High Temperature Resistance Fabric

Product Description

Ceramic Fiber Fabric DSZCF3.0

• Composition: Woven from high-quality alumina-silica fibers, mechanically needled for tensile strength and surface integrity

• Reinforcement: Fiberglass filament; optional Inconel/alloy steel wire (SS Metallic Soft Wire standard)

• Temperature Resistance: Continuous use 1260 C | Short-term up to 1760 C

• Melting Point: 1760 C

• Thickness Options: 2.0 mm, 3.0 mm, 4.0 mm

• Weight: 1000 GSM & 1500 GSM

• Color: White

• Weave: Plain

• Roll Size: 1 m 30 m

• Conductive: Yes

Benefits

• Exceptional thermal insulation and chemical stability

• Resists thermal shock, corrosion, and abrasion

• Strong, lightweight, and flexible

• Reduces heat loss and improves energy efficiency

• Long-lasting performance in harsh high-temperature environments

Applications

• Heat shields for aircraft, spacecraft, and missile systems

• Thermal protection for propulsion units

• Insulation for furnaces, kilns, reactors, ducts, pipes, and high-temperature equipment

• Power plants and energy storage systems (batteries, fuel cells)

• Protection for personnel and industrial equipment

• Metal casting and glass manufacturing

• Industrial heat shields and refractory linings

Exceptional Heat and Flame Resistance

Crafted from high-quality fiberglass, this fabric withstands temperatures up to 1300C. Its outstanding thermal conductivity rating of 1.3 W/(m.k) ensures reliable insulation, making it a trusted choice for critical thermal protection in power stations, ships, and heavy machinery. The fabrics durability allows it to perform optimally in fire-prone or high-heat industrial settings.


Versatile Applications and Easy Integration

With its flat shape and uncoated surface, this fabric adapts to a diverse range of uses, including welding curtains, fireproof covers, and flame barriers. Its standard size (2m x 1m) makes installation straightforward across boiler rooms, pipelines, and textile machinery. Lightweight yet sturdy, it meets the rigorous demands of various industries.