Material | 96% Silica | |
Temperature Resistance |
Long-term Softening point 1700°C (3092°F) |
|
Weight | 140gsm To 3000gsm | |
Thickness | 0.6mm To 15mm, Or Customized | |
Color | Yellow. |
High Silica Fiberglass Fabric is woven from high silica sand with a silica content of 96%.
The silica fabric has excellent performance of continuous temperature resistant up to 1000 ℃, softening point up to 1700 ℃, high-temperature resistance, stable chemical properties, and acid resistance.
High silica cloth is an adaptable textile created to change asbestos textiles in welding and tension alleviation applications that need defense from warm or liquified steel.
Heaterk silica textiles are perfect for requiring temperature-level application throughout the commercial insulation market.
Heaterk is a silica fabric manufacturer in China, offering the highest quality high, performance high silicone fabrics; we would love to hear from you.
The high silicon oxide cloth has a high purity Sio2 content of more than 96%, which has heat resistance characteristics.
The high-silica fabrics submitted by Heaterk to the ASTM organization can be used continuously at 1000℃ under the standard test environment (ASTM-E84), the instantaneous heat resistance temperature can reach 1400℃, and the softening point is close to 1700℃.
The silica fabrics comprises high-strength, high-purity 96% amorphous silica fiber, does not contain asbestos and harmful gas, and adopts high-density plain or twill weaving technology non-irritating to the human body and ensures the safety of your business and personnel.
High silica cloth is a heat-resistant and soft particular crystal fiber fabric, which has the characteristics of high strength and easy processing.
Excellent softness makes silica cloth easy to cut and sew into fireproof clothing, blankets, curtains, etc.
Silica glass fabrics has the advantages of low thermal conductivity, good chemical stability, good electrical insulation performance, low thermal shrinkage, and good sound insulation performance. It can play a better substitute role in the use scenario of glass fiber failure.
High-silica fabrics have the same excellent fiber properties as glass fibers and will not expire.
The performance of the fiber at room temperature will remain the same with time, which is convenient for long-term storage and use.