High Temp Ceramics Heat Resistant Fabrics Low Thermal Conductivity Demo

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December 18, 2025
Category Connection: Heat Resistant Fabrics
Brief: In this demonstration, we showcase the exceptional thermal performance of our 1100°C High Temp Ceramics Heat Resistant Fabrics. You'll see how this ceramic fiber cloth maintains low thermal conductivity and resists corrosive chemicals in extreme environments, making it ideal for furnace, boiler, and kiln insulation applications.
Related Product Features:
  • Withstands extreme temperatures up to 1100°C (1700°F) for demanding industrial applications.
  • Features low thermal conductivity for superior heat insulation performance.
  • Provides excellent resistance to corrosive chemicals in high-temperature environments.
  • Offers good abrasion resistance for enhanced durability in industrial settings.
  • Maintains better strength with warp tensile strength of 600 N/5 cm and weft of 400 N/5 cm.
  • Constructed with 58 ends/cm warp and 29 picks/cm weft density for reliable performance.
  • Available in standard 1000mm width with 2mm thickness and 1100 g/m² weight.
  • Made from alumino-silicate based refractory fiber for consistent high-temperature performance.
Faqs:
  • What maximum temperature can this ceramic fabric withstand?
    This high-temperature ceramic fabric can withstand temperatures up to 1100°C (1700°F), making it suitable for the most extreme industrial heating environments.
  • What are the key properties that make this fabric suitable for furnace insulation?
    The fabric features low thermal conductivity, excellent resistance to corrosive chemicals, good abrasion resistance, and maintains structural strength at high temperatures, making it ideal for furnace, boiler, and kiln insulation applications.
  • What is the construction specification of this ceramic fiber cloth?
    The fabric is constructed with 58 ends/cm in the warp direction and 29 picks/cm in the weft direction, with a standard width of 1000mm, thickness of 2mm, and weight of 1100 g/m², ensuring reliable performance in industrial applications.