The automotive industry relies on electroplating and other types of metal finishing to complete its manufacturing process. Everything from the largest bodywork panels to the tiniest electronic components is made of it. Metal plating has a place in the automotive manufacturing process at every stage.

Electroplating process is generally used in engineering to improve the performance or appearance of a product or to protect it from wear. In the engineering field, electroplating has many benefits, including preventing corrosion, increasing conductivity and improving the durability of parts.

The Textile machinery needs Electroplating to Improving wear resistance, Improving the thickness of the metal surface, Minimizing Friction in yarn moving areas. Improving surface uniformity and quality of Machinery.

Using electroplating on electrical and electronic components is a vital part of the electrical and electronic manufacturing industry, and different types of metal plating is used for different reasons. This includes using copper plating to add conductivity, Tin plating to protect the component from corrosion, and silver plating to provide coating to copper parts that are highly active. Electroplating can therefore be of high importance in the reliability and efficiency of electrical and electronic products or machinery.

Electroplating plays a crucial role in numerous aerospace applications, to protect components such as landing gear, control surfaces, and engine parts from corrosion and it improves wear resistance on components by depositing a thin layer of metal onto their surfaces. This enhancement is vital in aerospace, where parts must withstand extreme temperatures and pressures.