Product Description
Signature Ceramic Fiber Fabric DSZCF3.0
Woven from high-quality alumina silica fibers in ceramic fiber yarn form
Mechanically needled for enhanced tensile strength & surface integrity
Strong, lightweight & flexible available in multiple thicknesses & sizes
Reinforced with fiberglass filament, optional Inconel/Alloy Steel Wire
Withstands high temperatures 1260 C continuous, up to 1760 C short-term
Melting Point: 1760 C
Available Thickness: 2.0 mm, 3.0 mm, 4.0 mm
Weight Options: 1000 GSM & 1500 GSM
Weave: Plain | Color: White | Size: 1 x 30 Meter
Reinforcement: Stainless Steel Metallic Soft Wire
Conductive: Yes
Applications:
Heat shields for aircraft, spacecraft & missile systems
Thermal protection for propulsion units & reactors
Insulation for pipes, ducts, furnaces, kilns & vessels
Protection against heat damage, corrosion & chemical attack
Thermal management in batteries & fuel cells
Industrial uses in metal casting & glass manufacturing
Benefits:
Superior thermal insulation & chemical stability
Resistant to thermal shock, abrasion & corrosion
Performs in harsh, high-temperature environments
Reduces heat loss & energy consumption
Long-lasting without deterioration or cristobalite formation
Industry Use:
Aerospace & Defense
Power Generation & Energy Storage
Chemical & Petrochemical Processing
Industrial Heat Shields & Thermal Protection
High-Temperature Refractory Insulation
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Superior High-Temperature PerformanceEngineered to withstand temperatures up to 1260C, this ceramic fiber cloth reinforced with stainless steel wire is perfect for demanding industrial environments. It provides robust insulation in welding, furnace, and kiln operations, ensuring operational safety and efficiency in extreme heat conditions.
Durable, Flexible, and Easy to InstallThe flat, woven design grants flexibility and multilayer installation without compromising strength, courtesy of stainless steel wire reinforcement. At only 3 mm thickness, it offers lightweight yet effective heat barrier protection, easily customized for a variety of high-temperature applications in factories and workshops.
FAQs of Signature Ceramic Fiber Cloth Inside SS Wire 1260 C:
Q: How is the Signature Ceramic Fiber Cloth used in welding and industrial applications?
A: It is commonly used as a welding blanket or protective heat barrier in high-temperature industrial processes. Its woven ceramic fiber reinforced with stainless steel wire effectively insulates and protects surfaces from extreme heat in furnaces, kilns, and manufacturing environments.
Q: What are the main benefits of using ceramic fiber cloth with stainless steel wire reinforcement?
A: The stainless steel wire enhances structural integrity, allowing the cloth to retain flexibility while resisting tearing and deformation at high temperatures. This results in improved durability, thermal insulation, and longer operational life in demanding industrial settings.
Q: When should I use this ceramic fiber cloth for heat insulation?
A: This cloth is best suited for applications where continuous exposure to temperatures up to 1260C is anticipated, such as in furnace linings, kiln hoods, and heat shields in manufacturing plants. Its robust thermal performance makes it suitable for ongoing or intermittent high-heat processes.
Q: Where can I purchase the Signature Ceramic Fiber Cloth Inside SS Wire in India?
A: You can purchase this ceramic fiber cloth through authorized dealers, distributors, manufacturers, and wholesalers throughout India. It is widely available via multiple commercial channels tailored for industrial supply.
Q: What is the process for installing the ceramic fiber cloth?
A: Installation typically involves cutting the cloth to fit the required area, securing it with mechanical fasteners or high-temperature adhesives as needed. The flexible design allows for easy wrapping around equipment or surfaces, ensuring comprehensive insulation coverage.
Q: What makes this ceramic fiber cloth suitable for high-temperature applications?
A: Its engineered ceramic fiber composition ensures low thermal conductivity (1.2 W/mK), excellent heat resistance, and minimal thermal shrinkage. The stainless steel wire reinforcement further guarantees stability when exposed to extreme temperatures, making it ideal for insulation and protective barriers.