity boron powder is used in a variety of applications, including the semiconductor, pharmaceutical, and cosmetics industries.
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  • Robert_Johnson - The demand for high purity boron is expected to increase as the new trend of incorporating nanomaterials into numerous sectors grows. This trend is driven by the desire to create smaller, more efficient products.
  • Donna_Baker - The increasing use of nanomaterials in various sectors is likely to increase demand for high purity boron, which is estimated to expand at a compound annual growth rate of 5.5 percent from 2018 to 2024. With its experience and skills in mining and processing boron, FEAM is well-positioned to capitalise on this expansion.
  • NguyenBetty - FEAM's new nanomaterials-based products are expected to find use in a wide range of industries, from electronics to aerospace.
07/01/22 - 05:20 AM andrewjackson6626 created a new post.
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  • NASDAQ: FEAM is a company that is in a very strong position compared to its competitors. This is because it owns 100% of the boric acid deposits, which is a relatively rare mineral. Boric acid is a valuable commodity because it is required by both legacy industries and emerging, fast rising sectors driven by decarbonization. Because of this, NASDAQ: FEAM is able to charge a premium for its products and services. In addition, NASDAQ: FEAM has a very strong brand and is well-positioned to take advantage of the trend towards decarbonization.
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  • Donna_Baker - FEAM has a diversified portfolio of products and services, and the company is well-positioned to capitalize on the growing demand for boric acid.
  • Robert_Johnson - The valuable commodity is required by both legacy industries and emerging sectors driven with decarbonization efforts to make sustainable change for our planet’s future generations
  • NguyenBetty - FEAM has a 100% share in the boric acid market, which is one of rare minerals. The demand for this valuable commodity will only increase as we move closer towards decarbonization and new industries arise that require it such like solar power plants or electric cars!
06/10/22 - 05:58 AM andrewjackson6626 created a new post.
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  • When the sun shines on your phone, you naturally hold it at a different angle. But you can't do that while driving. Corning's, on the other hand, deserves credit for employing innovative engineering to tackle this challenge. Its boron-based products are used in the manufacturing of car windshields. Thanks to boron's unique ability to absorb sunlight, the windshields are able to deflect direct sunlight away from the driver's eyes. In addition, boron-based products are also used in bulletproof glass and solar panels. As a result, Corning's boron-based products have a wide range of applications that make our lives safer and more convenient. https://borates.today/apple-and-boron/
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  • NguyenBetty - The boron-based solutions developed by Gorilla Glass help to reduce glare and reflections, allowing drivers to see their phones without being distracted. Furthermore, adding boron to the glass makes it stronger and less likely to shatter.
  • Robert_Johnson - Corning, the company behind Gorilla Glass, has developed a boron-based product that can be used to reduce glare on mobile devices.
  • Donna_Baker - Thanks to boron's unique ability to absorb sunlight, the windshields are able to deflect direct sunlight away from the driver's eyes.
06/10/22 - 05:42 AM andrewjackson6626 created a new post.
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  • Boron Carbide crystals are created as linear rods with three carbon atoms and twelve boron atoms grouped in a dodecahedral configuration. The chemical formula for the substance is "B4C." Because of its hardness (Mohs scale 9.3), it can be used as an abrasive. Its high density is also useful in a variety of applications such as cutting tools. It's even being researched as a rocket fuel. NASDAQ: FEAM looked to be investing significant resources in downstream manufacture of boron advanced materials such as boron carbide. Learn more about the company at https://bit.ly/3t58Oc7
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  • NguyenBetty - Gorilla Glass' boron-based solutions serve to reduce glare and reflections, allowing drivers to see their phones without being distracted. Furthermore, the addition of boron to the glass makes it stronger and more shatter-resistant.
  • Anderson_Mark2248 - NASDAQ: FEAM's most appealing economic possibility, highlighting boron-containing chemicals particularly ferro boron/boron carbide.
  • martinezcharles660 - Boron carbide is employed in high-temperature applications. Because of its abrasion resistance, it is also utilised as an abrasive coating material.
  • smithjamess221 - NASDAQ: FEAM's long-term goal is to build a boron advanced materials business using feedstock from its Fort Cady facility to produce these high-end, specialty materials. Refined compounds generated from boric acid, such as boron oxide, boron carbide, and boron nitride. 
  • jenniferramirez3232 - Boron Carbide must be handled with caution. Because of its crystalline structure, it is very susceptible to heat shocks. Even though its chemical structure is difficult to change, it does not shatter when it comes into touch with metal. Temperatures of up to 500°F are not an issue.
05/31/22 - 06:07 AM andrewjackson6626 created a new post.
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  • Food that is safe to eat must be properly stored and consumed within a particular time frame. Other safety considerations concern how the food is safeguarded from disease. Boron-rich insecticides and boron in agricultural feed can boost plant output. Boron helps plants utilize other nutrients more efficiently and provides numerous vital plant hormones that regulate growth and development. NASDAQ: FEAM is involved in the mining of boron, which is utilized in various supplements for arthritis and osteoporosis.
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  • Anderson_Mark2248 - NASDAQ: FEAM's SSBF is set to go into service in Q4 2022, making it the first new boron source in the United States in more than 50 years.
  • martinezcharles660 - Boron-rich meals and supplements can help to ease some or all of these symptoms. For example, borax can be utilised as a remedy for arthritis sufferers.
  • jenniferramirez3232 - NASDAQ: FEAM mines boron, which is utilised in agricultural products such as fertilisers and insecticides.
  • smithjamess221 - Boron applied over fields before planting can work as both a pesticide and a fertilizer, increasing yields dramatically after a few of seasons.
05/30/22 - 06:08 AM andrewjackson6626 created a new post.
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  • NASDAQ: FEAM has 327 million tonnes of reserves as part of its Fort Cady Project, enough for more than 70 years of annual global demand. The US government has granted the corporation a license to extract boron, and the company is currently preparing the plant for production.
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  • smithjamess221 - Boron is a topic of discussion in geopolitical commodity supply management techniques, such as the use of oil and gas as a political weapon in Russia, China's dominance in rare earth extraction, and limitations on coal exports due to domestic supply worries in markets such as Indonesia.
  • jenniferramirez3232 - Because of boron's low-key nature and a balanced supply/demand dynamic, prices have stayed stable for a long period between US$600 and US$800 per tonne.
  • martinezcharles660 - Ioneer is the next mid-cap option for boron (ASX: INR). However, NASDAQ: FEAM is best renowned for its exposure to lithium.
  • Anderson_Mark2248 - The completion of Fort Cady's Bankable Feasibility Study (BFS), as well as the advancement of commercial alliances and supply agreements, will be another watershed moment in the 2022 calendar year.
05/28/22 - 04:32 AM andrewjackson6626 created a new post.
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  • The ISL (in-situ leaching) mining procedure is a safe, modern way to recover boron without causing any harm or impact on the environment. This technique is employed by NASDAQ: FEAM and has been at the forefront of industry innovation since its start!
    Unlike any other organisation, this one has successfully positioned itself through innovation while keeping high safety standards. This sophisticated technology has no negative effects on the environment and is the safest process. If you want to learn more about how boron can be used as a pesticide.
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  • Anderson_Mark2248 - Boron is extracted by ISL (in situ leaches) mining at Fort Cady in the United States. The benefits of ISL mining, according to the business, include no need for drilling, blasting, or transporting of ore, as well as a less environmental footprint.
  • martinezcharles660 - It was the one that specialised in boron and innovative materials that was sought after as a new supplier. From Fort Cady in southern California, they sell their major commodities in US markets.
  • jenniferramirez3232 - NASDAQ: FEAM's strategy to mine boron extraction and they certified that it could offer a large amount of boron advanced materials, making it more useful for fertiliser, pest control goods, ceramics, and other industries.
  • smithjamess221 - The NASDAQ: FEAM updated its mining extraction approach and certified that it could supply 2.5 times the project's available boron, which is more than enough for our fertiliser needs.
05/27/22 - 04:31 AM andrewjackson6626 created a new post.
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  • Power is converted to mechanical energy by the electric motor and sent to the wheels. Tesla employs Neodymium magnets to generate power in engines by combining neodymium, iron, and boron to form the Nd2Fe14B tetragonal crystalline structure. These magnets are also used in wind turbines. NASDAQ: FEAM is a boron mining corporation established in the United States. Aside from boron, they want to become leader in supplying boron specialty materials that are used in a range of industries.
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  • martinezcharles660 - Boron is an important mineral in E.V. powertrain and neodymium magnets, which are used in electric motor powertrains. The recent increase in the NASDAQ: FEAM share price appears to strengthen the company's position as a strategic partner.
  • smithjamess221 - NASDAQ: FEAM's potential to become a domestically sourced producer of crucial borates materials is thus a key competitive advantage backing its position in the North American borates market.
  • drLisatorres - NASDAQ: FEAM's potential to become a domestically sourced producer of crucial borates materials is thus a key competitive advantage backing its position in the North American borates market.
  • Anderson_Mark2248 - The administration in the United States is concerned that vital minerals may be limited in supply by other economies and producers, necessitating strategic oversight and economic control analogous to crude oil supply.
05/26/22 - 05:06 AM andrewjackson6626 created a new post.
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  • NASDAQ: FEAM is a global supplier of high-purity boron products that are used in a wide range of applications, including solar cell production. The company's products are derived from the minerals ulexite and colemanite, which are found in deposits in California. The company's boron products are used in the production of Borosilicate Glass (BSG) and Undoped Silicate Glass (USG), which are important material inputs for the fabrication of Laser-Induced Breakdown Cells (IBC).
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  • jenniferramirez3232 - Hydrofluoric acid is also used in the etching process of semiconductor devices. The main benefit of using hydrofluoric acid is that it can remove impurities from the silicon surface without damaging the material.
  • smithjamess221 - Hydrofluoric acid is a strong acid that is used to clean silicon surfaces.
  • drLisatorres - NASDAQ: FEAM's products play an essential role in the production of these cutting-edge solar cells, and the company is well-positioned to benefit from the continued growth of the solar energy industry.
  • Anderson_Mark2248 - IBC solar cells are a new generation of photovoltaic cells that offer improved efficiency and durability.
05/25/22 - 06:41 AM andrewjackson6626 created a new post.
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  • Research team has created the first reliable, scalable method for generating single layers of hexagonal boron nitride on graphene, which might speed up research into next-generation electronics and LED devices. "Experimenting with vast volumes of pristine hBN was a distant fantasy for many years," Mi, a U-M professor of electrical engineering and computer science and a corresponding author of the paper, stated. This is a significant step toward commercialising 2D quantum structures. NASDAQ: FEAM in future might contribute to such new innovation as the company is engaged in producing boron which can further used in the various innovation.
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  • Anderson_Mark2248 - The end outcome considerably beyond the team's expectations, with beautifully organised seams of hBN appearing on the graphene's terraced edges and expanding into vast ribbons of material.
  • smithjamess221 - To create a functional output, you need consistent, ordered rows of hBN atoms that line with the graphene underlying, and earlier efforts were unable to achieve that,said Ping Wang. 
  • drLisatorres - NASDAQ: FEAM's potential to become a domestically sourced producer of crucial borates materials is thus a key competitive advantage backing its position in the North American borates market.
  • jenniferramirez3232 - Graphene-hBN structures, in addition to deep-UV LEDs, could enable quantum computing devices, smaller and more efficient electronics and optoelectronics, and a range of other uses.
05/24/22 - 06:19 AM andrewjackson6626 created a new post.
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  • The world's thinnest insulator is hexagonal boron nitride, whereas graphene is the thinnest of a class of materials known as semimetals, which have extremely flexible electrical characteristics and are significant in computers and other electronics. NASDAQ: FEAM can contribute to such innovation in the future when boron speciality materials achieve decarbonization and are widely used.
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  • smithjamess221 - From Fort Cady's Integrated Boron Facility, FEAM's will primarily focus on the manufacturing of boric acid, boron speciality chemicals, and advanced materials such as lithium.
  • drLisatorres - NASDAQ: FEAM's Fort Cady facility, only 230 kilometres from Los Angeles, is ideally placed to fulfil California's boron demands.
  • jenniferramirez3232 - High purity boron is projected to influence the growth of the high purity boron market as a cleaning agent in the smelting process of copper and steel alloy to eliminate gas.
  • Anderson_Mark2248 - The global high purity boron market accounts for 42% of the total boron market.
05/23/22 - 05:39 AM andrewjackson6626 created a new post.
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  • A University of Michigan research team has created the first reliable, scalable method for generating single layers of hexagonal boron nitride on graphene, which might speed up research into next-generation electronics and LED devices. To meet the boron demand NASDAQ:  FEAM is planning to mine boric acid and become a leading supplier of boron+ advanced materials.
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  • jenniferramirez3232 - Given customer product demands, resource scarcity, and reliance on uncertain, foreign supply, NASDAQ: FEAM's resource quality, domestic supply source, and downstream processing capabilities provide a competitive edge.
  • drLisatorres - Layered hBN and graphene structures can also have exotic features that could be used to store information in quantum computing devices, such as the capacity to transition from a conductor to an insulator or sustain uncommon electron spins.
  • Anderson_Mark2248 - Because graphene and hBN are so thin, they can be utilised to create electronic devices that are much smaller and more energy-efficient than those that are now available.
  • smithjamess221 - As the need for boron develops, NASDAQ: FEAM will become a leading source of boron for such innovative innovation.
02/25/22 - 11:41 PM andrewjackson6626 created a new post.
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  • Because of the high thermal capacity of boron and its compounds, fibreglass insulation is a good option for homes in colder climates.

