Product Description
Ceramic Fiber Fabric
Key Features:
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Woven from high-quality alumina-silica fibers
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Mechanically needled for high tensile strength & surface integrity
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Strong, lightweight, and flexible fabric
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Reinforced with fiberglass filament and optional Inconel/alloy steel wire
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Withstands steady-state temperatures up to 1260 C and short-term up to 1760 C
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Resistant to thermal shock, corrosion, and abrasion
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Conductive with SS metallic soft wire reinforcement
Technical Specifications:
Applications:
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Aerospace & Defense: Heat shields for aircraft, spacecraft, and missile systems
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Power Generation & Energy Storage: Thermal protection for turbines, reactors, batteries, and fuel cells
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Chemical & Petrochemical Plants: Protection against heat, corrosion, and chemical attack
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Industrial Furnaces & Kilns: High-temperature insulation for vessels, ducts, and components
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Metal Casting & Glass Manufacturing: Thermal management and protective barriers
Benefits:
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Exceptional Insulation: Superior thermal resistance with minimal heat loss
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Durability: Withstands harsh operating environments
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Energy Efficiency: Reduces heat loss and energy consumption
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Versatility: Suitable across aerospace, industrial, and energy sectors
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High Safety: Protects personnel, equipment, and systems from heat damage
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Technical Details
Superior Thermal and Fire ResistanceDesigned for demanding environments, this ceramic fiber fabric withstands temperatures up to 1300C, making it suitable for fire protection and thermal insulation. The materials low thermal conductivity further enhances energy efficiency, ensuring safety and performance in high-heat settings.
Versatile Industrial ApplicationsUsed extensively in textile machinery, boiler insulation, pipelines, power plants, and ships, this fabric is a trusted solution across several fields. Its robust construction and reinforced structure provide exceptional durability, supporting both fire protection and prolonged thermal insulation needs.
Durability and Ease of InstallationThe stainless steel reinforcement and plain weave deliver strength and flexibility. Sized at either 1m x 30m or 1m x 50m, and weighing 45 kg for a roll, it is easy to handle and install. Its consistent plain texture and thickness of 3 mm make it suitable for custom fitting into various setups.
FAQs of Woven Ceramic Fiber Yarn Fabric:
Q: How is the woven ceramic fiber yarn fabric installed in industrial applications?
A: This fabric is typically cut to the required length and fitted over surfaces needing insulation, such as pipelines, boilers, and machinery. Fastening can be done with suitable mechanical pins or stainless steel wire, depending on the setup, ensuring a secure and consistent thermal barrier.
Q: What are the primary benefits of using this ceramic fiber cloth with stainless steel reinforcement?
A: Key advantages include excellent heat insulation, resistance to fire up to 1300C, low thermal conductivity, and robust mechanical strength. The stainless steel reinforcement enhances durability, making it ideal for rigorous industrial use and providing reliable fire protection and thermal performance.
Q: When should this fabric be chosen over other types of insulation materials?
A: This fabric is best chosen when applications demand exceptional heat and fire resistance combined with mechanical robustness. Industries requiring insulation and fire protection for machines, pipelines, or vessels operating at high temperatures will benefit most from this material.
Q: Where can this ceramic fiber yarn fabric be applied for optimal performance?
A: Optimal use cases include textile machinery, boilers, pipelines in power stations, and ships where sustained thermal insulation and fire resistance are needed. Its flexibility in dimension and form enables usage in various industrial environments across India and globally.
Q: What is the process involved in manufacturing this ceramic fiber cloth?
A: Manufacturing involves weaving high-purity ceramic fiber yarnsoften blended with a core of stainless steelto create a flat, plain-patterned fabric. The material is then thermally treated for enhanced resistance and quality assurance before being cut and rolled to standard sizes.
Q: How does the fabrics thermal conductivity affect its real-world application?
A: With its low thermal conductivity (0.03 W/mK), the ceramic fiber cloth effectively minimizes heat transfer, maintaining energy efficiency and protecting surrounding equipment and personnel from excessive heat exposure in industrial settings.
Q: What maintenance is required after installation of the ceramic fiber cloth?
A: Minimal maintenance is needed. Routine inspections should check for physical damage or displacement, particularly in high-vibration or high-traffic areas. If the fabric remains undisturbed and kept dry, its fireproof and insulating properties are retained over prolonged periods.