WEAREONE Boron Oxide Powder AR Grade Reagent Boron Oxide Powder Laboratory use B₂O₃ Ultrafine Boron Anhydride Boron Trioxide 100g (40-60 mesh)

WEAREONE Boron Oxide Powder AR Grade Reagent Boron Oxide Powder Laboratory use B₂O₃ Ultrafine Boron Anhydride Boron Trioxide 100g (40-60 mesh)

✨✅ Product name: High purity boron trioxide, high purity boron oxide, high purity boron trioxide, high purity boron anhydride, boron anhydride, boron trioxide, boron trioxide 99.9% ✨✅ Ultra-high purity guarantee Selected 99.9% pure boron oxide (B₂O₃), low impurity content, to meet the strict requirements of laboratory and industrial grade, to ensure experimental accuracy and material stability. ✨✅ Properties: Boron oxide is white or translucent crystalline powder. It is hard and brittle, slightly bitter and hygroscopic. Dissolve in alcohol and glycerin, slowly dissolve in 30 parts cold water or 5 parts boiling water. ✨✅ Safe packaging & convenient specifications - Moisture-proof sealed aluminum foil bag + reinforced outer box, anti-leakage and anti-caking, worry-free transportation - Flexible specifications: 100g/500g/1kg/5kg, to meet the needs of individual experiments to mass production ✨✅ Product Application Boron oxide can be widely used as a flux in silicate decomposition, dopant of semiconductor materials, acid catalyst in organic synthesis, refractory additive for paint and raw materials for preparing elemental boron and a variety of borides, etc. High purity boron oxide (>99.999%) is a liquid sealing agent for manufacturing three-V compound semiconductors (such as gallium arsenide, gallium phosphide, indium arsenide). In recent years, with the rapid development of the LED industry, the production of gallium arsenide as its substrate material is increasing, and the demand for high-purity boron oxide is also increasing. ✨Why choose our boron oxide powder? This product is purified by an advanced process and ISO certified quality control ensures the purity and consistency of each batch of B₂O₃ powder. Fine and uniform particle shape (size can be customized), easy to dissolve or mix, significantly improve your experimental efficiency or production process.
✨Product Introduction: Boron trioxide, boron oxide is also known as "boric acid anhydride". The chemical formula B₂O₃ dissolves in hot water and only slightly dissolves in cold water. Form boric acid in water. Form volatile metaborate in hot water vapor. In the molten state, a variety of metal oxides can be dissolved to obtain colored boron glass. Alkali metals, magnesium and aluminum can reduce it to boron. In order to obtain high purity boron oxide, high purity boric acid must be prepared first. The preparation methods of high purity boric acid mainly include recrystallization, ion exchange, esterification and hydrolysis, membrane separation, electrochemical method and adsorption method.
✨Product parameters: CAS:1303-86-2 Molecular formula :B₂O₃ Molecular weight :69.62 Surface area :7.13(m2/g) Density :2.46(g/cm3)(crystal) Melting point :450℃(crystallization)
✨Typical application scenarios: 🔬 Laboratory research: synthesis of borate, preparation of special glass, development of high temperature coating 🏭 Industrial production: optical glass, ceramic glaze, refractory additives ⚙️ Electronic field: integrated circuit packaging materials, electronic component protection layer 🔬1) High purity boron trioxide can be used in metallurgy, silicate analysis to determine silica and alkali; 🔬2) High purity boron trioxide can be used as a flux in silicate decomposition; 🔬3) High purity boron trioxide can be used as dopant for semiconductor materials; 🔬4) High purity boron trioxide can be used for blow pipe analysis; 🔬5) High purity boron trioxide can be used as catalyst for organic synthesis, additives for high-temperature lubricants; 🔬6) can be used for the preparation of elemental boron and fine boron compounds, the manufacture of high quality boron glass, optical glass, heat-resistant glass and glass fiber, etc., in the metallurgical industry for the production of alloy steel; 🔬7) can be used as heat-resistant glass ware and paint additives; 🔬8) High purity boron trioxide can be used as a laboratory chemical reagent; 🔬9) High purity boron trioxide can be used in the development of new materials.
✨Package storage This product is packed in anti-static bag or vacuum aluminum foil by default. After receiving the product, it should be sealed and stored in a dry and cool environment away from light to avoid affecting the use effect.
✨Safety tips: This product is a chemical material, please wear protective equipment (gloves, goggles) when using, avoid direct contact with the skin or inhalation of dust. Store in a cool, dry place away from children and flammable objects.