Products and Applications
Ceramic components made of HuaCera® SiC have a proven track record of exceptional performance over decades of use, and the applications of this high-performance material continue to expand. Huashuo Advanced Ceramics has built a diversified product portfolios of light-weighted silicon carbide mirrors and optical structural components, silicon carbide components for semiconductor equipment, Fluid Control Silicon Carbide Components, silicon carbide components for automotive thermal management, silicon carbide components for high-temperature equipment, silicon carbide components for wear-resistant equipment, and silicon carbide bulletproof components. These products are widely used in industries and fields such as automotive, aerospace, semiconductors, new energy, nuclear energy, chemical and pharmaceutical industries, bulletproof armor protection, and mining machinery.
Light-weighted Silicon Carbide Mirrors and Optical Structural Components
HuaCera® silicon carbide features an extremely low porosity, a uniform and dense fine grain structure, light density, and a purity greater than 99.9%. Compared to traditional mirror materials, silicon carbide offers superior mechanical properties, thermal performance, and optical processing capabilities. It...
Silicon Carbide Components for Semiconductor Equipment
HuaCera® silicon carbide features an extremely low porosity, a uniform and dense fine grain structure, light density, and a purity greater than 99.9%. Compared to traditional mirror materials, silicon carbide offers superior mechanical properties, thermal performance, and optical processing capabilities. It...
HuaCera® silicon carbide matches the thermal expansion coefficient of silicon, featuring high elastic modulus, high stiffness, chemical inertness, extremely high wear resistance, and dimensional thermal stability. It uses low-cost forming methods such as dry pressing and cold isostatic pressing while...
Fluid Control Silicon Carbide Components
HuaCera® silicon carbide features an extremely low porosity, a uniform and dense fine grain structure, light density, and a purity greater than 99.9%. Compared to traditional mirror materials, silicon carbide offers superior mechanical properties, thermal performance, and optical processing capabilities. It...
HuaCera® silicon carbide matches the thermal expansion coefficient of silicon, featuring high elastic modulus, high stiffness, chemical inertness, extremely high wear resistance, and dimensional thermal stability. It uses low-cost forming methods such as dry pressing and cold isostatic pressing while...
HuaCera® silicon carbide, with its excellent performance, is widely used in various demanding fluid handling applications such as chemical pharmaceuticals, refining, mining, pulp and paper processing, mixers, and refrigeration systems. Its robust and durable characteristics make it an ideal choice for...
SiC components for auto thermal management
HuaCera® silicon carbide features an extremely low porosity, a uniform and dense fine grain structure, light density, and a purity greater than 99.9%. Compared to traditional mirror materials, silicon carbide offers superior mechanical properties, thermal performance, and optical processing capabilities. It...
HuaCera® silicon carbide matches the thermal expansion coefficient of silicon, featuring high elastic modulus, high stiffness, chemical inertness, extremely high wear resistance, and dimensional thermal stability. It uses low-cost forming methods such as dry pressing and cold isostatic pressing while...
HuaCera® silicon carbide, with its excellent performance, is widely used in various demanding fluid handling applications such as chemical pharmaceuticals, refining, mining, pulp and paper processing, mixers, and refrigeration systems. Its robust and durable characteristics make it an ideal choice for...
HuaCera® high-performance silicon carbide feature extremely high resistance to friction and wear, comprehensive excellent chemical corrosion resistance, outstanding heat resistance, and superior thermal shock resistance. They operate normally in oil, water, process fluids, or...
SiC components for high-temperature equipment
HuaCera® silicon carbide features an extremely low porosity, a uniform and dense fine grain structure, light density, and a purity greater than 99.9%. Compared to traditional mirror materials, silicon carbide offers superior mechanical properties, thermal performance, and optical processing capabilities. It...
HuaCera® silicon carbide matches the thermal expansion coefficient of silicon, featuring high elastic modulus, high stiffness, chemical inertness, extremely high wear resistance, and dimensional thermal stability. It uses low-cost forming methods such as dry pressing and cold isostatic pressing while...
