Aluminum Bus Bar For Power Distribution Cabinet

Aluminum busbar is a metal bar that conducts a large amount of current in a distribution board, distribution board, substation, battery pack or other electrical equipment. Power distribution cabinet busbars are usually made of copper, aluminum or brass. The biggest drawback of copper over aluminum or brass is density and relative cost. For a given current and temperature rise, the aluminum bus bar for power distribution cabinet is lighter and cheaper, even if it has a larger cross-section.
 
The density of aluminum bus bar for power distribution cabinet is 2.63-2.85g/cm, and has high strength (σ B is 110-650mpa). Its specific strength is close to that of high alloy steel, and its specific stiffness is higher than that of steel. It has good casting performance, plastic processing performance, good electrical and thermal conductivity, good corrosion resistance and weld ability. It can be used as structural material in aerospace, aviation, transportation, construction, mechanical and electrical, light chemical and daily life It is widely used in products.


 
Henan Xinyi Aluminum Co., Ltd. produces aluminum bus bar for power distribution cabinet , 1060 Aluminum bus bars, 6063 aluminum flat bars, 6061 aluminum flat bars, 6101 aluminum bars, right angle aluminum bars, etc. With good thermal conductivity, aluminum and aluminum alloy are widely used in the production of chemical equipment heat exchange equipment, storage tank resistant to concentrated nitric acid corrosion, adsorption filter, fractionation tower, pipeline and many lining, etc. It has the advantages of good fluidity, strong filling ability, small shrinkage rate, not easy to form cracks, good corrosion resistance (the surface can form aluminum oxide and silicon dioxide protective film), light weight, good mechanical properties, and is widely used to manufacture corrosion-resistant parts with complex structure, such as cylinders, pipe fittings, valves, pumps, pistons, etc. Aluminum has many special uses in chemical production. No spark, aluminum alloy can be used to produce containers containing volatile substances; aluminum is non-toxic, does not cause food deterioration, does not affect the appearance of goods, does not corrode goods.