Silicon Carbide (SiC) plates can be an ideal solution for many different applications, with their high resistance to damage and thermal stability providing significant cost savings and performance enhancements.
SiC plates can be manufactured through various manufacturing methods, such as recrystallization, sintering and reaction bonding. Each type offers specific stiffness and temperature stability options.
High Temperature Resistance
Silicon carbide plates are versatile materials with incredible properties that find use in diverse areas. Their hard, heat resistant surface makes them indispensable to industries like manufacturing and defense, among others.
Recrystallized Silicon Carbide Plate can withstand high temperatures and rapid cycling without cracking, making them perfect for semiconductor diffusion furnaces, aluminum smelting operations and ceramic applications. Furthermore, these plates resist corrosion while remaining stable under thermal shock – further decreasing downtime while increasing equipment lifecycle.
High Strength
Silicon carbide plates are like superheroes among materials: strong and resistant to extreme temperatures and acids, they make ideal tools for tough applications in industries like manufacturing, defense, and electronics.
Tough and durable rubber is often employed in hot machines for making ceramics and glass, protecting soldiers in armored vehicles, or creating computer chips without cracking under pressure. Their toughness allows them to withstand impact as well as heavy wear without damage occurring to them or their machinery.
ACM provides high-quality silicon carbide plate, sheet, and disc products featuring sintered, reaction-bonded and recrystallized processes for your use. We have hardness options, thermal stability profiles and chemical resistance properties tailored specifically for you based on your application needs.
High Durability
Silicon carbide plates have an unmatched combination of hardness, strength, and durability that enables them to withstand extreme temperatures, harsh chemicals, or heavy wear and tear.
These hard plates find use in applications ranging from cut-off wheels and grinding wheels, refractory materials, ceramic coatings (e.g. enamel and electrical insulation) and blast furnace lining for aluminum smelting, to nozzles and blast furnace lining to protect them against thermal shock when temperatures fluctuate rapidly and provide thermal shock resistance against cracking due to frequent temperature shifts.
Choose sintered silicon carbide for strength or reaction-bonded options for versatility, then select your size, geometry, and surface features.
High Resistance to Corrosion
Silicon carbide plate’s excellent corrosion-resistance helps safeguard chemical environments against contamination, thus minimizing downtime and equipment failure – leading to decreased costs for your business.
Silicon carbide plates are industry superheroes. Able to withstand extreme temperatures and chemicals with ease, they offer maximum resistance against corrosion, oxidation and erosion for maximum durability – perfect for iron and steel processing systems, kiln shelves/furniture/furnaces, shot blast nozzles and military armor applications. Incredibly lightweight yet strong ceramic pieces improve handling for efficient operations while being highly conductive at extreme temperatures; making them the ideal heating and cooling solutions.
High Chemical Resistance
Silicon carbide plates excel at meeting increasingly stringent performance standards in demanding environments, making them a top choice.
These super-durable flat ceramic pieces serve as heroes for industries that demand durability, such as semiconductor manufacturing or ballistic armor production. Their super tough ceramic construction can withstand temperatures hotter than lava while enduring harsh chemical environments.
These plates have the capacity to withstand thermal shock without cracking, which makes them essential components in semiconductor diffusion furnace and aluminum smelting processes. Furthermore, these non-toxic plates resist corrosion and erosion even in acidic or alkaline environments and offer corrosion and erosion resistance in acidic or alkaline environments. They’re non-toxic and inert making them safe to use across many applications.
High Resistance to Wear
Silicon carbide plates are like superheroes in this regard – tough enough to withstand even the harshest environments, while providing excellent heat management. Their super hard surface resists extreme temperatures and chemicals that would destroy most ceramics; making them the go-to material for defense armor, pottery making, and high temperature furnace lining applications.
Advanced Ceramics Hub offers customized solutions to meet specific industry needs, including hot press, HIP and reaction-bonded sintering of plates. Solid plates, round hole plates with square holes or mesh patterns as well as edge types and surface finishes are also available to meet industry specifications.
English 
German 
French 
Swedish