Product Description
High Silica Fabric DSZHS96.0.8
100% Itch-Free | 100% Non-Asbestos | High-Temperature Resistant
High Silica Fabric is a premium inorganic fiberglass material with over 96% SiO content after calcination. Treated with acid and calcined, it achieves superior softening points and density, providing excellent resistance to extreme heat and flames. Ideal for demanding industrial applications, it combines flexibility, high strength, and stable physical and chemical properties.
Technical Specifications:
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Material: 100% Non-Asbestos Fiberglass
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Weave: 8H & 12H Satin
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Thickness: 0.8 mm | 1.4 mm
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Weight: 900 GSM | 1200 GSM
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Color: Golden
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Width: 1000 mm
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Roll Length: 50 meters
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Working Temperature Range: 1100 C (2012 F)
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Melting Point: 1860 C (3380 F)
Key Features:
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100% Itch-Free & Non-Asbestos
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High Thermal Stability & Flame Retardant
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Enhanced Durability & Flexibility
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Resistant to Thermal Shock
Silicon-Coated High Silica Fabric (Optional):
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Superior protection against smoke, water, dust, chemicals, and oil
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Single-side or double-side coating available
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Ideal for heat insulation pads and high-temperature insulation applications
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Prevents heat spread efficiently
Applications:
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Industrial heat insulation
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Fireproof curtains and blankets
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High-temperature gaskets and seals
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Protective covers for furnaces, ovens, and kilns
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Electrical insulation and thermal pads
Benefits:
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Reliable high-temperature performance
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Long-lasting durability in harsh industrial environments
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Safe, non-toxic, and easy-to-handle material
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Superior Temperature ResistanceWithstand extreme heat with easeour High Silica Fabric Roll offers stable protection at temperatures up to 1860C. This makes it an optimal solution for welding safety and high-temperature insulation in various industrial environments, safeguarding equipment and personnel from heat damage.
High Durability & VersatilityConstructed from non-asbestos cloth, this fabric not only resists heat but also features a dense weave at 700 kg/m for enhanced strength. Its 0.8 mm thickness and 680 GSM weight provide robust coverage for large surfaces, while its plain surface treatment ensures flexibility for custom installations in welding, foundry, or furnace settings.
FAQs of High Silica Fabric Roll:
Q: How can the High Silica Fabric Roll be used in welding safety applications?
A: The fabric roll acts as a protective shield against sparks, molten metal splatter, and intense heat generated during welding. Its high temperature resistance of up to 1860C effectively reduces the risk of burns and equipment damage in welding environments.
Q: What benefits does the non-coated, golden High Silica Fabric offer for thermal insulation?
A: The non-coated surface allows for better breathability while still providing excellent heat resistance. Its golden color and 1.8 W/mK thermal conductivity ensure reliable thermal insulation in industries requiring elevated temperature protection without added chemical treatments.
Q: When should this fabric roll be chosen over traditional asbestos alternatives?
A: Opt for this High Silica Fabric Roll when you require a non-asbestos, environmentally friendly option capable of withstanding remarkably high temperatures, offering both worker safety and compliance with modern health standards.
Q: Where can this fabric be installed within industrial environments?
A: This fabric is well-suited for use in welding bays, furnace linings, foundries, and any area needing thermal barriers. Its 1 x 30-meter roll size and 1-meter width allow for coverage of large equipment or workspaces.
Q: What is the process for installing the High Silica Fabric Roll?
A: Installation involves unrolling the flat fabric to the desired length and securing it onto surfaceseither by clips, adhesive, or mechanical fasteners. The plain surface treatment simplifies cutting and fitting procedures for both temporary and permanent installations.
Q: What is the primary benefit of the fabrics weight and thickness specification?
A: With a weight of 680 GSM and thickness of 0.8 mm, the fabric offers a balance between flexibility and durability, making it easy to handle and shape while maintaining robust protection from heat and abrasives.