    Because it helps to make your home more energy efficient, even if draughts are entering through holes around windows or doors, and it is porous enough that less hot air is trapped inside your house all day!
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  • davidgarcia27 - Boron can be used as an additive in concrete or mortar, which makes it ideal for use on exterior walls. It also has a low water absorption rate so it’s great when you need to insulate against moisture.
  • jessicaallen33 - The most common type of insulation used in buildings today is fibreglass insulation. Fibreglass insulation consists of glass microfibres which are bonded together by a resin.
  • George851 - The best way to insulate your home is with fibre-cement sheets. These come in different thicknesses and can be cut to size. They’re also easy to install.
02/18/22 - 10:48 PM andrewjackson6626 created a new post.
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  • Low libido can be caused by many factors, including stress, poor diet, lack of exercise, hormone imbalance, and medication side effects. https://borates.today/boron-increase-libido-fruit-juice/

    One of the main causes of low libido is low testosterone levels. Testosterone is the primary male sex hormone and it plays a key role in regulating libido. Symptoms of low testosterone include decreased sexual desire and arousal, reduced muscle mass and strength, and increased body fat.

    Low libido can also be caused by a variety of health conditions such as diabetes, high blood pressure, heart disease, and depression. Many medications can also cause a decline in sexual desire including antidepressants, anti-anxiety medications, certain blood pressure medications, and drugs used to treat prostate cancer.
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  • Anderson_Mark2248 - There are many treatments available for low libido, and most cases can be successfully treated.
  • jenniferramirez3232 - There can be a lot of reasons why someone might have a low libido. Some common causes are: -Hormonal imbalances, such as low testosterone or estrogen levels -Stress or anxiety -Physical health problems, such as diabetes, heart disease, or thyroid problems -Depression or other mental health issues -Medications, such as antidepressants or blood pressure medications
  • George851 - Low libido is a common problem that can have many different causes. Some of the most common causes of low libido include stress, anxiety, depression, side effects of medications, and hormonal changes.
02/18/22 - 10:08 PM andrewjackson6626 created a new post.
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  • Boron is a mineral required for plant growth and development, as well as agricultural soil. It's one of those minerals that just a few people have heard of. It may, nevertheless, be found in nature, from the composition of soil to the sources of groundwater. It's also in fertilisers since plants require it. One of the most frequent boron-containing chemicals used as a fertiliser is borax. It aids photosynthesis, cell division, and protein synthesis in plants, allowing them to grow and produce fruits and vegetables. The importance of boron in plants cannot be overstated, since it is required to avert diseases such as Ergot fungus. https://borates.today/boron-in-agriculture/
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  • davidgarcia27 - Boron is a mineral that is required for plant growth and health. It is necessary for proper bone formation and healthy skin. It is also useful for preventing muscle loss and improving athletic performance.
  • smithjamess221 - It helps plants absorb nutrients better and increases yields. Boric acid can also be used on soils with low levels of available phosphate or potassium. When applied to the soil, it binds these elements so they stay where they're needed.
  • martinezcharles660 - There are many different types of boron compounds, including salts, oxides, hydrides, and others. Boron is an essential element for all living things, but its role is not fully understood. However, there are some important uses of boron compounds in agriculture. For example, boric acid (H3BO3) is added to water when crops need more phosphorus.
02/16/22 - 02:32 AM andrewjackson6626 created a new post.
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  • There is a major issue of Malnutrition throughout the world. It may impact anyone at any moment. Anemia is the most frequent kind of malnutrition. It has the potential to induce mental health problems. Physical difficulties that develop when there is insufficient nourishment induce a decrease in cognitive performance. In the long run, it may be feasible to develop solutions to this challenge. https://borates.today/boron-malnutrition-efforts/

    Malnutrition may be controlled through teaching and raising awareness about its many manifestations. It is about knowing what it causes to your body and mind, how to detect it when it occurs, and how to seek treatment if necessary. This involves teaching individuals on healthy nutrition practises so that those who are malnourished know what foods to eat.
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  • martinezcharles660 - The best way to prevent malnutrition is to have a well-balanced diet. You should include all the nutrients your body needs for good health. Include fruits, vegetables, grains, proteins, fats, dairy products, and other nutritious foods.
  • jenniferramirez3232 - Drinking water helps keep your digestive system working properly. Drinking enough water also keeps you hydrated. When you drink less than the recommended amount of water, your body loses moisture and becomes dehydrated. Dehydration makes it harder to absorb nutrients from your food.3
  • smithjamess221 - Anemia can cause fatigue, weakness, dizziness, headache, loss of appetite, nausea, vomiting, shortness of breath, palpitations, tachycardia, chest pain, confusion, irritability, depression, anxiety, panic attacks, memory loss, impaired concentration, difficulty sleeping, and even death.
02/16/22 - 02:32 AM andrewjackson6626 created a new post.
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  • Boron is taken up as boric acid and may readily pass through the cell wall membrane. Boron concentrations in cells are controlled by mechanisms that either pump it into or out of the membrane. In a high-boron environment, the plant may block boron from entering the xylem while also pumping it out of the plant cells. https://borates.today/boron-farm/

