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Surface Finishing Solutions

Go beyond basic finishes with our comprehensive surface treatment services. Whether you need corrosion protection, aesthetic enhancement, or functional improvements, we have the expertise and technology to deliver exceptional results. Batch and low-volume production to accommodate various project sizes.

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All Your Surface Treatment Needs, In One Place

Why we are the most suitable supplier for your metal parts? See how we can provide to you with our best technoloty. 

Ablative and Forming Surface Finishes

  • Brushes
  • Electropolishing
  • Glass bead blasting
  • Vibratory finishing
  • EngravingShot peening
  • Laser engraving
  • Laser polishing
  • (Electro) polishing
  • Sandblasting
  • Grinding

Electrochemical Coating with Electroplating Technology

  • Anodize
  • Electroless nickel
  • Chromate
  • Thick film passivation
  • Bright zinc plating
  • Passivate
  • Phosphating
  • Gilding
  • Copper plating
  • Silver plating
  • Galvanizing
  • Tinning

Coating without Electroplating

  • Burnishing
  • Anodizing
  • Chromate
  • Enameling
  • Paint
  • Hard anodizing
  • Oxidize
  • PTFE coating/Teflon
  • coating
  • Powder coating

Chemical Surface Finishing

  • Pickling
  • De-anodizing
  • Degreasing
  • Nitriding
  • Plasma nitriding

Thermal Surface Treatment

  • Hot dip galvanizing
  • Hot-dip tinning
  • Hardening
  • Boundary layer hardening
  • Remunerate

Looking for a trusty CNC manufacturer in China?

Established in 2015, Chiheng Hardware Co., Ltd. is a Chinese manufacturer with 15+ years of experience in high-precision CNC machining for metal and plastic parts. They offer comprehensive, one-stop solutions from prototyping to production.

Sample Components with Finishing And Heating

Metal and plastic surface treatments enhance a product’s aesthetics, feel, and durability. These finishes and coatings protect against environmental factors and improve properties like corrosion and UV resistance. Have a look at our samples.

brushing finish brass milling parts used in robotics
Brushing
Stainless Steel Milling Parts with Vibratory Finishing
Vibratory
Ablative and Forming-Sand Blasting
Sand Blasting
Ablative and Formin-Shot Peening
Shot Peening
electropolishing-Ablative and Forming Surface Finishes
Elctropolishing
Anodic Oxidation-electrochemical coating
Anodic Oxidation
Bright zinc plating--electrochemical coating
Bright Zinc Plating
Nickel Plating-electrochemical coating
Electroless Nickel
Electroplating-Nickel Plating-electrochemical coating
Electroplating
Passivation- electrochemical coating
Passivation
Power Coating--Coating without Electroplating
Power Coating
Burnishing -Coating without Electroplating
Burnishing
Teflon Coating-Coating without Electroplating
Telfon Coating
Hard Anodizing -Coating without Electroplating
Hard Anodizing
Enameling -Coating without Electroplating
Enameling
Blackening oxidize-Coating without Electroplating
Blackening-oxidize
Degreasing-Chemical Surface Finishing
Degreasing
Nitriding-Chemical Surface Finishing
Nitriding
Descaling-Nitriding-Chemical Surface Finishing
Pickling
Boundary layer hardening-Thermal Surface Treatment
Boundary layer hardening

Good to Know to Optimize Surface Performance

How can I enhance the corrosion resistance of my metal parts?

To improve the corrosion resistance of metal parts, consider using electroplating or hot-dip galvanizing. Electroplating involves applying a thin metallic coating using an electrical current, which can protect against corrosion and enhance appearance.

Common metals used include zinc and nickel, which are particularly effective for corrosion resistance. Hot-dip galvanizing, on the other hand, involves dipping steel into molten zinc, forming a protective layer that is ideal for extreme environments, such as outdoor structures and guard rails.

For aluminum parts requiring enhanced wear resistance, anodic oxidation is a suitable choice. This process forms a hard, ceramic-like coating through electrolysis, which not only prevents corrosion but also significantly increases wear resistance.

Anodization can also be customized with dyes for aesthetic purposes. If additional hardness is needed, a thicker coating version can be specified to further protect the component from wear and tear

To enhance electrical conductivity, electroplating with metals like copper or silver is highly effective.

This process deposits a conductive layer onto the metal part, improving its electrical properties without altering its structural integrity. This treatment is particularly useful in electronics and telecommunications industries where high conductivity is crucial.

For components exposed to high temperatures, thermal spraying is an ideal solution. This process involves applying melted or heated materials onto the surface to create a protective barrier against heat.

It is commonly used as a thermal barrier coating in applications like exhaust systems and turbines to manage heat effectively and prolong component life.

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