Queste cinque caratteristiche sono occupate dalla bobina di alluminio e dalle sue prestazioni come materiale da costruzione!
1. Proprietà meccaniche di bobine di alluminio: materiali in alluminio di alta qualità, vengono selezionate plastiche e adesivi, e viene adottata la tecnologia composita avanzata. Il prodotto ha la resistenza alla flessione e alla flessione richiesta dal pannello decorativo. Nelle condizioni atmosferiche delle quattro stagioni, changes in wind pressure, temperature, humidity and other factors will not cause bending, deformation, expansion, eccetera.
Do you know the properties of aluminum coils? Did you understand? If you don’t know, after reading this article, you can know more about aluminum coils.
2. Environmental protection of aluminum coils: aluminum coils are corrosion-resistant, have strong impact resistance, are easy to maintain, and are resistant to pollution. Materiale.
3. Decorative properties of aluminum coils: Aluminum for architectural decoration is widely used in building frames, doors and windows, soffitti, decorative surfaces, eccetera. due to its excellent corrosion resistance, sufficient strength, excellent process performance and welding performance. Such as various building doors and windows, aluminum profiles for curtain walls, aluminum curtain wall panels, profiled panels, checkered panels, color-coated aluminum panels, eccetera.
4. Weather resistance of aluminum coil: The surface of aluminum and its alloys is easy to form a dense and stable al2o3 protective film. This protective film will only be damaged under the intense action of halogen ions or alkali ions. Perciò, aluminum has good resistance to atmospheric (including industrial atmosphere and marine vapor) corrosion and water corrosion. It can resist the corrosion of a few acids and organic substances, and the corrosion inhibitor can be resistant to the corrosion of weak alkali solution; the corrosion resistance of aluminum alloy can be improved by adopting the protection method.
5. Flatness of aluminum coil: There is no composite high temperature indentation on the surface of aluminum coil. There is no residual stress on the surface of the aluminum coil, and it is not easily deformed after shearing.