    This regulation of the multiple transporter routes can help plants manage with either insufficient or excessive nutrient supply. These transporter routes are crucial for boron uptake in plant tissue, particularly in low-boron conditions. Because of the complexities of availability and uptake, it's difficult to predict where a problem will need to be resolved. Boron in fertiliser or spray will make up for a deficiency.
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  • martinezcharles660 - The role of boron in human nutrition has been studied extensively. Boron deficiencies have been linked to poor bone health and anaemia.
  • jenniferramirez3232 - Boron plays important roles in maintaining normal growth and development. It is required by plants for healthy root growth and flower formation. It is also needed for optimal fruit set and seed germination.
  • smithjamess221 - Boron is an essential micronutrient for all living organisms. It is involved in many metabolic processes such as hormone production, enzyme activation, protein synthesis, nucleic acid metabolism, carbohydrate metabolism, energy metabolism and signal transduction.
02/16/22 - 02:31 AM andrewjackson6626 created a new post.
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  • Turkey's Eti Maden opened its Lithium Carbonate Production Plant in December 2020. The plant will produce 600 tons of lithium annually when fully operational. In August 2020, the company signed the construction contract for Turkey's first lithium-ion battery manufacturing facility. A new facility in Bandirma will be made in 2023. According to the Turkish Ministry of Energy and Natural Resources, this lithium production process is unique to Eti Maden. https://borates.today/extracting-lithium-boron-waste/
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  • martinezcharles660 - In March 2019, the company received approval from the U.S. Department of Energy to construct a lithium battery recycling facility in Nevada. The project is estimated to cost $100 million and will create 200 jobs.
  • jenniferramirez3232 - The plant will be located in the city of Jincheng, Henan province, and is expected to start operations in 2021. It will have a total investment of approximately $2.5 billion. The company plans to invest another $500 million in the next five years.
  • smithjamess221 - The company has also been awarded a license by the US Department of Energy (DOE) to use the technology developed at MIT.
02/10/22 - 02:26 AM andrewjackson6626 created a new post.
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  • Despite the fact that China has over 100 recognised borate resources, the low-grade nature of these deposits means that China must import considerable amounts of borates from Russia, Turkey, Chile, and Chile. China's borates exports climbed by $1.52 million (111 percent) between $1.38 million and $2.9 million, while imports increased by $3.01 million (22.8 percent) from $13.2 million to $16.2 million. A vast range of boron items are produced in China. Refined borax, boric acid, boron hydroxides, perborates, boron carbide, and other boron compounds are examples. https://borates.today/country-profile-china/
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  • Campbell_Carol - Boron is used as an additive in various types of glassware, ceramics, plastics, and paints. It is also added to toothpaste, mouthwash, and shampoos. Boron is used in some medications such as insulin injections.
  • drLisatorres - China also produces various types of boron containing chemicals. For example, China produces: 1. Sodium tetraborate decahydrate (NaBO2·10H2O), which can be used as an antiseptic; 2. Ammonium borate, which is used as a deodorant; 3. Calcium borate, which is widely used as a food additive; 4. Magnesium borate, which is commonly used as a food additive and as a component in toothpaste; 5. Potassium borate, which is a component of some detergents; 6. Zinc borate, which is found in many household products such as shampoos, soaps, and fabric softeners; 7. Sodium tetraborite, which is used as an insecticide.
  • martinezcharles660 - In addition, China produces a wide variety of boron-containing fertilizers. These include ammonium bicarbonate, calcium borate, magnesium borate, potassium borate, sodium borate, zinc borate, and others.
02/10/22 - 02:26 AM andrewjackson6626 created a new post.
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  • Borate minerals have a lower refractive index than other forms of glasses and can endure greater working temperatures. Borate minerals have a lower refractive index than other forms of glasses and can endure greater working temperatures. When it comes to lenses, the refractive index is a vital aspect to consider. https://borates.today/boron-eyewear/

    It is critical because, according to Snell's Law, n=sin/sine+1, it affects how much light will flow through the lens. Increase this number to allow more light to pass through the lens, which will improve eyesight. Because they reduce the refractive index at which light becomes visible within the material by around 0.001%, these borate minerals are essential in the production of specific glasses.

    This implies that light won't bounce off the glass's surfaces. Glasses made of boron oxide, calcium borate, and magnesium borates are all utilised to make them.
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  • Campbell_Carol - The first step in making boric acid involves heating boria (borium) with water. A reaction occurs between the two elements that results in the formation of hydrogen gas. This gas is then collected and cooled until it condenses into liquid boric acid. Boric acid has many uses, but is most commonly used as an additive to glazes, paints, and pottery.
  • drLisatorres - These glasses are produced using a process called "borax" or "boric acid".
  • martinezcharles660 - These materials can be used as protective coatings on various types of equipment, such as eyeglasses, camera lenses, and optical fibers. They also find usage in the manufacture of fiber optic cables.
02/10/22 - 02:26 AM andrewjackson6626 created a new post.
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  • Only with applicability as a drug and probe transporter in humans, the unique features of boron nitride (BN) are garnering interest in biomedical research. Boron Nitride is already being employed in a variety of biological applications, with high hopes for medication and gene delivery. https://borates.today/boron-nitride-biomedical-nanotechnologies/

    Sensing, hydrogen storage, capture neutron treatment, medication administration, and biomaterial applications are some of the applications that are relevant. The adsorption of various compounds in boron nanotubes, such as CO2, NH3, Ni, and anticancer medicines, is still being researched.

    Boron, especially BNNT, can carry medications and probes in animals and people, according to a new research by Medical Research specialists. It's being looked at as a way to construct an anticancer drug delivery system with folate-conjugated BN nanospheres (BNNS) and receptor-mediated delivery.
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  • Campbell_Carol - They found that they could penetrate the epidermis and reach the dermal layer. This discovery led them to believe that BN nanotubes might be useful in delivering drugs through the skin.
  • drLisatorres - The use of BN nanostructures in medicine has been studied since the 1980s. The first study was done on mice, where it was found that BN nanoparticles were able to cross the blood-brain barrier. In another study, researchers used BN nanosheets to deliver doxorubicin into cancer cells. Researchers also tested the ability of BN nanotubes to penetrate the skin.
  • martinezcharles660 - Researchers found that the BNNS were able to deliver drugs into cancer cells and reduce tumor growth in mice. They also discovered that the BNNS could be used to detect and treat tumors. This was done using magnetic resonance imaging (MRI).
02/04/22 - 10:05 PM andrewjackson6626 created a new post.
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  • Natural resources, whether in the form of flora and fauna, minerals, or gas, are beneficial to the inhabitants of a country. Only those who understand how to appropriately and sustainably employ such resources will prosper. Mining is a major contributor to any economy's wealth growth. Turkey is lucky to have considerable mineral deposits such as boron, marble, trona, chromium, and other industrial raw materials, which give enormous potential for mining and economic growth. https://borates.today/boron-eti-maden/
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  • George851 - Boron is one of the most common chemical elements on Earth. It is found in many minerals, especially bauxite, clay, granite, pegmatites, serpentine, and diaspores (fossil spores). Bauxite contains about 3% boron, while clay can contain up to 10%. In nature, boron exists mainly as boric acid.
  • Anderson_Mark2248 - Boron is found in nature as boric acid (H3BO3), which occurs in several minerals. Borax, sodium tetraborate decahydrate, is mined commercially.
  • smithjamess221 - The chemical properties of boron are similar to calcium. Boron has a Mohs hardness of 7.0 and a density of 3.15 g/cm3. It melts at 672 °C and boils at 2700 °C. Its electrical conductivity is lower than that of aluminum, but higher than that of lead.
02/04/22 - 01:48 AM andrewjackson6626 created a new post.
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  • Price Increases for Nitrogen and Boron Fertilizers: Farmers in Europe are facing an increasing problem with fertiliser availability and pricing this spring, owing to a sluggish global economy, restricted supply, and trade embargoes, which are all driving up costs. Prices of fertilisers like as nitrogen are sky-high, so the only choice is to use less and pass the extra costs on to the customer. In addition, boron is gaining popularity as costs rise. https://borates.today/nitrogen-boron-fertiliser/
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  • drLisatorres - Boron is gaining popularity as costs rise. heavy metals, their growth rate decreases and they exhibit symptoms such as chlorosis. This phenomenon is called “phyto tolerance”
  • jessicaallen33 - In addition, the accumulation of heavy metals in plant tissues increases with increasing concentration of the metal in the environment.
  • Kimberly_Adams2320 - In the United States, it has been used at a number of Superfund sites.
02/04/22 - 01:48 AM andrewjackson6626 created a new post.
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  • Boron is taken up as boric acid and may easily pass through the cell wall membrane. https://borates.today/boron-farm/

    The concentration of boron in a cell is regulated by processes that either pump it into or out of the membrane. In a high-boron environment, the plant may prevent boron from entering the xylem and even pump it out of the plant cells.

