Heat Treated Fiberglass Fabric
- Clean Surface for Coating Adhesion – Removes wax and organic residues for improved bonding with coatings.
- High Temperature Resistance – Base fabric withstands continuous service temperatures up to 550°C–600°C (1022°F–1112°F).
- Low Smoke & Clean Performance – Prevents smoke generation and carbonization during high-temperature applications.
Description
Heat Treated Fiberglass Fabric is a high-temperature processed fiberglass fabric designed to remove organic sizing agents, such as paraffin wax and lubricating oils, from the fiberglass surface. Through a controlled heat treatment process at 300°C–650°C (572°F–1202°F), the fabric achieves a chemically clean surface with improved coating adhesion and bonding performance.
With excellent heat resistance, dimensional stability, and low smoke characteristics, heat treated fiberglass fabric is widely used as a base material for PTFE, silicone, vermiculite coated fabrics, composite laminates, and high-temperature insulation applications.
Specifications
|
Style |
Weave Pattern | Weight (g/m²) | Thickness (mm) | Width(cm) |
|
HT200 |
Plain | 200 | 0.20 | 100/130/150 |
|
HT800 |
Satin | 830 | 0.80 | 100/120/150 |
|
HT1700 |
Satin | 1650 | 1.60 | 100/120/150 |
| HT3732 | Twill |
430 |
0.43 |
100/120/150/180/200 |
| HT2025 | Plain | 580 | 0.70 |
100/120/150/180/200 |
| HT M30 | Plain | 1200 | 1.20 |
100/120/150/180/200 |
Applications
Heat Treated Fiberglass Fabric is commonly used in:
- PTFE, Silicone, and Vermiculite Coated Fabrics
- Composite Laminates & PCB Reinforcement
- Welding Blankets and Fire Curtains
- High-Temperature Insulation Materials
- Electrical Insulation Systems
- Industrial Heat Protection Applications
Why Choose Heat Treated Fiberglass Fabric?
Heat treatment enhances the surface properties of fiberglass fabric by eliminating organic components that may affect coating performance. This makes it an ideal solution for applications requiring strong coating adhesion, high-temperature stability, and reliable composite bonding performance.
