Product Description
Graphite Coated Fiberglass Fabric
Key Features:
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Combines the strength of fiberglass fabric with the unique properties of graphite coating
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Provides excellent lubricity and conductivity
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Low-friction surface reduces wear and tear on moving parts
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Enhances ease of movement for sliding or mechanical components
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Available in both conductive and non-conductive types
Technical Specifications:
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Working Temperature Range: 650 C 900 C
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Color: Black
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Thickness Options: 0.2 mm, 0.5 mm, 0.6 mm, 0.8 mm, 1.0 mm, 1.5 mm, 2.0 mm, 2.5 mm, 3.0 mm
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Coating Type: Conductive & Non-Conductive
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Roll Size: 1 50 Meter (customized sizes available)
Applications:
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Sliding or moving parts where reduced friction is critical
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Protective and thermal barriers in high-temperature environments
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Gaskets, seals, and expansion joints
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Industrial insulation under demanding conditions
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Mechanical components requiring smooth surface contact
Benefits:
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High Lubricity: Reduces surface friction for efficient operation
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Durability: Protects against abrasion and mechanical wear
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Thermal Resistance: Performs reliably at high operating temperatures
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Versatility: Suitable for both conductive and non-conductive applications
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Customizable: Available in multiple thicknesses and roll sizes
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Technical Details
Industrial-Grade Fire ProtectionThis fire blanket is meticulously designed to address the demanding needs of industrial fire safety. The graphite-coated fiberglass material combines exceptional strength and heat resistance, ensuring reliable performance in environments where fire hazards are prevalent. Its woven construction delivers flexibility and ease of handling, making it suitable for rapid deployment.
Versatile Usage Across IndustriesBeyond factories and industrial facilities, the Signature Graphite Fire Blanket is also well-suited for domestic settings that require robust fire safety measures. Its adaptability makes it a valuable asset for various stakeholders including dealers, exporters, manufacturers, and suppliers across India. The blankets protective properties remain effective in both localized incidents and large-scale emergencies.
FAQs of Signature Graphite Fire Blanket:
Q: How should the Signature Graphite Fire Blanket be used during a fire emergency?
A: During a fire emergency, the blanket should be unfurled and carefully draped over flames, hot surfaces, or a persons clothing to smother the fire and cut off the oxygen supply. Due to its large size and flexibility, it can also be wrapped around equipment for added protection.
Q: What are the main advantages of choosing a graphite-coated fiberglass fire blanket?
A: Graphite coating enhances durability, heat resistance, and longevity compared to standard materials. The fiberglass core, combined with the low thermal conductivity of the coating, provides optimal insulation and reliable fire protection in both industrial and domestic environments.
Q: When is the ideal time to deploy this fire blanket in an industrial setting?
A: The blanket should be used immediately at the onset of a fire or when there is a significant risk of fire propagation around hot machinery, welding stations, or chemical storage areas to quickly suppress flames and prevent escalation.
Q: Where can the Signature Graphite Fire Blanket be installed for maximum accessibility?
A: Install the blanket in easily accessible locations such as near exits, production lines, or high-risk zones in factories and workshops. For domestic use, keep it close to the kitchen, garage, or utility rooms for rapid response.
Q: What is the process behind the manufacturing of this fire blanket?
A: The blanket is produced using a woven fabric technique, utilizing fiberglass yarns which are subsequently coated with a layer of graphite. This dual-process ensures both structural integrity and enhanced thermal protection for demanding industrial applications.
Q: How does the low thermal conductivity of the blanket benefit its performance?
A: Low thermal conductivity minimizes heat transfer through the blanket, protecting both users and sensitive equipment from extreme thermal exposure, which is critical during fire emergencies or high-temperature operations.