In the industrial landscape, plating is a pivotal process that significantly enhances the performance, durability, and aesthetics of various components. Our suite of industrial plating equipment, encompassing an anodising machine, nickel and chrome plating machines, and a tin plating line, is designed to meet the diverse needs of multiple industries. These machines play a crucial role in delivering high-quality plated products, from automotive parts to electronic components.

The anodising machine is engineered to perform anodising, an electrochemical process predominantly used for aluminum and its alloys. During anodising, the metal component is made the anode in an electrolytic cell. When an electric current is applied, oxygen is evolved at the anode, which then reacts with the aluminum surface to form a protective oxide layer. This oxide layer not only boosts the corrosion resistance of the metal but also serves as a base for further treatments such as coloring or sealing.

• Precise Process Control: The anodising machine comes equipped with advanced control systems that allow for accurate regulation of key parameters. Temperature, voltage, current density, and immersion time can all be precisely adjusted.
• Customizable Oxide Layer Thickness: Depending on the application, the anodising machine can deposit oxide layers of varying thicknesses.
• Efficient Agitation and Circulation: To ensure uniform anodising across complex-shaped components, the machine features an efficient agitation and circulation system.

Nickel Plating Benefits and Applications: Nickel plating is highly valued for its excellent corrosion resistance, hardness, and ability to improve the appearance of metal components.

Technical Features: The nickel plating machine is equipped with high-precision dosing systems to maintain the optimal chemical composition of the nickel-plating bath.

Chrome Plating Advantages and Uses: Chrome plating is renowned for its bright, reflective finish and high hardness.

Machine Specifications: The chrome plating machine is designed to achieve a mirror-like finish on the plated components.

Tin plating is widely used in the electronics and food packaging industries. In the electronics industry, tin-plated components offer good solderability, electrical conductivity, and corrosion resistance.

The tin plating line consists of multiple stations, including pre-treatment stations for cleaning and activating the substrate surface, the actual plating station, and post-treatment stations for rinsing and passivating the plated components.