The construction of thermal insulation decorative integrated board, bonding and anchoring combination method. The focus here is on bonding and anchoring. Both bonding and anchoring should meet the connection safety design requirements. The corners and small-sized thermal insulation decorative boards should increase the bonding area ratio or fully bond.

Construction of thermal insulation decorative integrated board: bonding and anchoring combination method

The drilling depth is equal to the anchoring depth plus 10mm, which can leave enough space for the thermal insulation nails to be screwed in and accommodate the iron filings generated, reducing the construction steps and reducing the difficulty of operation. The scraps cannot be cleaned up by manpower alone. During the installation process, it is common for workers to directly use hammers to hammer the thermal insulation nails in, which further destroys the bonding system. The types of thermal insulation nails cannot be distinguished by appearance, and the performance is similar. The inferior products are mainly made of recycled materials.

Rock wool board has good thermal insulation effect and sound absorption and noise reduction. It is one of the preferred thermal insulation materials in engineering projects. Among various decorations, the exterior wall decorative thermal insulation integrated board has more styles to choose from, and users can also choose different materials, textures, colors and styles according to actual needs.

External wall insulation anchor nails are used to press hot-dip galvanized welded mesh, alkali-resistant fiberglass mesh or insulation board into the borehole wall through the expansion part of the bolt to generate friction and the geometric shape of the bolt mouth and the external wall insulation anchor bolt foundation and the drill hole shape to bear the load.

The external wall insulation decoration integrated board forms a whole with the external wall, which should meet the requirements of temperature deformation, impermeability, frost resistance and wind pressure resistance. The ceramic thin plate insulation decoration integrated board is pressed at 1280 degrees high temperature to form a finishing layer and an insulation layer. The chemical synthesis ensures that it will not fall off or fade forever. The heat transfer coefficient is mainly related to the insulation core material used. The external wall insulation integrated board manufacturer minimizes the load on the wall while achieving the functions of insulation, fire safety and decoration.