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Xtemp by Supertech Fabrics delivers cutting-edge technical fabrics designed for thermal insulation, radiant heat shielding, and fire resistance in the most demanding industrial environments. Powered by vermiculite, aerogel, and graphite coatings on engineered substrates, Xtemp fabrics protect assets, operators, and systems in metallurgy, power, oil & gas, defence, aerospace, and other high-risk industries.
Xtemp is a highly resistant chemistry for extreme properties.
| Property | Typical Capability |
|---|---|
| Peak Temperature Resistance | 700–1100°C (vermiculite & graphite series); 650–850°C (aerogel series) — continuous service and peak short-term exposure |
| Thermal Conductivity | Aerogel: as low as 0.017 W/mK (industry-leading); Vermiculite: 0.06–0.08 W/mK; Graphite: 0.05–0.07 W/mK with enhanced radiant heat reflectivity |
| Flame Retardancy & Smoke Spread | Minimal under radiant or sustained heat exposure (meets ISO 11612, NFPA 2112, FAR 25.853) |
| Molten Metal & Splash Resistance (NEW) | Capable of resisting molten iron, steel, aluminium splash (ASTM F955 tested for selected grades; graphite-coated fabrics perform in continuous splash environments) |
| Abrasion & Mechanical Durability (NEW) | Reinforced base fabrics withstand flexing, compression, and abrasive environments (EN ISO 12947 compliant) |
| Hydrocarbon & Chemical Resistance (NEW) | Selected coatings tested for hydrocarbon pool fires, mild acids and alkalis, and industrial pollutants |
| Base Material Options | Glass, Ceramic, Silica (>95%), Aramid blends |
| Coating Systems | Vermiculite mineral layer (flame-blocking); Aerogel composite matrix (thermal insulation); Graphite layer (oxidation and radiant heat resistance) |
| Weight & Thickness Range (NEW) | Available from 250 gsm to 1500 gsm; thicknesses 1 mm to 12 mm for multi-layer systems |
| Electrical Properties (Optional) (NEW) | Can be engineered for arc-flash and dielectric barrier performance (ASTM F1959) |
| Custom Formats | Jackets, stitched panels, removable blankets, curtain walls, wraps, fire stops, and multi-ply laminates |
| Code | Base Fabric | Temperature Range | Coating | Applications |
|---|---|---|---|---|
| Temp-G C | Ceramic | −30°C to 1100°C (−22°F to 2012°F) | Graphite | Furnace liners, kiln wall insulation, spark barriers |
| Temp-G S | Silica (95%+) | −30°C to 1100°C (−22°F to 2012°F) | Graphite | Continuous furnace seals, molten splash guards, radiant heat shields |
| Code | Base Fabric | Temperature Range | Coating | Applications |
|---|---|---|---|---|
| Temp-V G | Glass Fibre | −30°C to 700°C (−22°F to 1292°F) | Vermiculite | Heat curtains, safety covers |
| Temp-V C | Ceramic | −30°C to 1100°C (−22°F to 2012°F) | Vermiculite | Furnace shields, spark barriers |
| Temp-V S | Silica (95%+) | −30°C to 1100°C (−22°F to 2012°F) | Vermiculite | Molten splash guards, welding curtains |
| Application Sector | Base Fabric | Temperature Range | Structure | Applications |
|---|---|---|---|---|
| Temp-A FG | Glass Fibre | −30°C to 650°C (−22°F to 1202°F) | Aerogel Coated | Pipe wraps, removable insulation jackets |
| Temp-A C | Ceramic | −30°C to 850°C (−22°F to 1562°F) | Aerogel Coated | Tank covers, muffler sleeves |
| Temp-A Ar | Aramid Blend | −30°C to 650°C (−22°F to 1202°F) | Aerogel Coated | Cable shields, aerospace enclosures |
Textrov Xtemp are engineered to meet ISO 11612, NFPA 2112, FAR 25.853, MIL-DTL-32439, and UL 94 V-0 standards—ensuring compliance for arc flash protection, hydrocarbon fire resilience, and radiant barrier applications. Custom thickness, R-value, and insulation mapping are tailored to each equipment zone for optimized thermal and safety performance.
We partner directly with OEMs and EPCs to deliver Xtemp solutions built for your reality:
From prototype to production – fast, precise, and certified.
