Ceramic fiber module

Ceramic fiber modules are manufactured by needle-punching ceramic fiber blankets of the corresponding material and then machining them on specialized equipment to achieve the desired fiber‑assembly configuration and dimensions. During fabrication, a controlled degree of compression is maintained to ensure that, once the modular wall lining is installed, the modules will expand in the direction of compression, pressing adjacent modules tightly together to form a seamless monolithic structure. Furthermore, these ceramic fiber folding modules can be directly secured to the steel shell of industrial kilns using various types of anchoring devices, such as anchor studs.

Ceramic fiber module

It is manufactured by needle-punching ceramic fiber blankets of the corresponding material, processed on specialized machinery according to the fiber assembly’s structure and dimensions. During fabrication, a controlled degree of compression is maintained to ensure that, once the ceramic fiber folded modules are installed as wall linings, they will expand in the direction of compression, pressing against one another to form a seamless monolithic structure. Furthermore, these ceramic fiber folded modules can be directly secured to the steel shell of industrial kilns via various types of anchoring devices, such as anchor studs.

[Product Category]

1140 Ceramic Fiber Module

Standard Ceramic Fiber Module

High-purity ceramic fiber module

High-alumina ceramic fiber module

Zirconia-containing ceramic fiber module

[Product Features]

The various types of mounting hardware located on the back of the module enable installation in a row‑by‑row configuration.

The layout may also adopt a parquet-style arrangement.

After the fiber blanket is unwrapped, it tightly compacts in the compression direction, and its elasticity compensates for deformation of the furnace shell, preventing gaps from forming between components.

Elastic fiber blankets can withstand mechanical forces.

Due to its light weight, it stores little heat when used as an insulating material.

Low thermal conductivity delivers high energy-saving performance and provides resistance to thermal shock.

The liner requires no drying or curing, so it can be put into service immediately after installation.

The anchoring system is positioned away from the component’s hot surface, ensuring that the metal anchors remain at a relatively low temperature.

[Typical Applications]

Refractory linings for various industrial furnaces and heating equipment in industries such as metallurgy, machinery, building materials, petrochemicals, and nonferrous metals.

[Main Technical Performance Specifications]