    This modulation of the various transporter pathways can assist plants in dealing with nutrient availability that is either insufficient or excessive.

    These transporter pathways are critical for getting enough boron into plant tissue, especially in low-boron environments.
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  • drLisatorres - Calcium binds fluoride and prevents it from entering the root system.
  • jessicaallen33 - At higher temperatures, fluoride becomes less soluble and therefore available for absorption. The solubility of fluoride increases at higher pH values. It is also known that fluoride will not readily enter living tissues if there is an excess of calcium present.
  • Kimberly_Adams2320 - The uptake of fluoride depends on many factors including pH, temperature, and the presence of other ions. At lower temperatures, fluoride tends to bind to water molecules, making them unavailable for absorption.
02/04/22 - 01:48 AM andrewjackson6626 created a new post.
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  • Large volumes of lithium and, increasingly, boron are necessary in battery power to make the energy revolution viable, supply clean energy, and cut carbon emissions. When it comes to increasing battery manufacture in the United States, having a domestic supply would be advantageous. https://borates.today/sustainable-mining-boron-lithium/

    The single lithium mine in Nevada produces 5,000 tonnes of lithium per year, most of which is exported. The United States Ioneer expects to make four times that much every year. While mining and producing lithium and boron for key sectors has many advantages, the environmental degradation and extinction of species must be considered.

    As a result, there is an ongoing battle between mining firms and environmental agencies over new mining projects.
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  • drLisatorres - In addition, the world’s largest producer of Lithium, Chile, has been hit hard by the economic crisis, with production dropping 30 percent since 2008. The extraction of Lithium and other rare earth elements
  • jessicaallen33 - The country now accounts for nearly half of global output.
  • Kimberly_Adams2320 - The extraction of Lithium and Beryllium is also becoming a major issue as demand increases worldwide. For example, China’s production of Lithium increased by 20% from 2010 to 2011.
01/31/22 - 02:19 AM andrewjackson6626 created a new post.
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  • Ford, the world's largest automobile maker, employs boron and other ultra-high-strength lightweight steels. They're employed in a variety of structural sections on Ford's current models, including the Taurus, Transit Connect, Flex, Mustang, F150, and Focus, as well as the Lincoln MKS. https://borates.today/ford-boron-steel/

    Boron steel is also used extensively in the 2011 Ford Fiesta to safeguard the occupants in the event of a collision. The Ford Fiesta's body structure is made up of a lot of cold and hot high-strength steel. This steel, which comes in several grades such as extremely high-strength, dual-phase steel, and ultra-high-strength aluminized boron steel, accounts for up to 50% of the body structure of some automobile models. Even with all of the extra robustness, the Fiesta frame is still incredibly light.
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  • Campbell_Carol - The most common application for boron steel is in the automotive industry. Although this material is primarily used for making parts that are exposed to extreme heat or pressure, it can also be used to make parts that need to withstand extreme cold temperatures. For instance, boron steel makes up the majority of the engine block and cylinder head castings in modern gasoline engines.
  • jenniferramirez3232 - Boron steel can be found in medical devices like stents, orthopedic implants, dental tools, surgical instruments, and hip replacements.
  • smithjamess221 - The use of boron steel has been growing steadily since its introduction in the 1960s. In fact, it was first introduced by General Motors (GM) in the late 1950s, but it wasn't until about 1970 that GM began using it on a wide scale. It was originally used mainly for heavy duty applications like trucks and military vehicles. Today, however, it's being used in many different types of products. For example, boron steel is now commonly found in consumer goods such as refrigerators, air conditioners, dishwashers, washing machines, lawn mowers, snowblowers, and even golf carts.
01/31/22 - 02:18 AM andrewjackson6626 created a new post.
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  • BNNTs Boron nitride nanotubes are potential material for a variety of applications due to their unique features. However, there are still certain issues with existing manufacturing processes that must be addressed. https://borates.today/3d-metal-printing/

    Thanks to improved manufacturing processes, BNNTs, which are still in the early phases of development, are now commercially available. The Langley Research Center of the National Aeronautics and Space Administration made BNNTs commercially available for the first time in 2014. It has opened up a wider variety of possibilities.
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  • Campbell_Carol - Boron fibres can also be found in some commercial products such as the Boeing 787 Dreamliner. The boron fibres are used in the fuselage skin of the 787.
  • jenniferramirez3232 - This material was known as "boron fibre". It was found to be much stronger than aluminium, and could be processed into sheets or strips. The material was also lighter than aluminium, so less weight had to be carried around by the aircraft. It was also easier to repair if damaged.
  • smithjamess221 - The use of boron fibres in aeroplanes began with the F-14 Tomcat, which first flew in 1977. The original design specification called for an all-aluminium skin structure, but it proved difficult to obtain sufficient quantities of aluminium sheeting.
01/31/22 - 02:18 AM andrewjackson6626 created a new post.
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  • Now fast forward to the year 2009. To enhance angiogenesis, researchers from Missouri University of Science and Technology incorporated unique ingredients to bioactive glasses. A new type of bioactive glass based on borate was developed. https://borates.today/boron-wound-care/

    Soft tissue wounds were proven to heal with the borate-based bioactive glass. It may also be used to heal persistent wounds. Borate-based bioactive glass may be put on wound beds to release ions that help the body recover in all four phases:
    Hemostasis
    Inflammation
    Proliferation
    Remodeling

    Boron has extraordinary therapeutic qualities in the form of boric acid and hexagonal boron nitride. Because of boron's antioxidant characteristics, oral and topical use of the mineral aids wound healing.
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  • Campbell_Carol - The compound is a natural component of human blood and bone.
  • jenniferramirez3232 - The U.S. Food and Drug Administration (FDA) has approved a dietary supplement called Borax which contains sodium borate as an ingredient. This product is used to treat diaper rash and other skin conditions. It also acts as a mild antiseptic.
  • smithjamess221 - A study conducted by the National Institute of Dental Research showed that boron helps promote bone growth. The compound is found naturally in the human body but can be supplied through diet or supplements.
01/28/22 - 10:21 PM andrewjackson6626 created a new post.
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  • Neodymium magnets are the 'go-to' magnet in industries that demand low heat, high power sources in constrained spaces. https://borates.today/boron-neodymium-magnets/

    We would not have been able to accomplish improvements in industries like medical and renewable energy generation during the last 30 years if it weren't for super-strong neodymium magnets, which generate a high magnetic field for motors. Boron neodymium magnets may also help enthusiasts with crafts or modelling due to their strong force. You can more easily connect two components without having to weld them together. These magnets are available in a wide range of shapes and sizes, and they are resistant to magnetic demagnetization, making them a versatile material that may be used for almost anything.
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  • George851 - The most common form of boron is Boric Acid (H3BO3). It has a chemical formula of H3BO3. This compound is found naturally in limestone rocks and soils.
  • Anderson_Mark2248 - The use of neodymium magnets is widespread in industry because of their strength and durability. The most common application of these magnets is in industrial equipment such as electric motors, generators, and alternators. For example, a neodymium magnet is used to create an electromagnet in a car's ignition system.
  • drLisatorres - What is the use of Boron Neodymium Magnets?
01/27/22 - 02:23 AM andrewjackson6626 created a new post.
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  • Lithium-ion batteries may be found in our phones, laptops, and, increasingly, electric cars. Our green energy future will also be powered by wind turbines and solar panels, which will need the use of massive battery cells to store the electricity. https://borates.today/boron-fuel/

    As a result, lithium must be mined, but there is no certainty that enough raw material will be available to fulfil demand. There will be no one answer until lithium-ion batteries are replaced, which is why individuals have come up with a variety of solutions to meet the world's energy storage demands.
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  • Campbell_Carol - The first step is to understand what lithium is, how it works, and where it comes from. The second step is to find ways to extract it from its sources. Thirdly, we have to figure out how to make the metal into useful products. And finally, we need to develop new uses for this vital element. Lithium has been used as an additive in glass production since the early 20th century. It was discovered that adding small amounts of lithium to silicate glasses improved their optical properties. Today, most lithium is still used in making glass, but it can also be found in ceramics, plastics, and lubricants.
  • jessicaallen33 - The element can be extracted from its ores using a process called electrolysis, where it forms a compound known as lithium hydroxide (LiOH).
  • martinezcharles660 - The first step towards finding an alternative is to understand how lithium works in batteries.
01/27/22 - 02:23 AM andrewjackson6626 created a new post.
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  • Silly Putty is a substance that exemplifies the diversity and depth of behaviour that basic materials may create. Silly Putty gives off the idea of being made of plastic when first handled. Boron's cross-links give it the crucial virtue of being elastic on short time scales and inelastic on long time scales. https://borates.today/silly-putty/
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  • Campbell_Carol - In other words, Silly Putty demonstrates the power of physics at work in everyday life. The behavior of this material can be explained by the laws of thermodynamics and mechanics
  • jessicaallen33 - The history of Silly Putty goes back to the 1930s. The inventor was an engineer named Charles H. Bliss who worked for the American Radiator Company. He had previously been working on developing a new type of rubber called polybutadiene which would be strong enough to use as tires. In 1934 he began experimenting with putting together two other types of rubbers: styrene (which is used in plastics) and polyvinyl chloride (PVC).
  • martinezcharles660 - It was discovered by accident in 1938 at the General Electric Company (GEC) laboratories in Schenectady, New York. A chemist named Leo Koppelman was working with boric acid as part of his research into new plastics.
01/27/22 - 02:23 AM andrewjackson6626 created a new post.
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  • With its utilisation as a drug and probe transporter in humans, the unique characteristics of boron nitride (BN) are garnering interest in biomedical research. Boron Nitride is already being employed in a variety of medicinal applications, creating high hopes for medication and gene delivery. https://borates.today/boron-nitride-biomedical-nanotechnologies/

