Baotou GRC The thermal insulation performance of cement European components is mainly reflected in the characteristics of their materials. GRC Glass fiber reinforced cement is used. Glass fiber is an excellent thermal insulation material. Glass fiber has low thermal conductivity and excellent thermal insulation performance, which can effectively reduce heat conduction and loss and improve the thermal insulation effect of buildings. In addition, cement, fine sand and other materials also have certain thermal insulation performance, which can play a certain role in thermal insulation.
The structural design of GRC cement European components also makes it have good thermal insulation performance. GRC components usually adopt a cavity structure with a certain air layer inside, which can isolate cold and hot air flow and reduce heat transmission and loss. At the same time, the surface of the parts adopts special treatment process to form holes, increase the surface insulation performance and reduce heat radiation.

In addition, GRC cement European members also have the following insulation advantages.
Good thermal conductivity: GRC components have low thermal conductivity and slow thermal conductivity, which can effectively keep the indoor temperature stable and reduce the conduction of cold and hot air through the components.
Good thermal insulation performance: the thermal insulation performance of GRC components can meet certain standard requirements, meet the thermal insulation requirements of buildings, and reduce the impact of outdoor ambient temperature on indoor temperature.
Good thermal insulation performance: GRC components have a compact structure, which can effectively avoid cold and hot air circulation, reduce indoor and outdoor temperature differences, and improve building thermal insulation performance.
Good waterproof performance: the surface of GRC parts has been specially treated to form a waterproof layer, which can effectively resist the influence of water penetration and humidity, protect the insulation materials inside the parts, and improve the insulation effect.
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