China's earliest production and processing of aluminum veneer ceiling, one of the curtain wall manufacturers
Aluminum honeycomb panels are divided into two types: aluminum veneer with a thickness of less than 1.2mm is called aluminum gusset plate (also called aluminum square plate), and aluminum veneer with a thickness of more than 1.5mm is called aluminum veneer (also called aluminum curtain wall).
Read moreAluminum honeycomb panels with its light weight, high strength, stiffness and many other advantages are widely used in high-rise building exterior decoration, is one of the main building materials of civil buildings in China.
Read moreIn the processing of aluminum honeycomb panel composite process, according to the existing text data, drawings for sheet metal processing and aluminum honeycomb panel processing composite refinement design, there are the following steps: A. Change all irregular hand drawings to AUTO CAD drawings. After confirmation, print three copies and bind them into a book according to batch and drawing number.
Read moreAluminum honeycomb panel is a kind of composite material developed by high toughness adhesive. It has the characteristics of light weight, high impact resistance, high rigidity, high flatness, many surface colors and flexible design.
Read moreHoneycomb aluminum plates shall be installed in place according to the plate number on the plate allocation drawing. The installation angle codes at the gelatin seam parts shall be assembled, and whether the angle codes of two adjacent plates are staggered shall be checked for levelness and verticality during trial assembly. Then, the honeycomb aluminum plates shall be assembled with stainless steel bolts and fixed on the main and auxiliary keels. The horizontal and vertical seam clearance shall be adjusted to meet the requirements before fixing.
Read moreThe world\'s first aluminum honeycomb panel was jointly produced by Posco and Hanlim & C in 1930. By the 1950 s and 1960 s, high-performance honeycomb Products had entered a mature stage and were widely used in aviation and aerospace fields.
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