Product Description
Silicon Coated Fiberglass FabricDescription:
Key Features:
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Superior heat resistance from -70 C to +650 C
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Durable against wear, abrasion, and chemical exposure
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Waterproof & weatherproof, suitable for outdoor and humid conditions
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Flexible & easy to maintain with a smooth, non-stick surface
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Cost-effective with a long service life, reducing replacement needs
Applications:
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Removable or reusable insulation jackets, mattresses, and pads
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Fabric expansion joints and ductwork connectors
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Welding curtains, furnace curtains, fire blankets
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Protective covers for air cargo and industrial equipment
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Noise control barriers and moisture-proof shields
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Firefighting apparel and protective garments
Technical Specifications:
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Thickness Options: 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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Colors: Grey, Red, Black
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Weave: Plain or Satin
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Size: 1 50 Meter (customized sizes available)
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Conductivity: Non-conductive
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Working Temperature: Up to 650 C
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Melting Point: 900 C
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Compliance: NFPA 701 (A & B) Approved
Benefits:
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Provides long-lasting protection in high-temperature environments
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Enhances safety and reliability in industrial applications
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Resistant to thermal shock, weathering, and chemical exposure
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Maintains flexibility without cracking or hardening over time
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Technical Details
Reliable Heat and Fire ProtectionEngineered to endure extreme conditions, the silicon coated fiberglass fire blanket offers consistent shielding from high temperatures and direct flames, supporting safety protocols in hazardous settings. Its advanced construction ensures minimal heat transfer, protecting workers and sensitive equipment during tasks such as welding and heat treatment. Available in several colors and sizes, it adapts to various industrial requirements for comprehensive protection.
Versatile Applications Across IndustriesThese fire blankets serve a broad spectrum of uses, including thermal shielding for heat-sensitive areas, fire suppression in emergencies, and as curtains or barriers to contain sparks and hot debris. The silicon coating not only enhances flame resistance but also repels water and oil, simplifying maintenance and prolonging product life. Whether youre an exporter, manufacturer, or service provider, this blanket is a vital safety solution for multiple sectors.
FAQs of Silicon Coated Fire Blanket:
Q: How do I correctly install and use the silicon coated fire blanket for maximum protection?
A: To use effectively, place the blanket directly over flames, hot equipment, or the area to be protected. Ensure it fully covers the source, smoothing out folds for consistent coverage. This method minimizes fire spread and thermal transfer, ideal for welding or electrical insulation tasks in industrial environments.
Q: What are the main benefits of choosing a silicon coated fiberglass fire blanket?
A: The blanket offers superior fire, water, and oil resistance, thanks to its robust silicon coating. Coupled with high tensile strength and low thermal conductivity, it efficiently contains flames and heat, resists tearing, and can be reused repeatedly for long-term cost savings.
Q: When should this fire blanket be used in industrial settings?
A: Deploy the blanket during welding operations, hot work, or whenever theres a risk of fire or high heat exposure. Its especially valuable for incident response, maintenance, and operational safety in plants requiring dependable thermal protection.
Q: Where can the silicon coated fire blanket be applied for optimal effectiveness?
A: Best suited for use in factories, workshops, power plants, and industrial installations, the blanket ensures safety as a welding curtain, heat shield, or quick-access fire suppression device around flammable equipment or processes.
Q: What is the process for maintaining and reusing the blanket after exposure to fire or heat?
A: After use, allow the blanket to cool completely, then inspect for damage. Clean it gently with water if contaminated with oil or particulates. As the material is waterproof and durable, it can be reused if structurally sound, providing reliable ongoing protection.
Q: How does the single-layer silicon coated design enhance its protective properties?
A: The single-layer silicon coated fiberglass construction optimizes flexibility and ease of handling, while maintaining robust fire-retardant capabilities. The silicon treatment further fortifies resistance against moisture and chemicals, extending the life of the product during demanding industrial tasks.