Basalt Fire Barrier Cloth
Product Description
Unlike synthetic and glass fibres, basalt fibres do not soften at high temperatures and so provide an excellent sacrificial fire-barrier textile for high-performance applications in infrastructure, transport and industry.
Basalt Fibre has the following key characteristics:
Thermal Applications:
- Low thermal conductivity.
- Excellent resistance to thermal shocks.
- Excellent mechanical strength and has higher tensile strength than E glass.
- Non-combustible.
- Good dimensional stability.
- Great flexibility.
- Good chemical resistance.
- Good abrasion resistance.
- Basalt fibre exhibits superior temperature resistance compared to E glass fibres in the range; 300°C - 560°C, and can handle short periods to 700- 800°C in optimum conditions. It also serves as an excellent sacrificial fire blocking medium whereby the fabrics structure will remain in tact (though weakened and brittle) in temperatures up to 1200°C
- Excellent heat insulation of pipes in nuclear plants as basalt is known to resist degradation caused by radiation.
Cryogenic Applications
- Basalt also functions in very low temperatures down to -260°C so are useful for insulating liquid nitrogen tanks and pipes in cryogenic applications.
Applications
- Fire Barrier Cloth.
- Nuclear Insulation Applications.
- Cryogenic Applications.
- Textiles Resistant to Electromagnetic Radiation.
Product Selection
Product Description
Unlike synthetic and glass fibres, basalt fibres do not soften at high temperatures and so provide an excellent sacrificial fire-barrier textile for high-performance applications in infrastructure, transport and industry.
Basalt Fibre has the following key characteristics:
Thermal Applications:
- Low thermal conductivity.
- Excellent resistance to thermal shocks.
- Excellent mechanical strength and has higher tensile strength than E glass.
- Non-combustible.
- Good dimensional stability.
- Great flexibility.
- Good chemical resistance.
- Good abrasion resistance.
- Basalt fibre exhibits superior temperature resistance compared to E glass fibres in the range; 300°C - 560°C, and can handle short periods to 700- 800°C in optimum conditions. It also serves as an excellent sacrificial fire blocking medium whereby the fabrics structure will remain in tact (though weakened and brittle) in temperatures up to 1200°C
- Excellent heat insulation of pipes in nuclear plants as basalt is known to resist degradation caused by radiation.
Cryogenic Applications
- Basalt also functions in very low temperatures down to -260°C so are useful for insulating liquid nitrogen tanks and pipes in cryogenic applications.
Product Selection
Applications
- Fire Barrier Cloth.
- Nuclear Insulation Applications.
- Cryogenic Applications.
- Textiles Resistant to Electromagnetic Radiation.
- Fire Barrier Cloth.
- Nuclear Insulation Applications.
- Cryogenic Applications.
- Textiles Resistant to Electromagnetic Radiation.
Basalt Fire Barrier Cloth
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