Stone thermal insulation and decoration integration is mainly used in residential, public buildings, bathrooms, kitchens, balconies, windows and other places. It is easy to construct, can save the steps of tiling and coating, and can also increase the insulation effect of the wall and improve the indoor thermal insulation performance. When using thermal insulation and decoration integration for construction, the splicing process of the board is very simple. Thermal insulation and decoration integration does not require glue for bonding during the entire construction process. You only need to insert the wooden board, so the wooden board can be used for construction in both spring and winter.

Personnel related to the construction of stone thermal insulation and decoration integration, including general contractors, external windows, curtain walls and other units, jointly participate in the review and evaluation of the drawings, solve the drawing problems in advance, and ensure that there are no mistakes before starting the work. In addition, thermal insulation and decoration integration has high strength, high load-bearing capacity and wear resistance, which can resist the erosion and wear of the external environment of the building and improve the durability of the insulation layer.

The number and fixing depth of the mechanical fasteners of stone thermal insulation and decoration integration have corresponding standards. Generally, the depth should not be less than 25 mm, and the number should not be less than 3. The filling width and depth of the foam filler at the deformation joint should meet the corresponding standard requirements, generally not less than 3 times the joint width. The integrated thermal insulation and decoration is light in weight, which greatly reduces the load-bearing capacity of the building. The weight of the 8mm thick integrated thermal insulation and decoration plus the thermal insulation material is about 25kg. The use of stone thermal insulation and decoration integration greatly reduces the load of the building, protects the building structure, and extends the service life of the building.