Product Description
Ceramic Fiber Fabric DSZCF3.0 High-Performance Thermal Protection
Key Features:
-
Woven from high-quality alumina silica fibers with mechanical needling for enhanced tensile strength and surface integrity
-
Strong, lightweight, and flexible fabric available in multiple thicknesses, widths, and lengths
-
Operates continuously at 1260 C with short-term exposure up to 1760 C
-
Reinforced with fiberglass filament and optional Inconel/alloy steel wire for durability
-
Excellent resistance to heat, corrosion, abrasion, and chemical attack
Technical Specifications:
-
Thickness: 2.0 mm, 3.0 mm, 4.0 mm
-
Weight: 1000 GSM & 1500 GSM
-
Size: 1 m 30 m
-
Color: White
-
Weave: Plain
-
Reinforcement: SS Metallic Soft Wire
-
Conductive: Yes
-
Melting Point: 1760 C
Applications:
-
Heat shields for aircraft, spacecraft, and missile systems
-
Thermal protection in propulsion units and defense systems
-
High-temperature insulation for pipes, ducts, furnaces, kilns, reactors, and vessels
-
Energy storage systems (batteries, fuel cells) thermal management
-
Protection in metal casting, glass manufacturing, and chemical processing industries
Benefits:
-
Superior thermal insulation and stability under extreme heat
-
Withstands thermal shock, corrosion, and abrasion
-
Long-lasting performance in harsh environments
-
Reduces heat loss and energy consumption
-
Ensures safety for both personnel and equipment
Industry Use:
-
Aerospace & Defense
-
Power Generation & Energy Storage
-
Chemical & Petrochemical Processing
-
Industrial Heat Shields & Refractory Applications
#CeramicFiberFabric #HighTemperatureFabric #ThermalInsulation #FireProtection #IndustrialSafety #AerospaceMaterials #EnergyStorageSafety #RefractoryInsulation #HeatShield
Superior Thermal InsulationEngineered for extreme environments, this ceramic fiber blanket excels at thermal management, maintaining low thermal conductivity (1.3 W/m.K) even under temperatures up to 1300C. Its high density and carefully selected ceramic fibers help reduce heat loss, making it ideal for welding and a variety of industrial applications.
Versatile Application OptionsThe blankets robust construction and flexibility allow it to be used in numerous industrial settings, including as a welding blanket or for insulation in furnaces, kilns, and ovens. Its size (1m x 2m) and weight (1100 GSM) enhance its adaptability for different insulation requirements, fitting both new installations and retrofitting needs.
FAQs of Ceramic Fiber Blanket Signature:
Q: How is the Ceramic Fiber Blanket Signature installed for insulation purposes?
A: The Ceramic Fiber Blanket Signature is typically installed by laying it flat over the required surface, ensuring full coverage. It can be cut to size using scissors or a utility knife and secured with fasteners or high-temperature adhesives for more demanding environments.
Q: What types of industrial applications can this ceramic fiber blanket be used for?
A: This blanket is suitable for welding protection, furnace or kiln insulation, pipe wrapping, and other industrial environments exposed to high temperatures up to 1300C. Its flat, flexible design makes it effective across multiple insulation and heat-shielding scenarios.
Q: When should I choose this ceramic fiber blanket with a density of 700 kg/m over other densities?
A: A 700 kg/m density provides an optimal balance between insulation performance and ease of handling. It is recommended when you require high thermal protection without adding significant bulk or weight to your installation, especially in demanding industrial settings.
Q: Where can the Ceramic Fiber Blanket Signature be sourced in India?
A: This product is available through a broad network of dealers, distributors, exporters, importers, manufacturers, suppliers, traders, and wholesalers across India, ensuring reliable supply for diverse industrial needs.
Q: What are the benefits of using a ceramic fiber blanket without coating?
A: A ceramic fiber blanket without coating offers greater flexibility, easier installation, and enhanced breathability. It is also less likely to emit fumes or degrade under high temperatures, ensuring safer and more reliable insulation in sensitive environments.
Q: How does the thermal conductivity of 1.3 W/m.K contribute to its performance?
A: A thermal conductivity of 1.3 W/m.K means the blanket is highly effective at limiting heat transfer, thus maximizing energy conservation and providing robust protection against heat loss or thermal damage in industrial systems.