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The walls of the thermal insulation and decoration integration shall not be drilled at will. If necessary, it should be carried out after the thermal insulation mortar reaches the design strength, and the objects should be restored to their original state after installation. Before solidification and hardening, each structural rail should be protected from water scouring, impact and vibration. It has good flexibility and bending resistance, which improves the convenience of the product in construction and reduces the loss rate during transportation. It also has good scene adaptability, such as some small curved or shaped buildings.

Horizontal cracks under the eaves mainly occur on all cast reinforced concrete roof panels. The reason is that when the temperature rises, the roof panel and the exterior wall deform out of sync, and there is no sliding structure between the thermal insulation and decoration integration and the top reinforced concrete ring beam, resulting in horizontal cracks in the wall under the eaves.

The thermal insulation and decoration integration technology has a hard road as the path, and the project has no boundaries and sticks to the boat. The task of energy saving and carbon reduction is arduous. Grasping the quality of each link and ensuring the quality of the final project is the way out. When installing the thermal insulation and decoration integration, we need to consider the influence of the atmospheric environment and temperature. At the same time, when the inner surface of this product meets the wall, will there be thermal expansion and contraction, and then there will be a wall gap.

The thermal insulation and decoration integration and the panel will produce a mechanical connection between the exterior wall and the panel, so that each composite decorative panel can be fixed independently, and then matched with some sealant hooks, so that the extrusion around the panel is uniform and has a shock-absorbing effect.