Woven Silica Fabric, also known as High Silica Fabric or simply Silica Fabric, is a high-performance heat-resistant textile made from ≥96% pure silica fibers. It is engineered to withstand extreme temperatures and harsh environments, making it an essential material in industries requiring advanced thermal protection.

Key Properties & Performance

• Extreme Heat Resistance – Withstands continuous temperatures up to 1,800°F (982°C) and short-term exposure to 3,000°F (1,650°C).
• Fireproof & Flame-Resistant – Does not ignite, melt, or burn when exposed to flames or sparks.
• High Strength & Flexibility – Maintains its integrity even under mechanical stress, bending, or draping.
• Chemical & Abrasion Resistance – Resists most acids, alkalis, and thermal degradation.
• Low Thermal Conductivity – Excellent insulation properties reduce heat transfer.

Applications

1. Welding Protection – Used in welding blankets, curtains, and drapes to protect workers and equipment from sparks and molten metal splashes.
2. Industrial Insulation – Applied in furnace linings, heat shields, and high-temperature insulation wraps for pipes and ducts.
3. Aerospace & Defense – Utilized in thermal shielding for spacecraft, jet engines, and fireproof barriers.
4. Fire & Smoke Barriers – Serves as an essential component in fire blankets, fire doors, and emergency rescue gear.
5. Foundries & Metal Processing – Provides thermal protection in steel mills, aluminum plants, and glass manufacturing.

Proving Fireproof Performance

Case Study 1: Welding Safety
A heavy-duty welding facility replaced traditional fiberglass welding curtains with woven silica fabric due to frequent burns and damage. The new curtains withstood direct exposure to molten metal at 2,500°F (1,370°C) without igniting, providing superior fire protection.

Case Study 2: Aerospace Thermal Shields
In aerospace applications, High Silica Fabric is used to create fireproof barriers around jet engines and heat-sensitive components. A test conducted by a leading aerospace company confirmed that the fabric maintained structural integrity after exposure to extreme heat during engine tests, preventing fire propagation.

Case Study 3: Fire Blankets in Industrial Plants
An industrial facility adopted silica fire blankets for emergency response. During a real fire incident, workers successfully smothered flames using the fabric, preventing fire spread and damage to machinery.

Conclusion

Woven Silica Fabric is 100% fireproof, offering unmatched high-temperature resistance, flame protection, and durability. Its proven performance in real-world industrial, aerospace, and safety applications makes it the go-to material for extreme heat protection.