Aluminum silicate ceramic fiber module is made of ceramic fiber needle punched blankets of corresponding materials, processed on specialized machinery according to the structure and size of fiber components.

During the processing, a certain proportion of compression is maintained to ensure that the ceramic fiber module expands in different directions after the wall lining of the ceramic fiber module is completed, so that the ceramic fiber modules are squeezed into a seamless whole.

Ceramic fiber modules are directly fixed to the steel plates of industrial kiln shells through various forms of anchoring devices.

The maximum length of ceramic fiber modules can reach 1500mm, with a compression height of less than 500mm. The insulation thickness can be between 100-500mm. The conventional size is 600/300 * 300 * insulation thickness, and the bulk density is 172/192/200/210/220/230k. Ceramic fiber modules with a bulk density greater than 220k and a length exceeding 600mm need to be fixed with packing tape.

Various materials (201/304/310/316, etc.) and models (butterfly/diamond/angle iron, etc.) of stainless steel or ceramic fasteners can be pre embedded in the ceramic fiber module to meet different installation methods.

Product Features：

★ The various forms of anchoring components located on the back of the module allow for installation in either a soldier style or a patchwork floor style arrangement

★ The fiber blanket will be squeezed tightly in the compression direction after unbinding, and its elasticity can compensate for the deformation of the furnace shell, so that there are no gaps between the components

★ Elastic fiber blanket can resist mechanical external forces

★ Due to its light weight, it has less heat storage when used as an insulation material

★ Low thermal conductivity brings high energy-saving effect and has the ability to resist thermal shock

★ The lining does not require drying or maintenance, so it can be put into use immediately after installation

★ The anchoring system is located away from the hot surface of the components, keeping the metal anchoring components at a relatively low temperature

Product Application：

Steel industry:

Ladle cover, heating furnace, annealing furnace, hood furnace, walking furnace, hot air duct and pipeline, etc

Ceramic industry:

Tunnel kiln, shuttle kiln, roller kiln

Petrochemical industry:

Atmospheric pressure furnace, conversion furnace, coking furnace, cracking furnace, heating furnace, flue gas duct, etc

Environmental protection and energy conservation industry:

Waste incinerators, RTO waste gas treatment furnaces, SCR environmental catalytic furnaces, etc

Physicochemical indicators：