Metal Nameplates

Diamond polishing is a metal surface processing technique that utilizes diamond tools to achieve fine polishing or patterning effects.

This technique plays a significant role in enhancing the appearance quality of products and increasing their added value.

Die casting is a metal processing technique that typically involves shaping metal materials into specific shapes or structures using a hydraulic press.

This technique is commonly used in manufacturing industries to produce various metal parts, components, or assemblies.

During the die casting process, metal materials are often injected into specialized molds in either solid or liquid form, and then forced to fill the shape of the mold under high pressure.

Subsequently, through cooling or solidification processes, the desired shape of the metal component is ultimately produced. This technique finds widespread applications in industries such as automotive, aerospace, electronics, household appliances, and others.

Etching is a metal processing method that typically involves using chemical agents to corrode the surface of metal in order to achieve specific shapes or patterns. During the etching process, the metal material to be processed is first shaped into the desired shape of the mold or mask, and then immersed in an etching solution. Etching solutions can be various chemical solutions, such as acids, alkalis, or other corrosive solutions, depending on the metal material to be processed and the desired effect.

The speed and effect of etching can be adjusted by controlling the composition, temperature, and etching time of the etching solution. During the etching process, the etching solution gradually corrodes the metal surface, forming the desired pattern or shape. Etching is commonly used in the production of precision metal parts, fine structures and patterns, as well as in applications such as making printing plates and circuit boards.

Electroplating is a metal processing method that typically involves using metal materials such as nickel and utilizing electric current to deposit metal from a solution onto a mold or substrate with the desired shape, achieving the purpose of processing and shaping.

During the electroplating process, the mold or substrate to be processed is first immersed in an electrolyte solution containing metal salts.

Then, by applying electric current, metal ions in the electrolyte solution are deposited on the surface of the mold or substrate to form the desired metal layer.

Over time and with the action of the electric current, the metal layer gradually thickens until it reaches the desired thickness or shape.

Electroplating is commonly used in the production of parts with high precision and specific surface characteristics, such as plated metal jewelry, mold surface treatments, electronic components, copper crafts, and more.

This method offers advantages such as high processing precision, good surface smoothness, and relatively low cost, making it widely used in various industries.