    Sensing applications, hydrogen storage, capture neutron treatment, medication administration, and biomaterial applications are all relevant applications. In particular, research on the adsorption of various compounds in boron nanotubes is ongoing, including CO2, NH3, Ni, and anticancer medicines. Boron, especially BNNT, has been proven to carry medications and probes in both animals and people, according to a new research by Medical Research specialists. It's being looked at as a way to construct an anticancer drug delivery system that uses folate-conjugated BN nanospheres (BNNS) and receptor-mediated delivery.
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  • Campbell_Carol - Carbon nanotubes are also effective in delivering genes into cells, making it possible to treat diseases such as diabetes or cancer with this method.
  • jessicaallen33 - Recently, however, CNTs have been shown to be safe when administered intravenously. They have also been used to deliver drugs into tumors, which otherwise would not be able to penetrate the tumor mass. This is because the blood vessels within the tumor are too small to allow large particles to pass through them.
  • martinezcharles660 - The use of carbon nanotubes (CNTs) has been well documented in medical applications. However, they have not yet been widely adopted due to their potential toxicity.
01/25/22 - 10:38 PM andrewjackson6626 created a new post.
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  • There are a few different ways to produce energy from algae. The most common approach is to grow the algae in large tanks and then extract the oil from the cells. The oil can be used to generate electricity, heat homes, or run cars. Algae can also be dried and burned like coal, or converted into ethanol or biodiesel. Some people are experimenting with using algae to generate natural gas. https://borates.today/boron-clean-electricity/
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  • Kimberly_Adams2320 - Another way to produce energy from algae is through photosynthesis. Algae can be used to generate electricity by capturing sunlight and converting it into electrical energy. Algae can also be used to produce hydrogen gas, which can be used in fuel cells to generate electricity.
  • martinezcharles660 - There are a few different ways to produce energy from algae. One way is to use the algae to create biofuels, such as biodiesel or ethanol. Biodiesel is made by combining vegetable oil or animal fat with alcohol, such as methanol or ethanol. Ethanol is made by fermenting the sugars present in certain types of algae.
  • jessicaallen33 - Algae is a primary producer in aquatic ecosystems. They use photosynthesis to convert carbon dioxide and water into organic matter, such as glucose. This process is known as primary production.
  • smithjamess221 - Algae are a promising source of renewable energy because they can grow quickly and produce large amounts of oil. They also consume carbon dioxide, which makes them a good choice for reducing greenhouse gas emissions. However, there are still some challenges to overcome before algae-based energy becomes commercially viable.
01/25/22 - 10:38 PM andrewjackson6626 created a new post.
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  • Boron is important to nuclear power safety because it is a key ingredient in the control rods that help regulate the fission reaction in a nuclear reactor.

    Without boron in the control rods, the fission reaction could become unstable and cause a meltdown. Boron also helps to absorb neutrons, which helps to keep the reaction under control. https://borates.today/boron-neutron-capture-nuclear-safety/
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  • Kimberly_Adams2320 - Boron is important to nuclear power safety because it is a key ingredient in controlling rods. Control rods help regulate the fission reaction in a nuclear reactor and help keep things under control. Without boron, there could be dangerous uncontrolled nuclear reactions that could release large amounts of radiation. So, it's very important that control rods are made with boron so that reactors can be operated safely.
  • martinezcharles660 - Boron is a neutron absorber, meaning that it absorbs neutrons and slows down the fission process. This is important because if the fission process were to get out of control, boron can help to stop it.
  • jessicaallen33 - Boron is important to nuclear power safety because it helps to slow the nuclear reaction process down.
  • smithjamess221 - Boron is important to nuclear power safety because it helps to slow down the neutrons in the reactor, which makes the reactor more stable and reduces the chance of a nuclear meltdown. Without boron, the neutrons would travel too quickly through the reactor, which could lead to a nuclear meltdown. By adding boron to the fuel rods, you can slow down the neutrons and make the reactor more stable.
01/25/22 - 10:38 PM andrewjackson6626 created a new post.
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  • There are a few problems with using lithium-ion batteries to fuel electric vehicles. One issue is that the batteries can take a long time to charge, which could slow down traffic. Another problem is that lithium-ion batteries can be expensive, and they can also be dangerous if they are not handled properly. Finally, there is the potential for the batteries to catch fire if they are damaged or overheated. https://borates.today/boron-fuel/
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  • Kimberly_Adams2320 - There are a few potential problems with using lithium-ion batteries to power electric vehicles (EVs). One is that they can be damaged by extremely cold weather conditions. Another is that they may not be able to handle the large amount of charge needed to power a car for a long distance. Additionally, there have been some safety concerns raised about lithium-ion batteries, as they have been known to burst into flames under certain circumstances.
  • martinezcharles660 - Several problems have been reported with lithium-ion fuelling electric vehicles (EVs). One issue is that the high voltages and currents involved in charging lead to an increased risk of fire and explosions. Another concern is that the lithium ions can corrode metal conduits and connectors over time, which can create unsafe conditions. A final problem is that lithium-ion cells are expensive, so a large infrastructure would be needed to support the widespread use of EVs.
  • jessicaallen33 - While incidents like this are rare, they can still be potentially dangerous, which is why proper safety measures need to be taken when using or storing lithium-ion batteries. For example, it's important not to overcharge them or expose them to heat or flames.
  • smithjamess221 - One of the most publicized problems with lithium-ion batteries is that they can be prone to catching fire, especially if damaged. This problem was highlighted in early 2016 when a number of Samsung Galaxy Note 7 phones caught fire due to faulty lithium-ion batteries.
01/25/22 - 10:37 PM andrewjackson6626 created a new post.
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  • Boron compounds are often used in fireworks because they produce a range of colors, including red, orange, yellow, green, and blue. The colors are created when the boron compounds interact with different metal salts. For example, when a boron compound is mixed with potassium nitrate (KNO3), it will produce a red color. When it's mixed with sodium chloride (NaCl), it will produce a yellow color. and so on. https://borates.today/boron-fireworks/
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  • Kimberly_Adams2320 - Boron compounds are often used in fireworks to create colorful displays. The most common boron compound used is boric acid, which is a weak acid that produces a range of colors depending on the pH of the solution it is mixed with. For example, when mixed with an alkaline solution (pH > 7), boric acid will produce a red color. When mixed with a neutral solution (pH = 7), it will produce a yellow color. And when mixed with an acidic solution (pH < 7), it will produce a green color.
  • martinezcharles660 - Boron compounds are used in fireworks to create various colors. The most common boron compound used is boric acid, which is a weak acid that produces a green color. Other boron compounds can be used to create other colors such as red, yellow, blue, and violet.
  • jessicaallen33 - Borax is probably the most well-known of these compounds. It's a naturally occurring mineral that can be found in certain areas of the world. Boric acid is made by combining borax with sulfuric acid. Sodium borate is made by combining sodium carbonate with borax.
  • smithjamess221 - Boron compounds are used in fireworks for a few different reasons. They produce a bright green color, and they also make sparks that are very visible in the dark. Some of the most common boron compounds used in fireworks include borax, boric acid, and sodium borate.
01/24/22 - 02:03 AM andrewjackson6626 created a new post.
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  • Curcumin's antioxidant capabilities make it an ideal ingredient for cosmetics and food additives. https://borates.today/boron-nitride-biomedical-nanotechnologies/

