Kiselkarbidplatta ger exceptionell styrka och termisk stabilitet

Silicon Carbide Plate is an impressively diverse ceramic with multiple applications. It can be found in cutting wheels and grinding wheels for abrasive purposes as well as refractory materials and everyday ceramics; with a low coefficient of thermal expansion and corrosion-resistance.

Military armor plates commonly employ carbon fiber to shield personnel against various threats, including bullets, armor-piercing rounds and high velocity fragments. Carbon fibre is one of the hardest known materials and offers protection against bullets, armor-piercing rounds and high velocity fragments.

Hög hållfasthet

Silicon carbide boasts flexural strengths of 400 MPa and can withstand high levels of impact, making it the ideal material for protective body armor against ballistic threats without compromising agility or mobility. These properties make silicon carbide ideal for body armour that allows soldiers to operate safely in hostile environments while remaining agile and mobile.

Silicon carbide plates not only feature superior mechanical strength, but are also highly heat resistant. Solid-phase sintered silicon carbide remains strong at temperatures as high as 1400 degC, making it suitable for applications including mechanical seals and pump parts as well as semiconductor processing equipment as it boasts superior chemical resistance and hardness properties.

Kerui provides a broad selection of sintered and reaction-bonded silicon carbide refractory plates designed to meet the requirements of various industries. Our products are produced through hot pressing, hot isostatic pressing (HIP), and reaction-bonded sintering processes in order to achieve maximum purity and mechanical strength in our final products.

Excellent Thermal Stability

Silicon Carbide plate maintains its mechanical properties even at elevated temperatures, making it an ideal component for applications involving extreme thermal environments. Furthermore, SiC has excellent chemical corrosion resistance – vital when dealing with fluid control systems handling potentially corrosive liquids and gases – and an extremely low thermal expansion coefficient, helping minimize deformation due to temperature variations.

Silicon carbide is widely recognized for its superior hardness and wear resistance, which makes it a prime material for creating cutting tools, grinding wheels, wear-resistant components and wear-resistant components. Furthermore, silicon carbide features superior electrical properties making it suitable for use in power devices like semiconductors and power transistors.

SiC plates are increasingly being utilized as ballistic protection solutions by the military and law enforcement personnel, due to their exceptional hardness, lightweight nature, and multi-threat protection capabilities. SiC is also widely utilized as part of protective gear worn on armored vehicles or as protective accessories such as vests.

High Purity

Silicon Carbide plates are non-toxic and non-corrosive materials, making them an excellent choice for use in diverse environments. Not only are they resistant to extreme temperatures, they can withstand chemical corrosion damage as well. Furthermore, cleaning them is easy and they require less wear-and-tear maintenance than many other materials.

Solid-phase sintered silicon carbide stands out as one of the more heat-resistant ceramics on the market, maintaining strength at temperatures up to 1400degC without loss in strength or functionality. This makes it particularly suitable for high temperature industrial processes involving semiconductor processing equipment where components like RTP and oxide etch chamber components could benefit.

SIC trays, also known as ICP etching carriers, are essential tools for silicon CVD and plasma sputtering processes. Their durability and performance help to ensure a safe, efficient process while their chemical resistance and high level of electrical conductivity make them suitable for advanced electronics applications. SAM provides several varieties of silicon carbide options with high purity choices available upon request as well as customizable versions.

Lättvikt

Silicon Carbide plates provide high levels of strength while remaining considerably lighter than other materials, facilitating construction while decreasing equipment load, while offering exceptional stability during high temperature environments.

Silicon carbide (SiC), in contrast to materials such as aluminum oxide which offer superior hardness but are significantly denser, stands out by offering both performance and cost effectiveness in equal measures. SiC is widely utilized across a variety of applications because of this performance-to-cost balance.

Silicon carbide refractory plates can be utilized in blast furnaces to extend kiln longevity while acting as a crucible for iron and steel smelting, serving also as immersed thermocouple tips used to measure temperatures in electric furnaces.

SiC is also used extensively by military and law enforcement personnel as part of ballistic protection systems, providing essential protection from bullets and shrapnel. Ballistic protection plates frequently include silicon carbide combined with other high-strength materials like boron carbide or Kevlar for maximum durability and protection.