Extruded plastic boards can also reduce the heating costs of houses. After bonding extruded plastic boards, the heating costs can be greatly reduced. In the long run, this is an energy-saving and cost-effective way. On the back of the extruded board, the compacted thickness of the adhesive is about 3. To ensure a strong bond, the bonding methods can be strip bonding and strip point bonding. Apply a special adhesive with a width of 50 and a thickness of 10 around and in the middle of each extruded board, and then apply a diameter of 100 in the partition area of the extruded board.
The outer side of the extruded board is bonded with lightweight mortar, leveling layer, and polymer anti cracking mortar plastering layer. The HFC non removable insulation formwork is firmly connected to the concrete through connectors to form a non hollow composite insulation system. When storing, it is important to pay attention and ensure that the environment is dry and humid. Secondly, attention should be paid to anti-corrosion issues. Although extruded boards have good application performance, their corrosion resistance is not very strong, and they will cause decay when exposed to corrosive substances.
Due to its tightly closed cell structure formed by continuous extrusion, extruded boards exhibit significantly higher density, water absorption, thermal conductivity, and steam permeability than other boards. The thermal insulation performance of extruded polystyrene board is its winning weapon. These are safety issues that should be paid attention to during the construction of polystyrene boards. I hope they can be helpful to everyone. A few simple points are important for every construction worker. Protect the main structure of the building and extend its lifespan. Due to the external insulation layer being placed on the outside of the structure, it reduces the stress caused by structural deformation due to temperature changes and reduces the erosion of the structure by ultraviolet rays in the air.