In today’s social background of environmental protection and energy saving, ceramic thermal insulation board, as an efficient and environmentally friendly thermal insulation material, is gradually occupying an important position in the fields of construction and decoration. This paper will deeply discuss the excellent insulation performance of ceramic insulation board, reveal the scientific principle and practical application advantages behind it.
1, the material characteristics of ceramic insulation board
Ceramic insulation board is mainly made of natural inorganic materials such as kaolin by high temperature firing, with the advantages of light, durable, environmental protection and so on. Its thickness is only 1/3 of the traditional insulation materials, but the insulation effect can reach 3 to 5 times that of traditional materials. This excellent performance is mainly due to the low thermal conductivity and excellent thermal stability of the ceramic material itself.
2, excellent thermal insulation performance
Low thermal conductivity:
Ceramic insulation boards have extremely low thermal conductivity, usually in the range of 0.03 to 0.10 W/(m·K), much lower than traditional insulation materials such as rock wool and polyurethane foam. This means that ceramic insulation panels can effectively reduce heat conduction and provide excellent insulation performance.
High efficiency insulation:
Ceramic insulation board can not only effectively isolate the outside low temperature, but also prevent high temperature into the room in the summer, so as to keep the indoor temperature stable and reduce energy consumption.
Thermal stability:
Ceramic insulation board has excellent thermal stability and can withstand high temperature thermal cycling without cracking or deformation. This allows it to maintain stable thermal insulation performance in extreme weather conditions.