Product Description
Silicon Coated Fiberglass Fabric DSZSFG0.6
Heat Resistant | Abrasion Resistant | Chemical Resistant
The Signature Silicon Coated Fiberglass Fabric is specially engineered by applying signature silicone rubber to coat or impregnate one or both sides of premium fiberglass fabric. Designed for applications requiring heat resistance, spark protection, chemical resistance, and abrasion resistance, this fabric combines durability, flexibility, and long-lasting performance in harsh industrial environments.
Technical Specifications:
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Material: Fiberglass fabric with silicone rubber coating
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Coating: Single or double-sided
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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: Grey, Red, Black
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Weave: Plain or Satin
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Roll Size: 1 50 Meter
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Conductive: No
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Working Temperature Range: -70C to +650C
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Melting Point: 900C
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Standards: NFPA 701(A & B)
Key Features & Benefits:
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Heat Resistance: Withstands extremely high temperatures
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Durability: Resistant to abrasion, wear, and chemicals
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Waterproof & Weatherproof: Excellent protection in outdoor or wet conditions
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Easy Maintenance: Smooth, non-stick surface for effortless cleaning
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Cost-Effective: High performance at a competitive price
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Long Lifespan: Reduces maintenance and replacement costs
Applications:
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All forms of fiberglass textiles
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Removable or reusable insulation jackets, mattresses, and pads
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Fabric expansion joints and compensators
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Fabric ductwork connectors
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Furnace curtains, welding curtains, welding and fire blankets
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Protective air cargo covers
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Noise control barriers
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Weather-proof or moisture-proof covers
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Firefighting apparel
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Exceptional Heat and Flame ResistanceWith continuous resistance between -70C and +260C, and short-term capability up to 300C, this silicone coated fiberglass cloth stands up to high-temperature environments, providing vital protection in welding, thermal insulation, and fire safety applications.
Superior Durability and Electrical InsulationThe fabric is engineered for excellent abrasion resistance, high breaking strength, and dielectric strength of at least 20 KV/mm. These attributes make it a robust choice for industrial applications requiring electrical insulation, gasket making, and reliable, long-lasting performance.
Versatile Industrial ApplicationsThis materials chemical resistance, water impermeability, and UV stability enable its use in diverse conditionsfrom heat shields and protective covers to electrical insulation and fire blankets. Its customizable thickness, color, and edge finish options accommodate a wide range of industrial needs.
FAQs of Silicone Coated Fiberglass Cloth:
Q: How is silicone coated fiberglass cloth used in industrial applications?
A: This cloth is widely utilized in industries for heat insulation, protective covers, welding protection, fire blankets, thermal curtains, and as electrical insulation material, thanks to its outstanding temperature, flame, and chemical resistance.
Q: What benefits does the silicone coating provide to fiberglass fabric?
A: The silicone coating enhances the base fiberglass by adding water and flame resistance, increasing dielectric strength, improving abrasion resistance, and allowing for a glossy, smooth finish that repels contaminants and offers easy cleaning.
Q: Where can silicone coated fiberglass cloth be installed or applied?
A: This product is ideal for use in factories, workshops, welding facilities, electrical and electronics plants, and areas requiring fire protection, thermal blankets, or durable gaskets. It suits indoor and outdoor applications due to its UV and weather resistance.
Q: What thickness and roll options are available for customization?
A: Customers can select from a variety of thicknesses between 0.17mm and 3mm, and roll lengths such as 30m, 50m, or request customized lengths to fit specific industrial purposes. Width is typically 1 meter.
Q: When should you consider using this material over standard fiberglass or conventional textiles?
A: Use silicone coated fiberglass when your application demands high temperature durability, electrical insulation, waterproofing, flame resistance, or chemical resistance not offered by standard fabrics or untreated fiberglass.
Q: What process is used for edge finishing on the fabric?
A: The edge of the cloth can be finished with either serrated or straight cuts, depending on the intended use or requirements, helping prevent fraying and ensuring easier installation.