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Glass Fabric with Polyurethane (PU)
Glass fabric with PU coating (polyurethane) has increased cut and slip resistance, as well as generally high mechanical strength. This glass fabric is particularly well-suited for further processing, including the production of preventive fire and smoke protection, as well as thermal insulation systems for industrial applications. It is also ideal for occupational safety in grinding and welding operations and in heat-exposed workplaces.
| Material | Glass fabric, made from smooth (GF) or textured (GT) yarns |
| Coating | Polyurethane (PU) Polyurethane with aluminum pigments - PU-Alufix (G) |
| Coating options | Single-sided or double-sided coated PU available in various colors |
| Manufacturing qualities | 200 - 2000 g/m² |
| Manufacturing widths | 1000 - 2000 mm |
| Temperature resistance (fabric) | 600 - 1000+ °C |
| Temperature resistance (coating) | 180 - 200 °C |
Technical Characteristics
- Glass fabric with polyurethane coating (PU / PU-Alufix) has excellent tear resistance in both directions (warp and weft)
- Specific qualities with classified fire class "A1" or "A2" according to DIN EN 13501.
- Specific qualities according to BS 476: Part 22 with a fire resistance duration of 90 minutes.
- Specific qualities tested and certified according to the French M0 standard.
- The good cut and slip resistance provides many advantages for the further processing of these materials.
- Glass fabric with PU coating has good resistance to many chemicals and solvents.
- Glass fabric with PU coating possesses good electrical insulation properties.
- Can be easily bonded or laminated with other materials.
- Also available with woven V4A steel reinforcement.
Application Examples
- Manufacture of products for preventive fire and smoke protection.
- Manufacture of thermal insulation systems for industrial applications.
- As a protective blanket (welding blanket) and protective curtain (welding curtain) for welding and grinding applications.
- Usable in shipbuilding, the automotive industry, the metal industry, and aviation. Generally applicable as a heat protection material for industrial applications.
Material data Base Fabrics
| Basisgewebe | Temperature resistance | Filament Ø | Manufacturing qualities | Width |
|---|---|---|---|---|
| E-Glass | 600 °C | ≥ 6 μm | 200 - 2000 g/m² | 1000 - 2000 mm |
| HR-Glass | 800 °C | ≥ 6 μm | 240 - 1250 g/m² | 1000 - 2000 mm |
| Silica Glass | 1000+ °C | ≥ 6 μm | 460 - 1250 g/m² | 880 - 1525 mm |
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