Product Description

High-Silica Fabric

Product Description

High-Silica Fabric is manufactured from high-purity silica fibers containing over 96% SiO, making it one of the most effective materials for high-temperature thermal insulation and fire protection. The fabric is engineered to withstand continuous exposure to extreme temperatures while maintaining excellent mechanical strength, flexibility, and dimensional stability.

High-Silica Fabric offers exceptional resistance to molten metal splash, flames, sparks, chemicals, and thermal shock, making it ideal for demanding industrial environments. Due to its low thermal conductivity and superior insulating properties, it is widely used in industries such as foundries, shipbuilding, aerospace, power generation, petrochemicals, and welding protection.

Features

• Manufactured from over 96% silica fibers

• Excellent high-temperature resistance

• Continuous operating temperature up to 1000C

• Short-term exposure up to 1650C

• Superior resistance to molten metal splash

• Excellent flame and fire resistance

• Low thermal conductivity

• High tensile strength and flexibility

• Chemical and corrosion-resistant

• Non-asbestos and environmentally friendly

• Long service life with excellent dimensional stability

Applications

• Welding Blankets

• Fire Blankets

• Furnace and Boiler Insulation

• Expansion Joints

• Pipe and Valve Insulation

• Heat Shields

• Molten Metal Splash Protection

• Removable Insulation Jackets

• Industrial Safety Curtains

• Aerospace Thermal Insulation

• Shipbuilding Industry

• Petrochemical Plants

• Glass Manufacturing

• Power Plants

• Steel and Foundry Industries

Technical Specifications

Advantages

• Excellent protection against extreme heat and molten metal.

• Superior thermal insulation with minimal heat transfer.

• Highly durable with outstanding mechanical strength.

• Suitable for severe industrial operating conditions.

• Available in customized GSM, thickness, width, and roll lengths to meet specific application requirements.