Surface Finish Services

Standardized process control + refined operation, balancing anti-corrosion,wear resistance and decorative performance

By integrating the surrounding manufacturing network, we offer more than 20 types of surface finish services through a synergy of in-house capabilities and partner resources.

We deliver a one-stop solution covering the entire process—from product manufacturing and surface treatment to final assembly.

20+

Type

97%

Satisfaction rate

15+

Number of suppliers

5000+

Output

Custom Parts Surface Finishing Gallery

• Plasma Nitriding

  Uses plasma technology to infiltrate nitrogen atoms into the metal surface to form a nitrided layer, improving the surface hardness, wear resistance and corrosion resistance of workpieces. It is suitable for steel, titanium alloy, etc.
• Spray Coating

  A general spraying process that atomizes coatings, metal powders, etc., through a spray gun and sprays them on the substrate surface, including air spraying, thermal spraying, etc., with wide applicability.
• Water Plating

  That is, aqueous solution electroplating, the most common electroplating method. It uses aqueous solution as electrolyte to deposit coating on the substrate surface through electrolysis, which is different from dry processes such as vacuum plating.
• Water Transfer Printing

  Uses water pressure to attach the patterned transfer film to the workpiece surface. It can realize personalized pattern printing on complex curved surfaces, and is often used in automotive interiors and daily necessities decoration.
• Pad Printing

  Uses a silicone printing head to transfer patterns from a steel plate to the workpiece surface. It is suitable for printing fine patterns on irregular and concave-convex surfaces, and is often used for decoration of small parts.
• Silk Screening

  That is, screen printing. It leaks ink onto the workpiece surface through a screen template to form patterns or text, which is suitable for decorative printing on flat or curved surfaces.
• Sandblasting

  Uses high-speed sand flow to impact the material surface, remove oxide scale, burrs and dirt, make the surface form a uniform rough surface, and enhance the adhesion of subsequent coatings.

Hard Anodizing