Product Description
We are engaged in offering High Silica Fabric, a specialized high-performance textile made from inorganic fiberglass fabric with over 96% SiO content after calcination. The fabric undergoes acid treatment and calcination, resulting in a higher softening point, density, and exceptional durability.
With its 8H & 12H satin weave construction, High Silica Fabric provides excellent flexibility, high tensile strength, and stable physical & chemical properties. It is 100% non-asbestos, 100% itch-free, flame retardant, and resistant to thermal shock, making it ideal for extreme high-temperature applications.
Technical Specifications:
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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 (standard)
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Roll Length: 50 meters
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Working Temperature: Up to 1100 C (2012 F)
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Melting Point: 1860 C (3380 F)
Key Features:
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100% non-asbestos and eco-friendly
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100% itch-free for safe handling
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Excellent thermal stability and flame retardancy
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High durability with resistance to thermal shock
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Enhanced strength with satin weave construction
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Long service life in harsh conditions
Applications:
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Welding blankets, pads, and curtains
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Heat shields and thermal protection barriers
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Furnace, kiln, and reactor insulation
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Aerospace and defense thermal systems
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Industrial foundries and metal casting
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High-temperature expansion joints and seals
Silicon Coated High Silica Fabric
For more demanding environments, Silicon Coated High Silica Fabric offers superior protection compared to non-coated silica fabric. The coating provides resistance to smoke, water, dust, chemicals, and oil, making it highly durable for insulation and protective applications.
Key Benefits of Coated Fabric:
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Prevents heat spread in insulation applications
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Widely used in thermal insulation pads and covers
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Available in single-side and double-side coating
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Enhanced durability and resistance to harsh environments
Superior Thermal ProtectionWith a temperature resistance of up to 1100C, Signature 80_ Silica Fabric provides exceptional insulation capabilities. Its robust construction and high-density composition protect equipment and personnel from intense heat sources, ensuring safe and efficient industrial operations.
Versatile Industrial ApplicationsThis silica fabric finds extensive use in industries requiring advanced heat shielding and insulation, such as metallurgy, power generation, and chemical processing. Its versatility makes it suitable for lining furnaces, wrapping pipes, and safeguarding sensitive machinery, supporting various business needs.
FAQs of Signature 80_ Silica Fabric:
Q: How is Signature 80_ Silica Fabric used for thermal insulation?
A: Signature 80_ Silica Fabric is primarily applied as a protective layer around equipment, pipes, and machinery to prevent heat loss, shield personnel, and maintain temperature stability in extreme conditions.
Q: What makes this silica fabric suitable for high-temperature applications?
A: Its construction from high-purity silica fibers and a standard thickness enables the fabric to withstand temperatures up to 1100C, making it ideal for environments with sustained or sporadic exposure to intense heat.
Q: When should I choose Signature 80_ Silica Fabric over other insulation materials?
A: Opt for this fabric when your application demands high thermal resistance, durability, and flexibility, especially in industries like manufacturing, refineries, or chemical plants where traditional insulation may fail.
Q: Where can this silica fabric be installed?
A: It can be installed on industrial piping, furnace linings, exhaust systems, and other surfaces exposed to elevated temperatures requiring reliable thermal protection.
Q: What is the process for handling and installing the fabric?
A: The flexible, plain-woven design allows for easy measurement, cutting, and fitting. Appropriate safety gear should be worn and the uncoated fabric secured with industrial fasteners or adhesives based on application needs.
Q: What benefits does using Signature 80_ Silica Fabric offer for businesses?
A: Businesses benefit from enhanced safety, energy efficiency, reduced equipment downtime, and improved maintenance intervals, all due to the fabrics superior thermal shielding and durability.