Aluminosilicate Ceramic Fiber Blanket

Bulk density (density): 90-130kg/m3
Specifications: 15000×610×10(mm), 7200×610×20(mm), 6000×610×30(mm), 1500×610×40(mm), 3000×610×50(mm),
other models are available Made to order.

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Description

Product introduction:

Aluminosilicate ceramic fiber blanket is a fiber blanket made of a special reinforced needle punching process. The process does not contain any binder or other ingredients. The reinforced needle punching process correspondingly improves the degree of fiber interweaving and the anti-delamination performance of the blanket, without affecting its It is flexible and has good tensile strength at the same time. The installation method is simple and convenient, which greatly accelerates the construction speed of the furnace lining.

Common models :

Bulk density (density): 90-130kg/m3

Specifications: 15000×610×10(mm), 7200×610×20(mm), 6000×610×30(mm), 1500×610×40(mm), 3000×610×50(mm),

other models are available Made to order.

Application range :

Thermal insulation of electric boilers, steam turbines and nuclear power plants;

Pipes, special-shaped pipes, industrial kiln wall linings;

Chemical industry reaction equipment and heating equipment wall lining;

Stress-relieving heat insulation of welded parts;

Stress-relieving heat insulation of metal castings;

Heat insulation of furnace door and roof;

Product features:

1. Good thermal shock resistance, erosion resistance and crystallization resistance

2. The fiber has good elasticity and small shrinkage

3. Good sound insulation and mechanical strength

4.Low thermal conductivity and low heat storage performance

Advantages:

1.Integrate noise reduction and heat preservation in one

It is not deformed when used at high temperature. It is widely used in industrial building material kilns, high black building insulation, steam pipe insulation, steam tank insulation

2.Long-term use under neutral oxidizing gas

Able to maintain its tensile strength/toughness and fiber structure

3.No binder, no deformation at high temperature

Suitable for high temperature environments such as kilns, steam pipes, etc.

4.Low thermal conductivity, good thermal stability

It has the characteristics of chemical stability, low heat capacity, etc.