Ceramic fiber shaped parts are complex refractory and thermal insulation products manufactured via vacuum forming technology with ceramic fibers as the primary raw material. Compared with conventional flat boards or modules, ceramic fiber shaped parts can perfectly fit equipment structures and deliver precise thermal insulation protection. They are widely used in high-temperature environments across aerospace, metallurgy, chemical engineering, energy and other industries.
Temperature resistance range: 1000℃ to 1900℃ (adjustable based on material formulations)
Low thermal conductivity: 0.12~0.25 W/(m·K) at 1000℃, effectively cutting heat loss
Low heat capacity: Enables rapid heating and cooling to boost equipment energy efficiency
Modulus of rupture: 1.0~5.0 MPa
Good thermal shock resistance: Tolerates drastic temperature fluctuations
Dimensional stability: High-temperature shrinkage rate less than 1.5%
Complex geometric shapes: Processable into cylinders, cones, special-shaped flanges, porous structures, etc.
High dimensional accuracy: Tolerance controlled within ±0.5 mm
Lining for melting troughs: Special surface treatment prevents metal penetration
Casting risers: Optimized tapered design minimizes heat loss
Liquid collection & runner troughs: Integrally formed without joints to eliminate leakage risks
Sight window assemblies: Multi-layer composite structure balancing clear observation and heat insulation
Thermowell modules: Precisely controlled apertures guarantee accurate temperature measurement
Furnace door sealing systems: Special edge profiles for complete air tightness
High-temperature connection gaskets: Custom-machined for various irregular flange joints
Thermal expansion compensation components: Graded density design adapts to diverse working conditions
Vibration isolation assemblies: Optimized fiber orientation for superior shock absorption
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