China's earliest production and processing of aluminum veneer ceiling, one of the curtain wall manufacturers
The scope of application of stone honeycomb panels: all kinds of large public building channels, airports, exhibition halls, shopping centers, stations, tunnel corridors, etc.
Read moreThe structure of aluminum alloy corrugated board is generally three layers, with 0.4-0.8 thick aluminum layers on both sides of the outside. The corrugated core material in the middle is 0.2-0.4 and bonded with thermosetting epoxy resin adhesive. The product quality is greatly affected by the stability of glue and the temperature in the workshop during production and processing.
Read moreHook up corrugated board using alloy aluminum plate as the panel, aluminum corrugated core as the core material, according to the application environment of the plate and material requirements to choose the back plate (not composite back plate), the use of composite aluminum plate production technology to manufacture an aluminum composite plate. It has the characteristics of more than wide board surface, good flatness and small size of falling deviation.
Read moreThe scope of application of stone honeycomb panels: all kinds of large public building channels, airports, exhibition halls, shopping centers, stations, tunnel corridors, etc.
Read moreHoneycomb aluminum plate installation honeycomb aluminum plate produced by epoxy adhesive film process has low bonding strength. For honeycomb aluminum plate with honeycomb core side length of 4mm, panel thickness of 1mm and total thickness of 10mm, the measured 180 peel strength is about 4N/mm, but its bonding performance is good in weather resistance.
Read moreAluminum honeycomb panel has good performance and obvious advantages. The specific bending stiffness is large, the specific bending strength is high, that is, the light weight and high strength; the flatness is very good, which can meet the requirements of the maximum separation of the building curtain wall, and achieve the best architectural performance with the least building components.
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