Description
With patented brazing technics, our aluminum honeycomb panels / ACM panels are fully welded under 600 degree Celsius. There is no glue / adhesive in between the honeycomb core / metal core and aluminum layers, making the panel 100% NON-COMBUSITBLE. Various coating types e.g. PVDF / PE / Powder Coatings are available as finish of the panel. Also the panels are a good substrate for multiple types of surfaces.
HONEYTECH adhesive-free aluminum honeycomb panels are manufactured under our patented brazing process. The honeycomb panels comprise of two layers of aluminum sheets and fire rated aluminum honeycomb core in between and are connected via the molten of filler metals under 580 degree Celsius. All the components therefore do not include any adhesive and ensuring 100% non-combustibility for under different application scenarios which require fire proof honeycomb panels.
Besides honeycomb panels, we also offer new-generation ACM metal panels. Same with traditional aluminum composite panels, our ACM metal panels have overall thickness of 4mm for extreme lightweight and space saving. Yet unlike the traditional aluminum composite panels using polyethylene core which is highly combustible, our ACM panels adopts embossed aluminum sheet as core material, which connecting the upper and lower aluminum by brazing process and therefore adhesive free and absolutely fire proof. Our ACM metal panels are the ultimate solutions for the long-existing fire concern lays on the traditional aluminum composite panels.
Both of our aluminum honeycomb panels and ACM metal panels are applicable for multiple surface treatment, for example PVDF coating, PE coating, Powder coating etc. They are ideal for various applications that needs fire rated panels – Building envelop, marine interior decorations, floating roof for oil tanks, truck bodies, and so on. The honeycomb panels are also a good substrate for more composite panels, for example backing of stone honeycomb panels, which can significantly enhance the fire performance of its kind.