HuaCera® silicon carbide, with its excellent performance, is widely used in various demanding fluid handling applications such as chemical pharmaceuticals, refining, mining, pulp and paper processing, mixers, and refrigeration systems. Its robust and durable characteristics make it an ideal choice for...
HuaCera® high-performance silicon carbide feature extremely high resistance to friction and wear, comprehensive excellent chemical corrosion resistance, outstanding heat resistance, and superior thermal shock resistance. They operate normally in oil, water, process fluids, or...
For the most demanding high-temperature applications, HuaCera® sintered silicon carbide outperforms most metals, refractory materials, and other ceramics. The material's high thermal conductivity and low thermal expansion coefficient give it excellent thermal shock resistance, allowing...
SiC components for wear-resistant equipment
HuaCera® silicon carbide features an extremely low porosity, a uniform and dense fine grain structure, light density, and a purity greater than 99.9%. Compared to traditional mirror materials, silicon carbide offers superior mechanical properties, thermal performance, and optical processing capabilities. It...
HuaCera® silicon carbide matches the thermal expansion coefficient of silicon, featuring high elastic modulus, high stiffness, chemical inertness, extremely high wear resistance, and dimensional thermal stability. It uses low-cost forming methods such as dry pressing and cold isostatic pressing while...
HuaCera® silicon carbide, with its excellent performance, is widely used in various demanding fluid handling applications such as chemical pharmaceuticals, refining, mining, pulp and paper processing, mixers, and refrigeration systems. Its robust and durable characteristics make it an ideal choice for...
HuaCera® high-performance silicon carbide feature extremely high resistance to friction and wear, comprehensive excellent chemical corrosion resistance, outstanding heat resistance, and superior thermal shock resistance. They operate normally in oil, water, process fluids, or...
For the most demanding high-temperature applications, HuaCera® sintered silicon carbide outperforms most metals, refractory materials, and other ceramics. The material's high thermal conductivity and low thermal expansion coefficient give it excellent thermal shock resistance, allowing...
HuaCera® SiC is a dense submicron single-phase ceramic with high thermal conductivity, excellent corrosion and erosion resistance, and significant advantages in wear-resistant applications. Thanks to the technology accumulated and mastered over the years, HuaCera® silicon carbide is manufactured...
SiC Bulletproof Components
HuaCera® silicon carbide features an extremely low porosity, a uniform and dense fine grain structure, light density, and a purity greater than 99.9%. Compared to traditional mirror materials, silicon carbide offers superior mechanical properties, thermal performance, and optical processing capabilities. It...
HuaCera® silicon carbide matches the thermal expansion coefficient of silicon, featuring high elastic modulus, high stiffness, chemical inertness, extremely high wear resistance, and dimensional thermal stability. It uses low-cost forming methods such as dry pressing and cold isostatic pressing while...
HuaCera® silicon carbide, with its excellent performance, is widely used in various demanding fluid handling applications such as chemical pharmaceuticals, refining, mining, pulp and paper processing, mixers, and refrigeration systems. Its robust and durable characteristics make it an ideal choice for...
HuaCera® high-performance silicon carbide feature extremely high resistance to friction and wear, comprehensive excellent chemical corrosion resistance, outstanding heat resistance, and superior thermal shock resistance. They operate normally in oil, water, process fluids, or...
For the most demanding high-temperature applications, HuaCera® sintered silicon carbide outperforms most metals, refractory materials, and other ceramics. The material's high thermal conductivity and low thermal expansion coefficient give it excellent thermal shock resistance, allowing...
HuaCera® SiC is a dense submicron single-phase ceramic with high thermal conductivity, excellent corrosion and erosion resistance, and significant advantages in wear-resistant applications. Thanks to the technology accumulated and mastered over the years, HuaCera® silicon carbide is manufactured...
HuaCera® silicon carbide material has excellent properties that are particularly suitable for the production of lightweight composite bulletproof armor. It has extremely low porosity, a density exceeding 98% of the theoretical density, and very fine grains, with a particle size of less than 10 microns. It has extremely high hardness, compressive strength, and elastic modulus, providing excellent ballistic performance and the ability to withstand high-speed projectiles. It is suitable for use in body armor, transport aircraft, helicopters, land armored vehicles, and gunboats....