Silicon Carbide Fiber Cloth

Description: Silicon carbide (SiC) Fiber Cloth is a high-performance composite material, typically composed of silicon carbide (SiC) fibers and a matrix material, with excellent properties such as high-temperature resistance, corrosion resistance, and oxidation resistance. It is mainly used in fields that require exposure to high-temperature environments, such as aerospace, automotive, electronics, and high-temperature industrial equipment. Feature:Ultra-High Temperature Stability: Its most prominent feature. SiC fiber fabric can operate long-term in inert atmospheres at 1200°C - 1400°C, and withstand short-term exposure at 1600°C or higher – far exceeding traditional glass and aramid fibers.Exceptional Oxidation Resistance:  In high-temperature air environments, it forms a dense protective silica layer, preventing further internal oxidation. Thus, its performance in high-temperature oxidizing atmospheres far surpasses that of carbon fiber.High Strength and High Modulus:  Possesses high tensile strength and elastic modulus, effectively reinforcing composites.Excellent Chemical Corrosion Resistance:  Demonstrates strong resistance to acids, alkalis, and other chemicals.Good Radiation Resistance:  Stable performance in nuclear radiation environments.Moderate Thermal/Electrical Conductivity:  Conductivity (typically exhibiting semiconductor properties) can be adjusted via composition and processing as needed. Application: Aerospace:Reinforcement material for hot-section components in aero-engines (e.g., nozzles, combustor liners, turbine shrouds) in Ceramic Matrix Composites (CMCs).Leading edges and thermal protection systems for hypersonic vehicles.Thermal management and structural components for satellites and space probes.Nuclear Industry: Reinforcement for key components (e.g., fuel cladding, reflectors, control rods) in nuclear reactors (especially Gen-IV and fusion reactors) within SiC/SiC composites, due to superior radiation resistance and high-temperature stability.Military & Defense: Missile and rocket engine nozzles and casings.Armor materials.Industrial Sector: High-temperature gas filtration materials (e.g., for processing hot flue gases).High-performance brake pads.Insulation materials or reinforcements for high-temperature furnaces and kilns.Hot-zone components in semiconductor manufacturing equipment. Specification:CodeFiber TypeWeaveWarp and Weft DensityEnds/cmWeightg/m2ThicknessmmWarpWeftWarpWeftZR-200-P-185Zeralon200Zeralon200Plain99185±100.19±0.02ZR-200-P-205Zeralon200Zeralon200Plain1010205±100.20±0.02ZR-200-T-185Zeralon200Zeralon200Twill99185±100.19±0.02ZR-200-T-205Zeralon200Zeralon200Twill1010205±100.20±0.02ZR-200-S-185Zeralon200Zeralon200Satin99185±100.19±0.02ZR-S20-P-185ZeralonS20ZeralonS20Plain99185±100.19±0.02ZR-S20-P-205ZeralonS20ZeralonS20Plain1010205±100.20±0.02ZR-S20-T-185ZeralonS20ZeralonS20Twill99185±100.19±0.02ZR-S20-T-205ZeralonS20ZeralonS20Twill1010205±100.20±0.02ZR-S20-S-185ZeralonS20ZeralonS20Satin99185±100.19±0.02ZR-201-P-290Zeralon201Zeralon201Plain77290±200.23±0.02ZR-201-T-290Zeralon201Zeralon201Twill77290±200.23±0.02*Specific products could be made according to customers’requirements.  Related Products