Aluminum roll for anti-corrosion and thermal insulation

1. Thermal insulation aluminum coil has beautiful and durable functions

The thermal insulation data can be closely linked with the decoration surface data, so the problem that the thermal insulation data cannot be closely linked with the decoration surface data has been solved. It is not easy to drop or loosen after contact, and the wind pressure resistance of the decoration surface data has been enhanced. The decoration surface has diversified colors, and can be processed into a forest of plates, which can better represent the characteristics of construction and decoration

2. The fire insulation, thermal insulation and fire resistance functions of the thermal insulation aluminum coil are also excellent

The thermal insulation aluminum coil will not melt when exposed to high temperature, but will form a hole shaped scorched object with little smoke generation and strong resistance to ignition to resist flame extension; Even if the thermal insulation aluminum coil is exposed to fire or high temperature, because of its outstanding thermal insulation function, only the rapid temperature rise of its surface, the rapid generation of coke to resist flame extension, and the maintenance of the inner core without supplementary burning, shows an outstanding fire insulation function

3. Thermal insulation aluminum coil has the function of two layers of thermal insulation

The test was conducted to test the two-layer thermal insulation of the thermal insulation aluminum roll. An aluminum foil was attached to the upper mold of the polyurethane foam. After the foam molding, the aluminum foil acts as a release agent, while the other side is concerned with the foam, which enhances the wind pressure resistance of the aluminum plate. This is enough to illustrate the two-layer thermal insulation of the thermal insulation aluminum roll The structure with strong decorative property is different from that of other insulation boards at home and abroad. The rigid polyurethane with low thermal conductivity and high thermal insulation performance is directly bonded to the back of the formed aluminum plate through pouring foaming