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Boron carbide is produced through high-temperature smelting of boracic acid and carbonaceous materials in electric furnaces. It boasts a theoretical density of 2.52g/cm3, a melting point of 2450°C, and a micro hardness of 4950kgf/mm2. Its exceptional hardness, second only to diamond and cubic boron nitride, coupled with its high temperature resistance, acid-alkali corrosion resistance, high strength, chemical stability, and lightweight, make it an ideal material across various industries.
Company Profile
White fused alumina product display
White fused alumina production process
Brown fused alumina product display
Pink fused alumina production process
Brown fused alumina production process
Zirconia alumina product display
Black silicon carbide product display
Black silicon carbide processing
Green silicon carbide product display
Green Silicon Carbide Production Process
Chromite sand product display
Chromite sand production process
Tabular alumina product display
Ceramic foundry sand product display
Ceramic foundry sand production process
Glass beads product display
Glass beads production process
Boron carbide
Bubble alumina
Sandblasting application
Casting process
Pink aluminum oxide or ruby aluminum oxide is made by aluminum oxide powder, which is electrically fused at high-temperature by adding appropriate amount of chromium oxide, etc.
Chromite foundry sand, with its main chemical component Cr2O3, boasts thermal stability, high thermal conductivity, and excellent resistance to alkali slag.
Glass beads, produced from crushed glass and flat glass materials, are processed into spherical shapes through high-temperature melting.
White fused alumina is produced from high-quality aluminum oxide powder, refined and crystallized through electric arc smelting.
Fused Alumina
Use in many different industries such as abrasives, refractories, sandblasting etc.