The ceramic fiber module is made of the corresponding material of the ceramic fiber blanket according to the structure and size of the fiber component, and is processed by special mechanical equipment. It maintains a certain proportion of compression to ensure that after the wall lining of the ceramic fiber components is completed, the ceramic fiber components expand in different directions, so that the ceramic fiber components are squeezed into a seamless whole. The ceramic fiber components are directly fixed on the industrial furnace shell through various forms of anchors.
The ceramic fiber module has the excellent characteristics of ceramic fiber. The fiber module is always in an expanded state to compensate for thermal contraction, so that the overall sealing of the furnace body is high; it has the ability to resist thermal shock; the lining body does not need drying and maintenance, and can be put into use immediately after installation ; The anchoring system is far away from the hot surface of the furnace body, so that the metal anchors are at a relatively low safe temperature.
The ceramic fiber module reduces the weight of the furnace, saves the building materials for the furnace, reduces the thickness of the furnace wall, reduces the investment cost, and has good thermal shock resistance and mechanical vibration resistance, which ensures the service life of the kiln. The use of refractory fiber modules as the furnace lining can not only reduce the weight of the kiln body and the thermal expansion and contraction stress of the kiln body, but also improve its thermal insulation performance. The thermal conductivity is small, the thermal insulation effect is good, and the energy saving effect is good. The bulk density is small, the heat storage is low, and the heating and cooling speed of the furnace is fast, which effectively improves the heat utilization rate of the kiln.
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