Where does the super anti-aging property of aluminum insulation integrated board come from?
Publish Time: 2024-12-05
As a modern energy-saving and thermal insulation building material, aluminum insulation integrated board is widely used in thermal insulation and decoration of building exterior walls due to its excellent anti-aging properties and multiple functional advantages.
Aluminum insulation integrated board is usually composed of thermal insulation layers such as XPS/EPS/rock wool, strong composite glue and fluorocarbon aluminum veneer. Among them, fluorocarbon aluminum veneer is the key factor that gives aluminum insulation integrated board super anti-aging properties. The fluorocarbon coating coated on the surface of fluorocarbon aluminum veneer has extremely high durability and UV resistance after special process treatment. The fluorocarbon bonds on the fluorocarbon resin molecular chain can resist the degradation of ultraviolet rays, ensuring that the appearance of the aluminum plate remains the same after long-term outdoor use. According to the artificial accelerated aging experiment of long-term outdoor use, the service life of fluorocarbon coating can reach more than 20 years, or even longer.
In addition to the contribution of fluorocarbon coating, the anti-aging property of aluminum insulation integrated board also comes from the optimized design of its overall structure. Insulation materials such as rock wool and polyurethane can not only effectively isolate the temperature difference between indoor and outdoor, reduce energy conduction, and improve the energy efficiency of buildings, but also have good durability and stability. The insulation layer and the aluminum plate are bonded by strong composite glue to ensure the firmness and stability of the structure and avoid the problem of falling off or cracking caused by material aging.
The anti-aging properties of aluminum insulation integrated board are also reflected in its unique production process. Factory prefabrication and integrated molding technology ensure the precise size and stable quality of the product. This production method not only reduces on-site waste and processing procedures, but also greatly improves construction efficiency and quality controllability. In the production process, advanced environmental protection technology and materials are used to avoid the generation of harmful substances, which is in line with the development trend of green buildings.
In actual applications, aluminum insulation integrated board shows strong practicality and decorativeness. Its surface color and texture are diverse, and can be customized according to customer preferences to meet the needs of different architectural styles. At the same time, the aluminum plate itself has the characteristics of light weight, high strength, waterproof and moisture-proof, fire retardant, etc., which further enhances its comprehensive performance as a building material. Especially in terms of fireproof performance, the aluminum plate itself is a non-combustible material with good high temperature resistance. It can effectively prevent the spread of fire and protect the safety of the building when a fire occurs.
The installation of aluminum insulation integrated board is also extremely simple and quick. Because the product has a light weight, it is easy to transport and carry. At the same time, it is connected to the wall by bonding and anchoring, which reduces the installation process and construction period. This installation method not only reduces the construction difficulty and cost, but also ensures the firmness and safety of product installation.
In summary, the reason why aluminum insulation integrated board has super anti-aging properties is mainly due to the special coating of fluorocarbon aluminum veneer, the optimized design of the overall structure and the advanced production process. These advantages have made aluminum insulation integrated board widely used in the field of modern construction and become an ideal energy-saving, heat-insulating and decorative integrated building material.
