Ceramic fiber material has excellent properties such as temperature resistance, heat insulation, light weight and thermal shock resistance. It can effectively strengthen the thermal insulation structure of industrial furnaces, effectively control the heat loss of the furnace body, and achieve the effect of saving energy.
Because of the use of ceramic fiber wall lining, the furnace wall is light and the heat capacity is low, which can effectively improve the heating rate of the furnace, shorten the furnace operation period, and improve the furnace operation rate and operation flexibility.
Due to the light furnace wall, no thermal expansion stress and thermal shock resistance, the furnace steel can be significantly saved, and an efficient and light kiln structure can be realized. The furnace can be heated up and put into production after the construction is completed, and no oven program is required.
The technical advantages of using the combination of layers and laying
Laminated and modular composite structure furnace lining is the most widely used type of furnace lining structure in fiber furnace lining structure. The material grade requirements of the parts ensure the long-term service life of the anchoring structure.
Gapless lining; the modules are compressed into an accordion shape, and after installation, the modules are unwrapped to expand and squeeze each other tightly. The expansion of the module can make up for the shrinkage seam of the fiber at high temperature, and prevent the fiber blanket at the seam from creating an open seam at high temperature. Compensate for module-to-module shrinkage at high temperatures.
The module is installed and fixed in a single block, which is convenient for maintenance.
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