Silica Fibre Cloth 1000°C

Vitcas Silica Cloth is an exceptional product manufactured using a satin weave from premium quality silica fibers. Designed to withstand extreme heat and demanding conditions, this cloth offers remarkable performance in a variety of applications. With a high maximum continuous service temperature of 1,000°C /1,800°F, outstanding abrasion resistance, and impressive tensile strength, Vitcas Silica Cloth is the ideal choice for industries requiring reliable and durable materials.

Benefits:

• Exceptional Heat Resistance: With a maximum continuous working temperature of 1,000°C /1,800°F, Vitcas Silica Cloth ensures reliable performance even in the most extreme high-temperature environments.
• Superior Abrasion Resistance: The cloth's high abrasion resistance guarantees long-lasting durability, making it an excellent choice for applications that involve constant wear and friction.
• Impressive Tensile Strength: Vitcas Silica Cloth boasts high tensile strength, ensuring it can withstand heavy loads and maintain structural integrity even under challenging conditions.
• Highly Flexible: Despite its robust nature, this cloth remains highly flexible, enabling easy handling and installation in various applications.

Applications:

• Filtration of Molten Metals: Vitcas Silica Cloth is an excellent choice for filtration systems used in the processing of molten metals. Its heat resistance and filtration properties make it effective in capturing impurities and ensuring the purity of the final product.
• High-Temperature Dust Collection Filters: The exceptional heat resistance of Vitcas Silica Cloth makes it ideal for use in high-temperature dust collection systems. It effectively captures fine particles and prevents their release into the surrounding environment, ensuring a clean and safe workspace.
• Firefighting Equipment (e.g., Fireproof Wear): Vitcas Silica Cloth finds its application in fire fighting equipment, particularly in the production of fireproof wear. The cloth's high temperature resistance and durability make it suitable for manufacturing flame-resistant clothing, providing essential protection for firefighters and other professionals working in hazardous environments.