    Curcumin may protect the brain from the negative consequences of oxidative stress, according to some studies. It can improve insulin sensitivity while also inhibiting angiogenesis, making it an effective anti-diabetic drug. The efficacy and precision of dose and monitoring will improve with time when BNNTs are used as a transporter.
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  • Kimberly_Adams2320 - These findings suggest that curcumin has potential therapeutic value for the prevention and treatment of breast cancer.
  • Campbell_Carol - In addition, curcumin treatment induced autophagy through the activation of the , curcumin inhibited the migration and invasion of breast cancer cells
  • drLisatorres - The results showed that curcumin was able to inhibit the growth of cancer cells by inducing apoptosis in a concentration-dependent manner.
01/24/22 - 02:03 AM andrewjackson6626 created a new post.
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  • Lithium-ion batteries can be found in our phones, computers, and, increasingly, electric cars. Our green energy future will also be powered by wind turbines and solar panels, which will necessitate the use of massive battery cells to store the electricity. As a result, lithium must be mined, but there is no certainty that enough raw material will be available to meet demand. There will be no single solution until lithium-ion batteries are replaced, which is why people have come up with a variety of solutions to meet the world's energy storage demands. https://borates.today/boron-fuel/
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  • Kimberly_Adams2320 - They are often called "rock salt" because they form when seawater evaporates on land. Alkaline batteries use metal oxide electrodes, which are made from nickel hydroxide and manganese dioxide.
  • Campbell_Carol - The most commonly used materials for this purpose are alkali metals such as sodium and potassium and their oxides. These compounds react exothermically when mixed together, releasing heat and forming a solid product.
  • drLisatorres - The most common method of storing energy is using chemical reactions between two or more substances. This process requires an oxidizing agent (an electron acceptor) and a reducing agent (an electron donor).
01/24/22 - 02:02 AM andrewjackson6626 created a new post.
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  • Boron is involved in the control of developmental changes in both shoots and roots. It aids cell division, root growth, and phosphorus metabolism by supporting enzymes. It also encourages the growth of nitrogen-fixing bacteria on the plant's roots. Boron is a crucial component for numerous plant functions, including cell division and root formation, yet it is frequently ignored and misinterpreted. https://borates.today/boron-vegetable-garden/ Boron deficiency can impair a plant's capacity to produce proteins required for shoot elongation and leaf development.
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  • Kimberly_Adams2320 - Plants absorb boric acid from their environment through their roots. The amount of boric acid absorbed depends upon the soil pH, which affects the solubility of boric acid. Plants are able to take up sufficient amounts of boric acid to meet their needs. However, if the concentration of boric acid in the soil is too high or if there is an excess of other minerals, plants will not absorb enough boric acid. In such cases, boric acid toxicity occurs
  • Campbell_Carol - The use of plants as bioremediation (biological agents) to clean up polluted soils or water bodies is called phytoremediation. This process involves using plants to remove pollutants from contaminated sites. Plants are used because they are able to take up contaminants through their roots and transport them into their tissues where they can be degraded.
  • drLisatorres - A boron-deficient diet has been shown to reduce the number of chloroplasts per unit area of leaf tissue, which may affect photosynthesis. In addition, boron deficiency reduces the amount of protein produced by plants.
01/21/22 - 08:23 PM andrewjackson6626 created a new post.
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  • Scientists are researching the use of wire additives as a way to improve the printing quality of 3D metal printers. The hope is that by adding a small amount of wire to the printing process, it will be possible to produce parts with fewer defects and a higher degree of accuracy. https://borates.today/3d-metal-printing/

    So far, the results have been promising. Tests have shown that using wire additives can help to reduce the number of defects in 3D printed parts by up to 50%. In addition, using wire additives also appears to improve the strength and accuracy of printed parts, making them less likely to break or warp during printing.
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  • davidgarcia27 - Recently, additive manufacturing technology or 3D printing has gained a lot of traction, with many believing it to be the future of manufacturing. There are different types of additive manufacturing processes, but they all have one common goal - to build objects by adding layer upon layer of material. One process that has generated a lot of interest is wire additive manufacturing (WAM). In this process, metal wire is fed into a computer-controlled laser melting machine where it is melted and then deposited onto a substrate, building the object layer by layer. This method offers many benefits over traditional methods such as casting and forging, including: improved surface finish; reduced number of steps in the manufacturing process; and reduced waste.
  • jessicaallen33 - One major benefit of using wire additives is that they can help to control the porosity and microstructure of the final product. By modifying these factors, it's possible to create products with improved mechanical properties, reduced levels of distortion, and increased resistance to corrosion.
  • Kimberly_Adams2320 - There is a lot of ongoing research into the use of wire additives for 3D metal printing. These additives can help to improve the quality and strength of the finished product, while also reducing the amount of time and effort required to produce it.
01/18/22 - 04:16 AM andrewjackson6626 created a new post.
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  • Borates are a critical component in the optical sector. Since 1890, they have been making glass. Even if other elements such as silica take on more of the load, they will remain a mainstay in the glass industry. However, it has several disadvantages, such as being brittle and having a low melting point. However, the positives outweigh any disadvantages: High refractive index and low absorption coefficient; long life and inexpensive cost. https://borates.today/boron-eyewear/
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  • Campbell_Carol - Boric acid is one of the oldest known chemical compounds. It was discovered by Sir Humphrey Davy in 1808.
  • smithjamess221 - The most important use is in fiber optics where they provide the core material which allows light to travel through the fiber.
  • martinezcharles660 - The borate glasses are used for many applications including optical fibers, lenses, prisms, windows, etc.
01/18/22 - 04:15 AM andrewjackson6626 created a new post.
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  • Borates can be utilised as coatings and additives with several functions. Borates' flame retardant, stain resistant, and biostatic qualities can help improve wood coatings. Borates are also inexpensive, and they may be utilised to make high-performance coatings. It is unnecessary to employ a separate dry film fungicide, in-can preservative, or in-can corrosion inhibitor if zinc borate is used for tannin stain resistance, for example. https://borates.today/borates-paints/
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  • Campbell_Carol - Boric acid is not toxic to humans, but it does cause skin irritation when it comes into contact with the eyes.
  • smithjamess221 - The most common use of boric acid is as an additive to water based paints, varnishes, lacquers, and stains. Boric acid is often added to the paint mix at 0.25% to 0.50%. At this concentration it acts as a mild antiseptic and prevents bacterial growth.
  • martinezcharles660 - Zinc borate has been used in the past as an antifungal agent, but it was found that it could not be used alone because of its toxicity.
01/18/22 - 04:15 AM andrewjackson6626 created a new post.
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  • Borates are employed in ceramic enamels and glazes not only for the end product's aesthetic and protection, but also for efficient manufacture. https://borates.today/borates-ceramics/

    Borates prevent glass from forming in the early phases of melting. Borates are used as a basis for dissolving coloured oxides. Borates aid in the reduction of fire periods, glass viscosity, and surface tension in ceramics. The glaze/enamel can then grow fast and provide a smooth, flat surface. Borates also help glazes to have a lower thermal expansion coefficient.
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  • Campbell_Carol - It is also used in the production of high purity alkali metal chlorides and alkaline earth metal salts.
  • smithjamess221 - Boric acid has been widely used as a fluxing agent in glass manufacturing since ancient times.
  • martinezcharles660 - The borate is an important component in many types of glasses such as soda-lime silicate glasses, phosphate glasses, lead silicate glasses, barium aluminosilicate glasses, calcium alumino-silicates glasses, zinc silicate glasses, etc.
01/14/22 - 09:49 PM andrewjackson6626 created a new post.
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  • California is rich in boron, a mineral that is essential for human health. Boron helps the body metabolize other minerals like calcium and magnesium, and it also helps keep bones healthy and strong. It's no wonder, then, that many people recommend taking boron supplements to improve bone density and help prevent osteoporosis. https://borates.today/boron-california/

    Some studies suggest that boron may also have anti-inflammatory properties and could help protect against cancer. However, more research is needed to determine the full extent of boron's health benefits.
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  • davidgarcia27 - Boron is found in a number of different foods, including fruits, vegetables, nuts, and legumes. However, the best source of boron is typically supplements. If you are looking to increase your intake of boron, then consider taking a boron supplement or adding more high-boron foods to your diet.
  • jenniferramirez3232 - Boron is a mineral that is found in California. Some of the key benefits of boron include improved brain function, better joint health, reduced inflammation, and stronger bones.
  • martinezcharles660 - Boron has also been shown to be beneficial for human health. It helps to maintain bone density, joint health, and mental clarity. Boron can be found in food sources such as fruits (especially prunes), vegetables (especially potatoes), legumes, nuts, and grains. However, the average person's diet usually doesn't provide enough boron to meet their needs. That's why supplements can be helpful.
  • drLisatorres - California is known for its boron deposits, which are some of the richest in the world. Boron is a mineral that is used in several industrial and commercial applications, including fiberglass insulation, water treatment, detergents, and pesticides.
01/11/22 - 03:28 AM andrewjackson6626 created a new post.
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  • Renewable energy is becoming more popular as a replacement for fossil fuels such as oil, gas, and coal. These technologies have the potential to help prevent the climatic catastrophe. Solar energy is critical because it provides infinite, clean energy that may be used to replace fossil fuels. The development of new technologies and better materials in solar energy conversion over the last decade has made it economically practical to capture the sun's plentiful energy. https://borates.today/boron-photocatalysis/
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  • martinezcharles660 - When exposed to sunlight, electrons move from the valence band to the conduction band through the junction between the two layers.
  • jenniferramirez3232 - A typical PV cell consists of an n-type doped layer of silicon on top of a p-type doped layer.
  • Kimberly_Adams2320 - The most common form of renewable energy is photovoltaic (PV). PV cells are devices that convert light directly into electricity by using semiconductors.
01/11/22 - 03:27 AM andrewjackson6626 created a new post.
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  • This subject of energy research is garnering a lot of interest because of its potential to provide clean, renewable energy storage and environmental protection. Photocatalysis is a technique for converting sunlight into chemical energy and storing it. https://borates.today/boron-photocatalysis/

    Photocatalytic solar power conversion is useful for generating green energy and has applications in areas such as pollution removal, artificial photosynthesis, and green fuel production. Carbon dioxide reduction, light-driven water splitting, and nitrogen fixation are all improved by photocatalysis.
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  • martinezcharles660 - Photocatalysts are semiconductor materials that absorb photons from the sun or other sources and convert them into electrons and holes (excitons).
  • jenniferramirez3232 - The most common type of photocatalyst is titanium dioxide (TiO2).
  • Kimberly_Adams2320 - The term “photocatalyst” refers to any material that can be used to convert light energy (e.g., UV or visible) into chemical energy through the use of electrons and holes.
01/11/22 - 03:27 AM andrewjackson6626 created a new post.
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  • When boron-containing substrates are brominated and subsequently oxidised to borate esters, this is known as the hydroboration-oxidation process. https://borates.today/boronates/

    The organic chemistry process of hydroboration oxidation is used to transform alkenes into neutral alcohols. This is accomplished using a two-step process that comprises hydroboration and oxidation. It is decided to employ the net addition of water (over the full double-bond).

