High Temperature Aluminum Silicate Insulation Pipe

• Material: Glass
• Refractoriness: 800-1400°C
• Color: White
• After-sales Service: a Year
• Diameter: 4miu
• Surface Treatment: No
• Model NO.: FY043
• Apparent Density: 70kg/M³-220kg/M³
• Warranty: a Year
• Transport Package: White Bag Packing
• Specification: 3600mm*610mm*50mm
• Trademark: Fanyang
• Origin: Shaanxi, China

Product Description

 

Aluminum Silicate Needled Blanket

 

Our Aluminum Silicate Needled Blanket is a high-quality heat preservation refractory material made from aluminum silicate long fibers. It is produced using a resistance furnace process and is available in spinning needle and blowing needle variations.

 

With different raw materials and formulations, our blankets come in various types including common (STD), high purity (HP), high aluminum (HA), zirconium aluminum, standard, and zirconium containing (ZA).

 

Product Characteristics:

 

• Good extensibility


• Strong shock resistance


• Lightweight


• Excellent heat insulation


• Strong stability


• No deformation at high temperatures


 

 

These blankets find applications in the chemical, construction, electronics, aerospace, military, air conditioning, and refrigeration industries.

 

Advantages:

 

• White color


• Regular size


• Fire and heat insulation combined


• No binding agents


• Chemical and thermal stability


• Sound absorption and noise reduction


• High tensile strength


• Low thermal conductivity and heat capacity


 

 

Applications:

 

• High-temperature thermal insulation in aerospace, steel, petrochemical, and electric power industries


• Fire and heat insulation for military equipment


• Insulation for industrial furnaces, heating devices, and high-temperature equipment


• Electrical component insulation and fire prevention


• Inorganic fire shutter door refractory layer


• Module and folding block material


 

 

Our Aluminum Silicate Needled Blanket is ideal for various industrial and construction applications, providing reliable heat insulation and fire protection.