Product Description
Ceramic Fiber Tape High-Temperature Thermal Insulation Solution
Key Features:
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Withstands extreme heat: 1260C to 1760C
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Made from high-grade 1260C ceramic fibers
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Strong, durable, and flexible for easy wrapping
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Netting pattern design for efficient installation
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Available in SS metallic & non-metallic variations
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Provides superior thermal and mechanical protection
Technical Specifications:
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Thickness: 3.0 mm & 5.0 mm
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Widths: 25 mm, 50 mm, 75 mm, 100 mm
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Working Temperature: 1260C to 1760C
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Reinforcement: Metallic (SS) & Non-Metallic options
Applications:
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Furnace and boiler insulation
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Pipe and duct wrapping
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Hose and cable protection
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Metalworking and smelting industries
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Marine and shipbuilding thermal safety
Benefits:
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Long-lasting thermal protection under extreme heat
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Easy to cut, wrap, and install
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Versatile for multiple high-temperature industries
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Enhanced safety in industrial environments
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Reliable insulation for harsh working conditions
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Engineered for Industrial LongevityThis ceramic fiber tape features stainless steel reinforcement and woven fabric construction, guaranteeing a high degree of durability and resistance to wear. Its been specifically designed to maintain structural integrity under extreme thermal conditions encountered in industrial settings. Whether used for chemical or heat pipe insulation, its robust composition ensures a long service life.
Optimal Thermal PerformanceWith a low thermal conductivity of 1.3 W/(cmC) and a density of 700 kg/m, this tape delivers superb thermal insulation. Its ideal for minimizing heat loss in pipes, reducing energy consumption, and protecting equipment from thermal damage. Its effectiveness is maintained across various widths and thicknesses, ensuring versatility for different industrial applications.
Flexible Dimensions and ApplicationsAvailable in sizes ranging from 25 to 100 millimeters in width and 3 to 5 millimeters in thickness, this tape can adapt to a variety of piping needs. Supplied in 30-meter rolls, its suitable for long-run installations, making it a preferred choice for manufacturers, suppliers, and exporters across India.
FAQs of Stainless Steel Reinforced Ceramic Fiber Tape:
Q: How is stainless steel reinforced ceramic fiber tape installed on industrial pipes?
A: Installation involves unrolling the tape and wrapping it securely around the target pipe or equipment surface, ensuring full coverage. The woven construction allows the tape to be easily shaped to contours, while the reinforced surface adds durability during handling and installation.
Q: What are the main advantages of using this tape for pipe insulation?
A: The primary benefits include superior thermal insulation, enhanced mechanical durability from stainless steel reinforcement, resistance to high temperatures, and adaptability to various pipe sizes and shapes due to its flat, woven form.
Q: Where is this ceramic fiber tape typically employed in industrial settings?
A: It is widely used in chemical plants, thermal power facilities, and other industries where pipelines require reliable heat insulation. Its resistance to thermal degradation makes it suitable for applications with consistent exposure to elevated temperatures.
Q: Can the tape withstand continuous high temperature environments?
A: Yes, thanks to its stainless steel reinforcement and ceramic fiber composition, the tape is specifically engineered for environments with persistent high temperatures, maintaining insulation effectiveness and material integrity over time.
Q: What is the process for selecting the correct tape dimensions for a specific application?
A: Determine the diameter and length of the pipe or component requiring insulation, then select the appropriate width (25100 mm) and thickness (35 mm) to ensure optimal coverage and thermal performance. Consult with the supplier or manufacturer for custom needs.
Q: What benefits does the woven construction provide over non-woven alternatives?
A: Woven construction imparts higher mechanical strength, flexibility, and resistance to fraying or tearing, which is essential for long-term durability and effective insulation in industrial environments.