Product Description
Silicon Coated Fiberglass Fabric: DSZSFG0.6
Key Features:
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Heat Resistance: Operates from -70C to +650C
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Durable: Strong against abrasion, wear, and chemicals
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Waterproof & Weatherproof: Resistant to moisture, acids, and alkalis
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Flexible & Non-Conductive: Smooth surface, easy to handle and clean
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Fire & Spark Resistant: Ideal for welding and high-heat environments
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Long Lifespan: Reduces maintenance and replacement costs
Technical Specifications:
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Thickness: 0.4 mm, 0.5 mm, 0.6 mm, 0.8 mm, 1.0 mm, 1.2 mm, 2.0 mm, 3.0 mm
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Color Options: Grey, Red, Black
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Weave: Plain or Satin
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Size: 1 x 50 meters
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Conductive: No
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Working Temperature: 650C
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Melting Point: 900C
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Standard: NFPA 701 (A & B) Approved
Applications:
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Removable & reusable insulation jackets, mattresses, and pads
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Fabric expansion joints & compensators
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Furnace curtains, welding curtains, and fire blankets
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Fabric ductwork connectors
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Protective air cargo covers
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Weather-proof or moisture-proof covers
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Firefighting apparel & protective clothing
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Noise control barriers
Benefits:
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Excellent resistance to heat, flame, and sparks
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High protection against chemicals, moisture, and weather
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Non-stick surface for easy maintenance
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Cost-effective with long service life
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Multipurpose industrial and protective applications
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Technical Details
Engineered for Heat and Fire ProtectionThis silicone coated fiberglass cloth is meticulously crafted to withstand extreme temperatures and resist flames. Its robust fire-retardant properties ensure it acts as a protective barrier in insulation coverings, safeguarding industrial equipment and public spaces. Designed with both safety and longevity in mind, it provides an effective solution for environments with heightened fire risk.
Versatile and Customizable ApplicationsAvailable in customizable widths and lengths, this fabric accommodates varied needs across industries. Whether used as insulation in factories, commercial buildings, or specialized machinery, its adaptability makes it suitable for diverse environments. Its woven pattern and plain design ensure easy handling and seamless integration into existing systems.
FAQs of Silicone Coated Fiberglass Cloth:
Q: How is silicone coated fiberglass cloth used for fire protection in industrial settings?
A: This fabric is applied as a protective covering for machinery, ducts, or walls where fire retardancy is crucial. Its silicone coating enhances flame resistance, making it a reliable barrier against heat and sparks in hazardous work environments.
Q: What are the primary benefits of choosing this fabric for insulation coverings?
A: The cloth offers high tensile strength, fire and oil resistance, heat insulation, and tear resistance. These qualities collectively provide lasting protection, reduce maintenance needs, and enhance safety standards in both industrial and commercial spaces.
Q: When is it recommended to use this material for heat insulation?
A: It is ideal for situations requiring insulation against high temperatures, such as in factories, power plants, warehouses, or areas with exposure to open flame or high heat sources. Its heat-insulated and fire-proof features make it a dependable choice for such conditions.
Q: Where can this silicone coated fiberglass cloth be sourced in India?
A: The product is widely available across India through established dealers, distributors, exporters, importers, manufacturers, suppliers, traders, and wholesalers catering to industrial materials and fire protection solutions.
Q: What is the process for customizing the size of this fabric for specific projects?
A: To customize, specify the required dimensions (length and width) to your supplier. The cloth can be tailored to project requirements, ensuring a precise fit for various applications, with sizes customizable beyond the standard 30 meters.
Q: How does the woven, non-stretchable design affect the materials performance?
A: The woven, non-stretchable structure ensures dimensional stability and durability, preventing deformation under strain while maintaining a uniform barrier against fire and heat hazards.