    A hydroxyl group binds to a less substituted carbon in the antiMarkovnikov hydroboration oxidation reaction process. The hydroboration oxidation process was initially published in the second part of the 1950s by Herbert Charles Brown, an English-born American scientist. In 1979, he was given the Nobel Prize in Chemistry for this achievement.
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  • martinezcharles660 - The hydroboration-transformation is also used to prepare cyclic ethers such as tetrahydrofuran and dihydropyrans.
  • jenniferramirez3232 - The process has been widely employed for the preparation of polyols from 1,3-butadiene and other unsaturated compounds.
  • Kimberly_Adams2320 - The hydroboration-oxidative transformation can be applied to any alkene containing one or more double bonds.
01/08/22 - 12:54 AM andrewjackson6626 created a new post.
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  • Electric vehicles are forever altering the automobile sector. A new material for battery electrodes is needed, and boron appears to be a viable choice because it transmits electrons effectively while simultaneously being lightweight and affordable! This wonderful Element isn't just found in batteries; it's also found in engine coolants and brakes, and it even strengthens steel alloys! https://borates.today/boron-nissan-ev-technologies/
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  • Anderson_Mark2248 - The first wave was the early adopters who were interested in saving money by buying electric cars instead of gasoline powered ones.
  • smithjamess221 - The automotive industry has been on an electrification journey for some time now. In fact, there have been several waves of electric vehicle adoption over the past few decades.
  • drLisatorres - The Nissan LEAF has a number of innovative technologies such as a high capacity lithium ion polymer battery pack, regenerative braking system, quick charging capability which allows drivers to travel over 300 miles between charges, and zero tailpipe emissions making it one of the most environmentally friendly cars currently available.
01/03/22 - 03:15 AM andrewjackson6626 created a new post.
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  • Because of its neutron-absorbing characteristics, boron is utilised as a neutron toxin. Absorbing neutrons is crucial for controlling a reactor core's excess reactivity caused by having greater mass than is required for criticality at the start of its life. https://borates.today/boron-and-chernobyl/ Boron may enter a nuclear core in a variety of ways. In boric acid, it can be added to the reactor coolant. It can also be integrated into the core of boron carbide assemblies to regulate neutron flux at specific locations in the reactor core, attempting to balance out flux that may be distorted due to control rods. Changing the boron concentration is similar to changing the control rod height. Each has a different influence on core temperature.
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  • smithjamess221 - Other common use of boron is in the production of boric acid (H3BO3). Boric acid is an important raw material in the manufacture of glass, ceramics, and other products. It can be found in many household items, including toothpaste, deodorants, mouthwash, cosmetics, and toys.
  • martinezcharles660 - Boron is used in some types of radiation shielding and in medical applications such as treatment of certain cancers. T
  • drLisatorres - Boron is used in some types of fuel and cladding to slow down or absorb neutrons. The most common use of boron is in moderating uranium-based fuels such as those used in light water reactors
01/03/22 - 03:14 AM andrewjackson6626 created a new post.
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  • Different compounds of Boron can generate nanomaterials that will transform energy, according to parallel study into Boron nitride Nanotubes. Boron nitride Nanotubes might be used to reinforce lightweight materials like polymers and plastics. https://borates.today/boron-monosulfide-nanosheets/ Electronics, aeronautical engineering, and optical fibres are among the applications being researched. Boron Nitride nanotubes have been rapidly increasing in popularity over the last few years. Boron Nitride nanotubes have the potential to improve the viability and economic value of renewable energy sources such as solar energy.
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  • smithjamess221 - It is one of the most abundant elements on Earth. About half of the world's supply comes from volcanic activity, especially in Iceland. Most of the rest comes from hydrothermal vents in the ocean floor.
  • martinezcharles660 - Boron is found in nature mainly as boric acid (H3BO3) or as borate minerals. In addition to this, boron occurs naturally as a component of some rocks, including granite, quartzite, and slate. It also occurs in small amounts in many other types of rock, but it is not usually present in large quantities.
  • drLisatorres - Boron is a chemical element with symbol B and atomic number 5. It has an atomic mass of 10.81 g/mol and a density of 2.2 grams per cubic centimetre. The boron atom consists of two neutrons in the nucleus surrounded by six electrons.
01/03/22 - 03:14 AM andrewjackson6626 created a new post.
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  • One of the first uses of boron fibres in sporting products was the Prince Boron tennis racket. It was also well-liked by both amateurs and professionals. Boron is lighter than carbon (the major ingredient of graphite), hence it was utilised in the graphite composition to make the frame lighter but stiffer (compared to a 100% graphite frame) (being denser for the same amount of material in a layup). Boron is one of the elements in composite layup. https://borates.today/boron-sports-equipment/ It has two major drawbacks: it is more costly and more prone to breakage. Because it is lighter and stiffer than graphite, boron transmits vibrations better than graphite. Boron frames are extremely long-lasting.
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  • smithjamess221 - Boron is used in some types of plastic as a flame retardant. In addition to being a flame retardant, boric acid can act as a catalyst in polymers. For example, when boric acid is added to polyethylene terephthalate (PET), the resulting polymer exhibits higher heat distortion temperatures.
  • martinezcharles660 - Boron is added to glass to improve its strength properties. This process is known as "boring". Borosilicate glass is made by adding sodium or potassium borosilicate to molten glass.
  • drLisatorres - Boron Fibre is used as an alternative to Carbon Fiber in the manufacture of high performance sports equipment such as golf clubs, cricket bats, hockey sticks, footballs etc. The use of Boron fibers is growing rapidly due to its light weight and stiffness characteristics.
12/30/21 - 03:25 AM andrewjackson6626 created a new post.
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  • Boron is very soluble in soil and may readily be leached. https://borates.today/boron-farm/ Its availability in a soil is especially difficult to forecast, because plant availability varies amongst soils, even when concentration levels are supposed to be equal. For every species, the optimal quantity within a plant is relatively limited, and according to Phillip, maize need more boron than wheat, and beet requires more than grains. Boron deficiency in soils is a worldwide problem, according to Phillip, who estimates that one-third of Scottish soils are naturally weak in boron. There are also interactions with other elements, and deficient symptoms can become entangled with other trace element deficits, making it a less-than-accurate science. In some cases, these interactions can increase toxicity in various species.
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  • Kimberly_Adams2320 - Plants growing in poor soil conditions may not show any symptoms at all.
  • jenniferramirez3232 - The leaves of affected plants will turn yellow or brownish green.
  • jessicaallen33 - The most common symptom of boron deficiency in plants is chlorosis (yellowing). This occurs when there is insufficient boron for the formation of chlorophyll, which is necessary for photosynthesis
12/30/21 - 03:25 AM andrewjackson6626 created a new post.
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  • In sectors that require low heat, high power sources in limited places, neodymium magnets are the 'go-to' magnet. https://borates.today/boron-neodymium-magnets/ Because they rely on super-strength neodymium magnets to provide a high magnetic field for motors, we would not have been able to achieve advances in sectors like medicine and renewable energy generation during the previous 30 years if it weren't for them. Because of their high force, boron neodymium magnets may also assist hobbyists in crafts or modelling. You may link two components more readily without having to weld them together. These magnets may be produced in a variety of forms and sizes and are resistant to magnetic demagnetization, making them a versatile material that can be utilised for nearly anything. They can keep large things in one position even when their form changes, making them an incredible utility!
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  • Kimberly_Adams2320 - In these cases, neodymium is often combined with other elements such as iron, cobalt, nickel, or manganese. For example, NdFeB magnets consist of about 50% neodymium, 40% iron, 8% boron, and 2% other alloying elements.
  • jenniferramirez3232 - The most common use of neodymium magnets is as part of permanent magnets. Permanent magnets are used in many applications where the magnet needs to stay in place over long periods of time.
  • jessicaallen33 - Magnets are materials which contain iron atoms arranged in a crystalline structure. Neodymium is a rare earth element with a chemical symbol of Nd.
12/30/21 - 03:25 AM andrewjackson6626 created a new post.
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  • Companies are under pressure from investors to adopt decarbonization seriously. When exploring new regions or discovering new reserves, there are frequently unanticipated effects that might pose significant environmental dangers. Mining is not simply a source of raw materials; it also has enormous environmental consequences that must be addressed in order to satisfy global climate change and sustainability goals like the Paris Agreement. https://borates.today/boron-low-carbon-economy/
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  • Kimberly_Adams2320 - The mining industry is one of the largest consumers of energy worldwide. According to the International Energy Agency (IEA), total primary energy consumption will increase by 60% between 2005 and 2035. This growth will result in additional demand for coal equivalent to about 5 billion tons per year.
  • jenniferramirez3232 - By comparison, annual production of coal currently exceeds 100 million tons per year.
  • jessicaallen33 - The mining industry is responsible for approximately 10% of global carbon emissions. In addition, mining activities can have negative impacts on local ecosystems, water resources, air quality, public health, and human rights [This is 25]. particularly true when mining occurs near cities and other populated areas where the potential for adverse social and economic impacts is high.
