Texturized Silica Fiber Cloth is a high-temperature insulation fabric made from 96% silica fiber yarn that has been texturized to increase thickness and thermal performance. Available in thicknesses ranging from 0.8 mm to 6 mm, this thick silica cloth offers enhanced heat resistance, improved insulation efficiency, and excellent dimensional stability under extreme temperature exposure. It is widely used for welding blankets, furnace insulation, exhaust heat shielding, and industrial thermal barrier applications requiring reliable high-temperature protection.
Vermiculite Coated Silica Fiber Cloth is a high-temperature insulation fabric made from 96% silica fiber cloth with a protective vermiculite coating. Designed for extreme heat and molten metal environments, this fabric provides enhanced spark resistance, improved surface durability, and superior thermal stability compared to uncoated silica cloth. It is widely used for welding blankets, fire curtains, furnace insulation barriers, and molten splash protection in demanding industrial applications.
Fireproof 96% Silica Fibre Cloth is a high-temperature insulation fabric manufactured from high-purity silica fibers containing over 96% SiO₂. Designed for extreme heat environments, this silica cloth provides excellent thermal stability, low shrinkage, and outstanding resistance to radiant heat and flame exposure. Suitable for welding blankets, fire curtains, furnace insulation, and molten metal protection, 96% silica fibre cloth delivers reliable fire protection and long-term performance in demanding industrial applications.
High Temperature Textile 70% Silica Fibre Cloth is a heat-resistant industrial fabric designed for medium to high temperature insulation applications. With approximately 70% silica content, this textile offers reliable thermal stability, good mechanical strength, and cost-effective fire protection for general industrial environments. It is widely used for welding protection, equipment insulation covers, heat-resistant curtains, and exhaust-adjacent shielding where stable high-temperature performance is required without ultra-high silica composition.