Abrasion Resistant Orange Woven Silica Fabric is a mechanically reinforced high-temperature textile designed for applications requiring both thermal protection and enhanced surface durability. Featuring a dense woven construction and high-visibility orange finish, this silica fabric provides reliable heat resistance while improving abrasion performance in demanding industrial environments. It is commonly used for removable insulation jackets, protective heat shields, welding covers, and industrial equipment barriers where repeated handling and mechanical wear occur.
Aluminized Silica Fabric for High Temperature Protection is a high-performance thermal barrier material made from 96% silica fiber cloth laminated with a reflective aluminum foil surface. This aluminized silica fabric combines excellent high-temperature resistance with radiant heat reflection, providing enhanced thermal protection in extreme industrial environments. It is widely used for heat shields, welding curtains, exhaust insulation panels, and fire-resistant barriers where both insulation and reflective heat protection are required.
Silicone Coated Silica Fabric is a high-temperature insulation cloth manufactured from 96% silica fiber fabric with a durable silicone rubber coating. Designed for extreme heat and flame exposure environments, this silicone coated silica cloth provides enhanced abrasion resistance, waterproof protection, and improved molten splash durability compared to uncoated silica fabric. It is widely used for welding blankets, fire curtains, removable insulation jackets, and industrial thermal barriers requiring reliable fire-resistant performance.
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.