Aluminum Honeycomb Panel, mostly applies on the comercial builidng, and other buildings decoration, and also is a material of erospace using on the commercial building.
Alumminum Honeycomb Panel mostly uses with excellent quality Aluminum Alloy Panel or High manganese alloy aluminum panel for the base. The thickness for the surface is 0.7 to 1.2mm with PVDF or Color-resistant painting. The color-resistant painting can resist scratching, resist acid rain corrosion causing color changed, and its self-cleaning aspects is greater than PVDF. The base board thickness is 0.5 to 1.0mm and the total thickness for an Aluminum Honeycomb Panel is 8 to 50mm. The core material uses hexagonal aluminum honeycomb core, and its Aluminum foil thickness is 0.04 to 0.06mm, and the side height is 5 to 6mm, using roll forming technology to finish the front and back surface. Automatic machinery and equipment deal with the side and front and back while installation.
The whole processing is completed by modern factory, using the heat technology made into shape. Because of the High heat conduction value combined between Aluminum and Honeycomb, synchronizing the thermal expansion and contraction of both inside and outside of the Aluminum. This cause the aluminum surface having a hole underneath the honeycomb panel so that the air can flow through. The structure will not be deformed after the thermal expansion and contraction because of the system of the slipable installation. Therefore, the panel can maintain extremely flat by using adhesive glue: Two-component polyurethane high-temperature curing adhesive by using automatic honeycomb panel combined producing machines through the high heat combination. This has overcomed the traditional problem which is adhesive layer’s brittleness of honeycomb panel. The inside of the honeycomb panel is Special hexagonal aluminum honeycomb and its hardness reach H19 made by aluminum alloy, and adhere to the core bord between structures in order to bear the force from above. These concentrated honeycomb connected with each other so it can disperse the force from the panel directing to. When the force is balanced , the panel is still able to maintain its extreme flatness while using in large areas.
