Research on Plastic Chemical Nickel Plating Process
Abstract
Nickel plating is one type of metal surface treatment process, which plays a role in corrosion protection, wear resistance and decoration. The process of plastic chemical nickel plating is a new kind of metal surface treatment technology, which has been widely used recently. This article introduced the principle of plastic chemical nickel plating and related process technology, then expounded its advantages and discussed its disadvantages, with the purpose of providing reference for metal surface treatment technology.
Introduction
Nickel plating is the most important metal surface treatment technology, and it is widely used in automobile, mechanical manufacturing and electrics production industry. Nickel plating has the functions of anti-corrosion, wear-resistance and decoration, and is suitable for parts that need specific surface conditions. With the rapid development of science and technology, more and more environment protection and renewable resources have been used in metal surface treatment technology. Plastic chemical nickel plating is one of the newer applications of metal surface treatment technology, which mainly includes three parts, pretreatment, plating and post-treatment.
Plastic Chemical Nickel Plating Principle
Plastic chemical nickel plating is the process of using the energy of plastic chemical to activate and decompose the plating liquid, so as to make the metal content present in the form of metal ion, which is deposited on the substrate to form a dense nickel plating layer. In the plastic chemical nickel plating process, the plastic chemical energy supply is stable and reliable, so it can achieve good plating results. During the plating process, plastic chemical has a great influence on the quality of the coating components and the deposition characteristics of the coating. Hydrazine, zirconium tetracolor, and trimethylene diamine are often used as the plastic chemical used in the process of plastic chemical nickel plating.
Advantages of Plastic Chemical Nickel Plating
Plastic chemical nickel plating has many advantages, and the main advantage lies in its superior electrical properties. The plating layer of plastic chemical nickel has excellent electrical properties, as it has a stable injection rate and can ensure low contact resistance. In daily production applications, plastic chemical nickel plating can provide reliable electrical protection. Besides, plastic chemical nickel plating has better wear resistance, resistance to corrosion and dust resistance than other metal plating coatings. Compared with other metal plating coatings, it has better wear resistance and corrosion resistance. Moreover, the appearance of plastic chemical nickel plating is significantly improved. The coating layer is beautiful and uniform, and has nice metallic luster.
Disadvantages of Plastic Chemical Nickel Plating
Although plastic chemical nickel plating has many advantages, it still has some shortcomings. Firstly, the plastic chemical nickel plating process requires precise control of some process parameters, and the control of parameters is not easy, so the process requirements of personnel and equipment are higher. Secondly, the service life of plastic chemical nickel plating is not very long. As the surface of plastic chemical nickel plating is prone to corrosion and wear, it is necessary to take proper maintenance measures. In addition, the plastic chemical nickel plating process is relatively simple and is easy to produce pinhole and other defects.
Conclusion
Plastic chemical nickel plating is an emerging metal surface treatment technology with excellent properties and good cost performance, which is widely used in electroplating industry. This article discussed the process of plastic chemical nickel plating, as well as its advantages and disadvantages, so as to explore its application value in practical production and provide reference for metal surface treatment technology.
