* Price per piece VAT incl.
Size: 3m x 2m
Thickness: 0,75 mm
Product weight: 4,80 kg
Service temperature: up to 1700°C
A fiberglass welding blanket offers excellent high-temperature resistance, thermal insulation, and oxidation protection. The fabric can be used to create welding blankets with protection against spatter, sparks, and heat treatment.
| Temperature Range | Material State & Performance | Key Characteristics & Function |
| Ultra-Low Temperature (-70°C to Room Temp) | Physically stable, remains flexible. |
Excellent cold resistance, ensuring it can be unfolded and used normally in cold
environments. |
| Normal Use (Room Temp ~ 900°C) | Optimal working range. Fiber structure is stable, strength remains intact. |
Outstanding long-term heat resistance. Effectively cuts off oxygen and blocks heat transfer. This is the primary stage for extinguishing common fires like cooking oil pans and electrical
equipment. |
| High-Temperature Limit (900°C ~ 1450°C) | Can withstand briefly. Can operate stably at 1000°C, and endure for about 10 minutes at 1450°C. |
Crucial fire resistance and survivability. Can handle extreme fire situations like thermal runaway of new energy vehicle batteries (instantaneous temperatures can reach nearly 900°C) or small-scale metal melting, buying time for escape
or professional rescue. |
| Near Softening Point (Approx. 1700°C) | Material begins to soften, but does not burn. |
Exceptionally high melting point ensures material integrity even under extreme conditions,
preventing disintegration. |
The core material is high-silica glass fiber fabric, primarily using plain or satin weave structures.
Binders: No Bindersin high silica fiberglass fire blankets
Organic Components: The main body of the fire blanket is inorganic fiber and usually contains no organic components
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