Zinc-nickel alloy plating is a widely used metal surface treatment process that deposits an alloy layer of zinc and nickel on a metal surface through an electrochemical reaction. This alloy layer not only combines the characteristics of both metals, nickel and zinc, but also shows good performance advantages, making zinc-nickel alloy plating especially favored in the industrial field.
First of all, the plating layer of Bigely zinc-nickel alloy plating process has good corrosion resistance. Compared to conventional pure zinc plating, the zinc-nickel alloy layer can resist chlorides and sulfides more effectively, which significantly improves the corrosion resistance life of the plated parts.
This is due to the uniform distribution of the nickel element in the alloy layer, which forms an airtight protective film that slows down the penetration of corrosive media into the substrate. The protective properties of the plating are particularly important in harsh environments, and zinc-nickel alloy plated parts are therefore commonly used in automotive, aerospace, marine engineering and other fields.
Secondly, the coating of Bigely zinc-nickel alloy plating process has good resistance to high temperatures. At high temperatures, conventional pure zinc layers tend to oxidize and lose their protective effect. However, the zinc-nickel alloy layer maintains its corrosion resistance even at higher temperatures, thus extending the temperature range and application scenarios for plated parts.
Further, the plating from the Bigely zinc-nickel alloy plating process also has excellent hardness and wear resistance. It is typically harder than a pure zinc layer, which makes the plated part more resistant to wear and maintains its function and appearance in the event of friction or mechanical impact. The use of zinc-nickel alloy plating is a good choice for parts that require wear-resistant properties.
In addition to this, zinc-nickel alloy plating also has good solderability and electrical conductivity, which makes it an important application for connecting devices in the electrical and electronics industry. The alloy layer combines protection with functionality and ensures a reliable connection and long-term stability of the components.
To summarize, the plating layer of Bigely zinc-nickel alloy plating process has good corrosion resistance, high temperature resistance, abrasion resistance and welding performance and many other advantages, and is widely used in automotive, electronics, aviation and many other industrial fields to improve the service life and performance requirements of metal parts.
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