INDUSTRY STATUS
In the construction industry, cold bridge has always been an insurmountable problem. As a large amount of heat on the structural surface near the cold bridge concentrates on the cold bridge, the heat loss caused by the cold bridge greatly exceeds the value simply calculated according to its cross-sectional area. Therefore, more attention should be paid to the energy loss caused by the cold bridge. In textile, paper, food and other high temperature and humidity industries, building roof cold bridge also leads to the generation of condensate water, increase building energy consumption, resulting in structural damage.
The existing cold-proof bridge technology can not fully meet the new needs of modern manufacturing industry, either in terms of component safety or efficiency. Based on the construction segmentation field, Crepe independent innovative products and solutions to meet the strict requirements of energy conservation, so that customers have a higher input-output ratio.
TRADITIONAL COLD-PROOF BRIDGE SCHEME
The support is fixed on the extruded slats using extruded plate as secondary purlin
There are many practical problems: the strength of extruded plate is not enough, in the construction process has been broken and other phenomena; Wind resistance ability is poor, the use of the process is destroyed, shocking. There is also a scheme for worrying that the strength of the extruded plate is not enough, the extruded plate is put on the bracket, and the actual bridge can not be broken.