The advantages of aluminum alloy bridge frame

Aluminum alloy cable trays have the characteristics of beautiful appearance, simple structure, unique style, high load capacity, and light weight. After anodizing on the surface of aluminum alloy cable trays, they are not only corrosion-resistant but also resistant to electromagnetic interference, especially shielding interference, which cannot be replaced by steel cable trays. Aluminum alloy cable trays have significant practical value in modern industry, national defense, and high technology.

Advantages of aluminum alloy cable tray:

It has the advantages of corrosion resistance, no low-temperature brittleness, good electrical and thermal conductivity, strong resistance to interference and reflection, non-magnetic, no sparks generated by impact, sound absorption, nuclear radiation resistance, and aesthetics.

Application of aluminum alloy cable tray:

Aluminum alloy has excellent resistance to atmospheric (including industrial and marine atmospheric) corrosion and water corrosion, and can resist the corrosion of most acids and organic compounds. It can also withstand weak alkaline liquid corrosion by using corrosion inhibitors; By adopting protective measures, the corrosion resistance of aluminum alloy can be improved. It is also common to use aluminum alloy cable trays in network rooms because aluminum's resistance to electromagnetic interference and shielding interference can effectively prevent damage.

Aluminum alloy cable trays, as the name suggests, are directly manufactured from aluminum alloy sheets. There are two types of aluminum alloy cable trays: 1060 aluminum alloy trays and anodized aluminum alloy trays. 1060 aluminum alloy sheets have an aluminum content of over 99.6%, while anodized aluminum alloy cable trays are processed on the basis of aluminum alloy cable trays and undergo anodized surface treatment. Simply put, it is an upgraded version. Anodized aluminum refers to coating a layer of dense aluminum oxide on the surface of aluminum and aluminum alloys to prevent further oxidation, enhance corrosion resistance, durability, and improve the surface hardness and wear resistance of aluminum alloys.