Unleash Unmatched Strength With Premium Silicon Carbide Plates

Silicon carbide plates are indispensable components of modern protective gear and armor, offering reliable yet hard-wearing protection from bullets, armor-piercing rounds and fragments. Their high hardness helps them withstand wear over time while providing multi-threat protection from bullets, armor-piercing rounds and fragments.

Body armor often incorporates synthetic fabrics as backing materials for body armor such as Kevlar (an aramid fiber) or ultra-high molecular weight polyethylene for maximum strength and flexibility, providing unparalleled strength while remaining lightweight and flexible. This combination creates superior strength while remaining light weight.

High-Strength Materials

Silicon Carbide (SiC) plates have become an indispensable element of modern armored vehicles and protective gear due to their remarkable hardness, lightweight nature, and multi-threat protection abilities. SiC is also widely acknowledged for being resistant against environmental degradation and mechanical stress – qualities which make it an excellent material choice in environments with severe demands on protection capabilities.

Sintering SiC powder at high temperatures produces dense and strong material with unparalleled durability, capable of being formed into complex shapes for use in industrial applications such as armored vehicle components, cutting tools, wear parts, etc. Furthermore, this material boasts excellent abrasion resistance, chemical resistance, thermal shock resistance, and fatigue resistance properties.

Sintering or reaction-bonded slip casting processes provide the optimal way to produce mechanical parts from SiC. This method results in dense ceramic-metal (“cermet”) composite parts consisting of boron carbide, in-situ-produced silicon carbide and residual metallic silicon that possess excellent mechanical properties.

SiC plates stand out from other ceramics in their strength and durability. Their unparalleled abrasion resistance withstands even heavy impacts from metal abrasives for extended performance while their low coefficient of thermal expansion ensures they retain their shape even under extreme temperature conditions.

Lightweight

Silicon carbide plates boast tight dimensional tolerances and low thermal expansion rates, making them an excellent choice for load-bearing applications that operate at higher temperatures. Due to these characteristics, silicon carbide plates make great bottom plate liners in heat treatment furnaces as well as other uses requiring materials that withstand stress and abrasion resistance.

These plates are constructed of an ultra-high molecular weight polyethylene (UHMWPE) material combined with super-hard Silicon Carbide ceramic, to offer uncompromising protection without increasing weight and increasing mobility. As a result, users remain mobile while being protected against even the harshest threats.

Silicon carbide stands out among ceramic materials as being tough and hard, retaining its strength even at extremely high temperatures, chemically inert, resistant to acids and alkalis attack, making it a highly sought-after material for use in refractory products such as wafer tray supports and paddles used in semiconductor furnaces as well as electrical components like resistance heating elements, voltage variable resistors (varistors) and thermistors. These characteristics have made silicon carbide an attractive ceramic choice used extensively for use in these products as well as electrical components like resistance heating elements, voltage variable resistors (varistors) and thermistors.

Our premium sanding grit is handcrafted from high-grade SiC for exceptional purity. Sifted multiple times and hand inspected to ensure only top-grade SiC is present, resulting in faster cutting times than aluminum oxide and lasting longer overall. Perfect for metal, stone and paint sanding!

Multi-Threat Protection

Silicon carbide (SiC), one of the hardest materials on Earth, boasts unparalleled strength and resilience against multiple threats – two qualities which make it an indispensable material for defense and security applications such as bulletproof armor or protective barriers and barricades.

SiC plates can also be found used to reinforce military vehicles like tanks, APCs and cars to enhance their protection from shrapnel, small arms fire, rockets and mortar shells. Furthermore, SiC is often integrated into helicopters and aircraft as components to shield crew members against hostile attacks.

silicon carbide plate is used in high-performance applications that demand superior durability and thermal stability, such as crucibles in the petrochemical and paper industries due to its resistance against corrosion and chemical attack. Furthermore, due to its low thermal expansion coefficient it allows it to retain structural integrity even at extreme temperatures reducing risk of damage or malfunctioning.

Silicon carbide ceramics’ exceptional hardness and durability makes it a suitable material for applications in harsh environments, including power plants or nuclear reactors. Their corrosion and oxidation resistance also makes it suitable for applications involving highly acidic gases or liquids – such as desulfurization processes in power plants or large boilers – such as desulfurization nozzles used during desulfurization process, such as large boiler nozzles. With high temperature tolerance tolerance and excellent chemical resistance characteristics, silicon carbide ceramics is also ideal for applications involving intense heating like furniture or electric heating elements.

Chemická odolnost

Sintered silicon carbide stands second only to diamond in terms of hardness and resistance to chemical attack at high temperatures, making it an excellent foundation material for many demanding industrial applications. Due to its superior mechanical, thermal, and chemical properties, sintered silicon carbide has become an integral component in modern armor protection as well as cutting tools and wear-resistant components.

Pressureless sintered silicon carbide plates offer excellent chemical resistance. Thanks to its atomic bonding and silica oxide barrier, its surface is impervious to most acids (including hydrochloric, sulfuric and hydrobromic acids), alkalis, and molten salts up to 1600oC – as well as resisting attacks by solvents and having superior thermal shock resistance than alumina.

Chemical purity and its ability to maintain strength at high temperatures make this material an ideal ingredient for wafer tray supports and paddles found in semiconductor furnaces, as well as crucial components found in electrical resistors known as thermistors and varistors. Furthermore, its superior strength and resilience enable its use as seal faces or wear plates.

we offer a selection of silicon carbide plate in standard and custom shapes, sizes and dimensions to meet the needs of your application. These silicon carbide plates can be found in armored vehicles, body armor and personal protective equipment as well as heavy-duty industrial and commercial uses such as hearth plates, recuperator tubes, pusher slabs, skid rails girders stringers brick lightweight kiln furniture including posts firing rings deck slabs etc.