Thermal Insulation 0.45mm One Side Orange Silicone Coated Fiberglass Fabric
This orange color one side silicone coated fiberglass fabric is produced of glass fiber cloth and then it will be coated with 40g/m2 orange silicone/rubber coating on one side. The basic fiberglass fabric can withstand a high temperature of 550℃. But the orange rubber/silicone coating can stand temperature only 260 degree Celsius.
Silicone coated fiber glass fabric is a flexible, durable and fire resistant fabric. It is made from fireproof e-glass fiberglass cloth with features such as dimension stability, tear resistance and high tensile strength. And because of the silicone coating's good properties, this coated fiberglass cloth are always used in industrial field products such as fire blanket, expansion joints, pump/pipeline thermal insulation jackets and fire fighting equipments.
Yarn type of this silicone coated fabric is e-glass G37 1/0 0.7Z fiberglass yarn.
Total weight of this silicone coated fiber glass fabric is 470g/m2. 430g/m2+40g/m2 coating on one sides. 100cm, 127cm, 155cm is very common and convenient width which are available. (more economical price and less lead time)
Technical Data Of 3732 Fabric
| Style | Weave | Thread Count | Thickness | Weight | Width |
| 3732 | Satin | 20 Ends/CM 11 Ends/CM | 0.4mm | 430g/m2 | 1m |
Specification Of UPSE8732S40:
| Item | Orange Silicone Coated Fiberglass Fabric |
| Material | E-glass Fiber Glass |
| Weave | Satin Weave |
| Warp Density | 20 Ends/CM |
| Weft Density | 11 Ends/CM |
| Mass Per Unit | 470g/m2(430+40) |
| Thickness | 0.45mm |
| Width | 100cm |
| Working Temperature | Silicone Coating below 260℃ |
Features:
- Anti most chemical agents
- Excellent release features
- Durable, abrasion resistance
- Tear resistance, high tensile strength
- Electric insulation
- Service temperature from -50℃ to 260℃
Application:
- Freeze/heat protection covers
- Fire doors & fire curtains
- Cable, pipeline, pump thermal insulation covers
- Fire safety clothing
- Corrosion sector
- Hot air blower
