BFT External wall insulation board can be said to be a relatively advanced external wall insulation material in China, which has the advantages of heat preservation, fire prevention, moisture resistance, and earthquake resistance construction. It can be used for 50 years after installation and is durable. The installation structure of the metal engraving board external wall insulation board is a plug-in technology, and the short-term installation is simple and firm. The four seasons are not restricted by construction conditions. The metal engraved board wall has good thermal insulation effect, the temperature difference between inside and outside is about 177°, the appearance color can keep beautiful for a long time, and it has strong flame retardancy, and it will not burst, fall off or crack due to fire.
The BFT external wall insulation board building has strong durability, resistance to external impact, heat preservation and waterproof. It has a service life of more than 50 years, is light in weight, and is not easily damaged. Galvalume-coated steel sheets are used for metal carved panels. This kind of steel plate is high in quality, good in hardness and cheap in price, making it very suitable for construction. Metal carved panels are more environmentally friendly than traditional exterior wall panels, with better thermal insulation performance and longer service life. Technical metal engraving plate can be called a safe and environmentally friendly metal engraving plate material, and three conditions need to be met during the production process.
Recommended reason: BFT external wall insulation board: fireproof advantages: the material is mainly compatible with existing fireproof materials, and has high fireproof function. Waterproof and anti-cracking advantages: the engraving board uses the factory pre-coated inorganic resin board as the decorative surface material, which is completely qualified in the face of cracking product quality problems, and there is no cracking problem. Requirements for the production and use of metal engraving plates: the production process of the material is safe and environmentally friendly, and does not cause direct harm to the safe and healthy environment, nor does it bury hidden dangers of accidents; the intrinsic safety of the material is high, and it is not easy to cause safety hazards and secondary disasters , such as storage, transportation, operation, use, disposal, etc.; the impact on the ecological environment and climate and the further increase of comprehensive costs, compared with traditional materials, the material consumption, energy consumption, waste discharge and treatment of materials. When carrying and loading and unloading carved boards, the length of the board should be the force-bearing side, and the board should be handled carefully to avoid collision and damage to the board; when moving the veneer, it should be carried vertically to avoid deformation of the board. The bottom surface of the transportation tool must be flat, and the engraving board should be fixed after loading horizontally to avoid product damage caused by excessive bundling, reduce vibration during transportation, and prevent collisions and rain. When using a square wooden pad, ensure that the product is not deformed; when placed in the open air, the engraving board should be covered with a waterproof cloth; when the engraving board is stored, it should be kept away from high temperature oil, chemicals and other corrosive materials mixed.
To avoid scratching the board surface, do not open and remove the engraving board from the side. After the engraving board is cut, iron filings are attached to the surface of the board and the incision, which is easy to rust, and the remaining iron filings should be removed. Care should be taken to protect the surface of the engraving board to avoid scratches and impacts. Avoid construction work when it rains; during the construction process, prevent the engraving board from contacting with water, and avoid using it in places with high temperature, high humidity, and acid discharge.