Aluminum Silicate Fireproof Wrap

Aluminum Silicate Fireproof Wrap (also known as Ceramic Fiber Fireproof Jacketing) is a high-performance inorganic fire protection and thermal insulation product, manufactured from high-purity aluminum silicate raw materials through high-temperature melting, fiber blowing/spinning, needling, and curing processes. It is a Class A non-combustible material with excellent high-temperature resistance, designed to provide reliable fire insulation and thermal protection for building structures, industrial pipelines, and equipment.

Core Performance Advantages

Extreme High-Temperature & Fire Resistance

With a service temperature up to 1000°C-1260°C and a melting point exceeding 1700°C, it is 90% non-combustible, effectively blocks flame spread and heat transfer. It can maintain structural stability in fire scenarios, meeting strict international fire safety standards for building and industrial fire protection.

Superior Thermal Insulation Performance

The low-density, porous fiber structure delivers extremely low thermal conductivity, significantly reducing heat loss and preventing heat penetration. It is ideal for both fire protection and energy-saving thermal insulation for high-temperature equipment and pipelines.

Excellent Flexibility & Workability

The needled fiber blanket/wrap has outstanding flexibility and tensile strength, easy to cut, bend, and wrap around irregular-shaped pipes, valves, and equipment. It fits tightly to the substrate, ensuring seamless fire protection coverage.

Lightweight & Shock-Resistant

Low density and light weight reduce the load on building structures and equipment. The fiber structure has good shock absorption and impact resistance, not easy to crack or fall off during long-term use.

Chemical Stability & Durability

Excellent corrosion resistance to acids, alkalis, and water vapor, no toxic gas release at high temperatures, no aging, and long service life. It maintains stable performance in harsh industrial and building environments.

Main Application Scenarios

Fireproof wrapping and thermal insulation for building fire shafts, cable trays, and ventilation ducts

High-temperature fire protection and insulation for industrial pipelines, boilers, kilns, and petrochemical equipment

Fire insulation for steel structure buildings, fire doors, and fire compartments

Thermal insulation for ship compartments, offshore platforms, and power plant equipment

Fire protection for industrial furnace linings and high-temperature mechanical equipment