Silicon hexaborate is a high-performance compound that has attracted attention for its unique physical and chemical properties. It has high hardness, high melting point, and excellent resistance to oxidation, thermal shock, and chemical erosion, especially exhibiting excellent strength and stability under thermal shock. These characteristics make silicon hexaborate have broad application prospects in fields such as aerospace, automotive industry, and chemical industry. In addition, the grinding efficiency of silicon hexaborate is higher than that of boron carbide, further enhancing its value in industrial processing. Overall, silicon hexaborate is a highly promising material, and its application in multiple fields will continue to drive the development of related industries.
Purity: ≥ 99.99%
Particle size: D50=1-3um
CAS: 12008-29-6
Silicon Hexaboride (SiB₆) powder stands out for its extraordinary hardness, making it an ideal candidate for applications that demand high abrasion and wear resistance. Its unique crystalline structure, combining silicon and boron atoms, results in a material with high mechanical strength and superior resistance to surface degradation. This makes it particularly advantageous in the manufacturing of cutting tools, wear-resistant coatings, and mechanical seal components that operate under harsh friction conditions.
One of the most compelling benefits of SiB₆ powder is its outstanding thermal stability. It remains structurally stable at elevated temperatures, often exceeding 2000°C, without significant degradation. This property makes it a preferred material for refractory components, furnace linings, and thermoelectric applications. In addition, its chemical inertness in oxidizing and reducing environments ensures reliable performance in corrosive atmospheres — including applications involving molten metals, slags, or aggressive gases.
Unlike many ceramics, Silicon Hexaboride offers good electrical conductivity, especially at high temperatures. This property allows it to be utilized in semiconducting ceramics, electrical heating elements, and electrodes used in high-temperature furnaces. The combination of conductivity and thermal stability gives SiB₆ a strategic edge in environments where traditional ceramics would fail due to thermal shock or electrical insulation breakdown.
SiB₆ provides an excellent strength-to-weight ratio, owing to its low density and high modulus of elasticity. This characteristic is highly valuable in aerospace and defense-related ceramic composites, where reducing weight without compromising durability is critical. The material is also being explored in armor systems and lightweight structural components for high-performance vehicles.
Due to its boron content and neutron absorption capabilities, SiB₆ is being actively evaluated for nuclear shielding and fusion energy systems. Additionally, its compatibility with other boride-based and carbide-based ceramics makes it a viable reinforcing agent in metal matrix composites (MMCs) and ceramic matrix composites (CMCs) designed for energy-efficient systems.
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