Copper and aluminum that are "long" together demonstrate their dual advantages:
Yongtai An Metal provides a full range of oxygen/oxygen free copper aluminum composite materials. Whether you are pursuing rigorous working conditions with ultimate conductivity and metallurgical bonding strength, or in general fields that require high cost-effectiveness and ease of processing, we always have a solution that suits you.
Zero oxidation interface, extremely high bonding strength, with a current carrying capacity of 90% pure copper, specially designed for high-end precision electrical systems such as new energy and data centers.
Balancing performance and cost, flexible processing, and strong corrosion resistance, it is the preferred material for industrial power distribution and general electrical connections.
Product size: thickness 3.0~15.0mm, width ≤ 500mm.
Application field: Conductive industry (can be widely used in high and low voltage distribution cabinets, complete sets of switches, bus ducts, electrolytic cells, etc.).
Product features: The copper aluminum composite row produced using our company's multiple patented technologies solves the two major problems of copper aluminum composite, which are easy to oxidize and the oxide film is difficult to eliminate, as well as the formation of intermetallic compounds (AbCu) between copper and aluminum at lower temperatures. After SEM analysis, the thickness of the transition layer between copper and aluminum in traditional copper-clad aluminum bars is 15-50 um, while the thickness of the transition layer between copper and aluminum in our company's copper aluminum composite bars is only 1-2um, which is much lower than that of traditional copper-clad aluminum bars. This not only achieves metallurgical bonding between copper and aluminum, but also effectively ensures the bonding strength between copper and aluminum, solving the problem of high resistivity of the transition layer. Excellent comprehensive performance, with bending, drilling, punching and other properties similar to pure copper. With low density, it can save more than 30% of costs during use.
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