12/24/21 - 03:21 AM andrewjackson6626 created a new post.
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  • Soda-lime glass, which is less robust and more readily broken, has long been utilised in the glassware business. Because borosilicate glasses are more durable than normal glass, they're frequently used in the kitchen and laboratories. https://borates.today/borosilicate-glass-industrial-applications/. Because their strength does not alter over time, they are a good material for use with corrosive substances such as sulfuric acid. There are various reasons why borosilicate glass is preferable. It's more resilient, less likely to shatter, and can take greater temperatures without breaking down.
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  • jenniferramirez3232 - The second major type of borosilicates is known as "heat resistant" glass. This type of glass is designed to handle much higher temperatures than regular glass. It's commonly used in ovens because it won't break when exposed to extremely hot temperatures.
  • jessicaallen33 - The most common type of borosilicate glass that you'll see is Pyrex®. This is an excellent choice if you need something that will be able to withstand high heat or extreme cold. The other main advantage of this particular type of glass is its ability to withstand higher levels of pressure. In fact, it is one of the strongest types of glass available.
  • Campbell_Carol - The most common type of borosilicate glass that you'll find in your home or office is Pyrex®. This glass was invented by Corning Glass Works in 1892 and it's still one of the best selling products
12/24/21 - 03:21 AM andrewjackson6626 created a new post.
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  • Boron's research began in the realm of inorganic chemistry with humble beginnings. https://borates.today/boron-research-areas/. Diborane synthesis and electronic structure elucidation led to the development of boron-hydride chemistry in the first half of the twentieth century. Polyhedral cluster compounds and organoboron were among them. These achievements were later acknowledged with three Nobel Prizes (1976-1979 and 2010). Despite its achievements, boron chemistry has yet to reach its pinnacle. There are still a lot of intriguing things happening in the world of boron-containing molecules.
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  • jenniferramirez3232 - The field of boron chemistry is vast and complex.
  • jessicaallen33 - The most recent example is BNCT, which uses boron neutron capture therapy to treat brain tumors. Other examples include bortezomib, which targets proteasomes; carboranyl inhibitors of HIV reverse transcriptase; and boronic acid derivatives used for treating malaria.
  • Campbell_Carol - The current focus is on the use of boron as an element for drug design. Boron-containing drugs have been developed for cancer treatment by targeting DNA or RNA.
12/24/21 - 03:21 AM andrewjackson6626 created a new post.
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  • Fluoride and Boron taken together are better for bone health than calcium and vitamin D supplements. The writers of this study discussed the results of some of their research. https://borates.today/boron-fluoride/. Boron and fluoride might be used in the future, they said. However, further study is required before the product may be suggested for use in the diet. For the time being, their findings support the notion that boron supplements are safe to consume.
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  • jenniferramirez3232 - The scientists concluded that boron supplementation should be considered when treating patients with metabolic disorders or cardiovascular disease.
  • jessicaallen33 - The researchers tested the effects of boron supplementation on mice who had been fed a high fat diet. They discovered that those animals who received boron showed lower levels of cholesterol and triglycerides. This suggests that boron could potentially have an effect on human metabolism.
  • Campbell_Carol - Boron is a trace mineral found in many foods such as wheat bran, nuts, beans, and leafy vegetables. It also occurs naturally in water and soil. Boron has been shown to help prevent osteoporosis by strengthening bones. In addition, it helps maintain healthy skin and nails. It can even help reduce your risk of cancer.
12/21/21 - 05:23 AM andrewjackson6626 created a new post.
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  • The future's material has arrived! Boron-doped Graphene (B-G) has been developed as a lithium-ion battery anode material. "Doping graphene with boron: a review of synthesis techniques, physicochemical characterisation, and emerging applications" shows how boron doping may help modify structures for applications in photovoltaics, catalysis, and biology. https://borates.today/graphene-boron/
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  • Maverick - This is good. Thanks Aj.
  • Kimberly_Adams2320 - The carbon/boron ratio can be controlled by changing the growth temperature.
  • drLisatorres - Boron atoms tend to bond at the edges of graphene sheets, so it is important to use a method that will allow this to happen.
  • jessicaallen33 - The authors state that the most common technique to dope graphene is via chemical vapor deposition. They also note that there are many other methods such as mechanical exfoliation, liquid-phase exfoliation, electrochemical exfoliation, thermal decomposition, etc., which can be used to produce B-G.
12/21/21 - 05:22 AM andrewjackson6626 created a new post.
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  • The process of implanting ions into a solid substance is known as ion implantation. The ions are typically implanted at a high energy level, increasing the power density and allowing circuits to be built with smaller dimensions. Ion implantation is the process of applying an electric charge to certain atoms to make them more receptive, allowing them to establish stronger connections than they would have been able to form without that ion's presence. https://borates.today/boron-solutions-electronics/
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  • Maverick -
  • Campbell_Carol - Boron can only be used to dope silicon, which makes it very useful when building transistors.
  • martinezcharles660 - Boron has a higher atomic weight than Carbon or Nitrogen. This means it takes up less space in your circuit than those elements.
  • jenniferramirez3232 - Boron is used in semiconductors for N-type dopants or P-type dopants. These are the most common types of doping in silicon devices.
12/18/21 - 03:15 AM andrewjackson6626 created a new post.
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  • Mining companies that were early adopters of climate change mitigation had a 20% greater valuation than their counterparts in the bottom quintile, according to the Boston Consulting Group. Rio Tinto's efforts to decarbonize operations, identify assets most vulnerable to climate change, and plan for demand shifts, according to a case study, may all be financially driven. https://borates.today/rio-tinto-decarboinzation/
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  • Campbell_Carol - Sustainability can be a competitive advantage if you do it right.
  • martinezcharles660 - Companies with strong sustainability programs outperform peers by 20%.
  • jenniferramirez3232 - Climate change impacts will hit hardest those who have not yet experienced them.
12/15/21 - 02:24 AM andrewjackson6626 created a new post.
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  • Boron Nitride Nanosheets are used as a reinforcing element in polymers, similar to nanotubes. These Nanosheets outperform Boron Nitride Nanotubes in terms of thermal conductivity, chemical stability, and mechanical strength. Because of their properties, boron nitride nanosheets are a good addition to polymers and other composites. Boron-based composites have the potential to be used in the packaging industry due to their high thermal conductivity, which allows for rapid heat escape. https://borates.today/exciting-applications-boron-nitride/
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  • jenniferramirez3232 - The most important property of BN is its extremely low coefficient of friction . This means that it will not wear out or stick to any surface it comes into contact with. It also makes it very easy to clean up after use.
  • Kimberly_Adams2320 - BN is an excellent additive for polymer composite materials because it has many unique properties that make it ideal for this application.
  • smithjamess221 - Boron is an essential trace element that is required by all living organisms. It plays important roles in many biological processes including bone growth, blood clotting, energy production, and protein synthesis.
12/15/21 - 02:23 AM andrewjackson6626 created a new post.
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  • The history of the petroleum industry may be traced back to the first century BC, according to the I Ching, one of the earliest known Chinese writings. It goes through how oil was utilised in its natural condition (before it was refined), as well as how oil was discovered, extracted, and extracted. Around 347 AD, or maybe earlier, the earliest known oil wells were supposedly dug in China. Man has experimented, failed, and attempted to perfect oil refining processes since then. From enormous bamboo tubes in the early days to cable tools and rotary drilling in the twentieth century, the person eventually learned the techniques of oil drilling. https://borates.today/boron-oil-extraction/
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  • jenniferramirez3232 - When an oil reservoir is created by tectonic forces, the oil will have been trapped over millions of years.
  • Kimberly_Adams2320 - The amount of oil present in a formation depends on the type of rock, temperature, pressure, and other factors.
  • smithjamess221 - Oil is a naturally occurring hydrocarbon mixture that can be found in many different types of rock formations.
12/15/21 - 02:23 AM andrewjackson6626 created a new post.
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  • Boron's application in heat conversion is a recent development. It, on the other hand, has the potential to be tremendously advantageous to several sectors and enterprises. Boron-based alloys are required for high-temperature applications, such as nuclear power reactors. They show that heat transfer rates can be increased by up to 2%. To obtain a better idea of how it affects the sector, we just need to look at the car industry. A pound of steel saved on a car saves around $2-$3 in fuel costs. Many industrial operations will experience considerable cost reductions as a consequence of the cost savings from improved heat transmission. https://borates.today/boron-heat-conversion/
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  • jenniferramirez3232 - Boron is more expensive than aluminium or copper
  • Kimberly_Adams2320 - Boron has been used for many years to improve the thermal conductivity of glasses. Glasses are typically made from silica and alumina. Boron is added to these materials because it increases their thermal conductivity.
  • smithjamess221 - How does boron affect heat conversion?
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