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Exceptional Thermal Stability and High-Temperature Resistance
High silica cloth delivers extraordinary thermal stability, retaining structural integrity where conventional fabrics disintegrate—thanks to its engineered silica-based composition optimized for extreme thermal environments.
Sustained vs. Short-Term Heat Endurance: 982°C (1800°F) Continuous vs. 1649°C (3000°F) Peak Performance
96–98% Silica Content: The Structural Foundation for Phase Stability and Creep Resistance
Unmatched Fire Safety: Non-Combustibility and Passive Fire Shielding
ASTM E84 Class A Rating and Zero Flame Spread — Why High Silica Cloth Is Trusted in Critical Barriers
Real-World Molten Metal Splash Protection: How High Silica Cloth Maintains Integrity Under Extreme Thermal Shock
Superior Insulation Efficiency Due to Low Thermal Conductivity
0.13 W/m·K at 815°C: Outperforming Ceramic Fiber Blankets and Fiberglass in Heat Flow Suppression
Retained Flexibility and Long-Term Durability Under Repeated Thermal Cycling
FAQ
What is high silica cloth?
High silica cloth is a specialized fabric made primarily of silica, designed for high thermal and fire resistance.
What temperatures can high silica cloth withstand?
It can endure continuous temperatures of 982°C (1800°F) and peak temperatures up to 1649°C (3000°F).
Is high silica cloth non-combustible?
Yes, it is non-combustible and serves as a passive fire shielding material.
How does high silica cloth compare to other materials in terms of thermal insulation?
High silica cloth has superior insulation efficiency with a low thermal conductivity of 0.13 W/m·K at 815°C, outperforming other materials like ceramic fiber blankets and fiberglass.