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Silicon carbide (SiC) is a lightweight ceramic material with high strength properties comparable to diamond. It has high thermal conductivity, low thermal expansion, thermal shock resistance, oxidation resistance, and corrosion resistance. Silicon carbide is an excellent ceramic raw material for applications requiring good erosion and abrasive resistance.
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SiC Heat Exchanger Tube & Tube Sheet Core for Shell & Tube UnitsSilicon carbide heat exchange tube & tube sheet, core of shell-and-tube exchangers, transfers heat between fluids of different temps. -
Silicon Carbide Ceramic Shaft Sleeve for Engines Motors ReducersThe Silicon Carbide Shaft Sleeve is installed between bearing and shaft in rotating devices like engines, motors, reducers, and pumps, reducing friction, wear, and extending lifespan. -
Heavy-Duty SiC Ceramic Pump Shaft for Harsh ConditionsThe SiC shaft, crafted from high-purity powder, excels in mechanical properties & chemical stability, ideal for harsh conditions like high temp, corrosion, & heavy loads. -
High-Hardness SiC Grinding Balls Precision Bearing BallsHigh-hardness SiC balls, wear, heat & corrosion-resistant, ideal for ultra-fine grinding & high-precision ball bearings. -
Wear-Resistant SiC Ceramic Bolt & Screw FastenersHigh-Strength Silicon Carbide Bolt, wear & corrosion-resistant, fastens parts securely, ideal for high-temp & harsh environments. -
V/O-Shape Core SiC Lined Ball ValveSiC Ball Valve Core, V/O-shaped, high-strength, wear & corrosion-resistant, widely used in machinery, petrochemicals, for precise flow control & pipeline switching. -
igh-Efficiency Silicon Carbide Vacuum Chuck for Solar CellsThe silicon carbide vacuum chuck, featuring small holes connected to a vacuum pump, generates a pressure difference to securely absorb thin, light items like wafers, chips, and solar cells. -
1700°C Max Mosi2 U/W-Shape Heating Element Resistant to OxidationThe Mosi2 Heating Element, made of high-purity molybdenum disilicide, forms a protective quartz layer at high temperatures in oxidizing atmospheres, enabling use up to 1800°C (500-1700°C typical), ideal for sintering and heat treating ceramics, magnets, glass, metallurgy, and refractories. -
Silicon Carbide Ceramic Cone Liner for Metallurgy & Chemical PipelinesHigh-hardness Silicon Carbide Cone Liner, wear & corrosion-resistant, ideal for harsh powder & liquid pipelines in metallurgy, chemicals, & power industries.
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