Product Description
Ceramic Fiber Rope DSZCFRRP & DSZCFSRP
Our premium Ceramic Fiber Rope is designed for extreme high-temperature insulation and sealing applications. Manufactured from advanced ceramic fibers, these ropes are spun and reinforced to deliver superior tensile strength even under harsh thermal conditions. The use of organic carriers enhances structural stability and durability, ensuring consistent performance. Available in both round and square profiles, with SS metallic and non-metallic options, this rope is the perfect choice for demanding industrial environments.
Technical Specifications:
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Working Temperature Range: 1260C 1760C
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Available Diameters: 6, 8, 10, 12, 16, 19, 25, 32, 38, 50 mm
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Shapes: Round & Square
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Types: SS Metallic & Non-Metallic
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Coil Sizes: 5 Kg, 10 Kg, 25 Kg
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Material: Spun ceramic fibers reinforced for strength
Applications:
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Furnace & boiler insulation
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Pipe & tubing insulation
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Heat exchanger insulation
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Refractory & ceramic industry
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Automotive & marine insulation
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High-temperature gaskets & sealing
Key Benefits:
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Withstands extreme heat up to 1760C
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High tensile strength & long service life
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Excellent thermal shock resistance
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Asbestos-free & safe for industrial use
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Metallic reinforcement for enhanced durability
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Versatile for industrial, automotive, and marine applications
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Superior Thermal and Fire InsulationCeramic Fiber Rope is specifically designed to withstand high temperatures, making it a reliable solution for applications in boilers, pipelines, and power stations. Its unique braided construction ensures minimal heat loss and excellent fire resistance, providing robust protection in demanding environments like ships and industrial machinery.
Versatile Construction and SizesAvailable in both round and square shapes, this rope is braided in multiple plies to suit varied industrial needs. The white-colored, plain style enhances visibility and easy identification, while diameters ranging from 6 mm to 50 mm accommodate different insulation and sealing specifications in mechanical and thermal systems.
FAQs of Ceramic Fiber Rope:
Q: How is ceramic fiber rope typically used in industrial applications?
A: Ceramic fiber rope is widely used for thermal insulation and fire protection in textile machines, boilers, pipelines, power stations, and ships. Its robust braided structure allows it to seal doors, joints, and flanges or act as heat barriers, ensuring enhanced operational safety and efficiency.
Q: What are the main benefits of using ceramic fiber rope for insulation?
A: The key benefits include excellent resistance to high temperatures, low heat conductivity, and outstanding fire protection. Its flexibility and durability allow for easy installation in complex mechanical systems, thereby extending the service life of equipment and reducing maintenance costs.
Q: When should ceramic fiber rope be selected over other insulation materials?
A: Ceramic fiber rope should be chosen when environments demand high thermal resistance, fire safety, and low heat transfer. It is especially effective in settings such as boilers, pipelines, and machinery where exposure to extreme heat is frequent and consistent insulation performance is required.
Q: Where can ceramic fiber rope be sourced or purchased in India?
A: Ceramic fiber rope is available through a broad network of dealers, distributors, exporters, importers, manufacturers, suppliers, traders, and wholesalers across India, making it readily accessible for industrial projects and maintenance requirements.
Q: What is the manufacturing process for ceramic fiber rope?
A: The rope is created by braiding alumina-silica fibers into multiple plies, forming either round or square profiles based on requirements. This process ensures the final product is strong, flexible, and capable of withstanding high thermal stress in various applications.
Q: How does the ropes texture and ply structure impact its performance?
A: The braided texture and multiple ply construction enhance both the mechanical strength and insulating efficiency of the rope. This structure allows for better flexibility, reduced heat loss, and increased durability, particularly in high-temperature and high-friction environments.