Focusing on the conductive demand of low-voltage power distribution scenarios, this product uses high-purity 1060 aluminum alloy raw materials, with an electrical conductivity of up to 61% IACS, which outperforms ordinary recycled aluminum bars by over 20%, ensuring current transmission loss is reduced by more than 8%. The surface adopts native bare aluminum treatment, which meets conventional indoor working conditions without additional anti-corrosion coating, and has good ductility that can be bent on-site to adapt to complex installation spaces. It solves the industry pain points of high cost and heavy weight of traditional copper bus bars, with a single-ton cost 40% lower than that of copper bus bars, and the installation weight is reduced by about 50%, greatly reducing construction labor and transportation costs.
The thickness ranges from 2mm to 20mm, the width ranges from 10mm to 200mm, the length can be custom cut up to 6000mm, and the weight of a single bar ranges from 0.5kg to 20kg. The tensile strength is ≥90MPa, the yield strength is ≥70MPa, the elongation is ≥30%, and the density is 2.71g/cm³. It meets the national standard GB/T 3190-2008, passes RoHS environmental protection certification, and has no harmful heavy metal residues. It supports custom sizing to meet the needs of different installation scenarios, and can be supplied in standard bundled packaging for convenient logistics and storage.
It is mainly used as conductive connectors for low-voltage complete sets of power distribution cabinets, bus duct systems, household distribution boxes, and electrical control cabinets. It can also be used as the positive conductive bar of electric welding machines, the bus bar of DC power supplies, suitable for electrical wiring scenarios of industrial automation production lines, and can also be used as temporary bus materials for temporary power supply. It is widely used in the field of civil and industrial electrical construction, providing reliable conductive support for low-current and medium-current transmission projects.
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