Steel 1018
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3DWK
Surface Finishing
Plating deposits a thin metallic layer to add corrosion resistance, wear resistance, conductivity, or appearance. Conversion coatings chemically change the surface instead of adding a metal layer and are often used as a paint base or for conductivity.
Specification
| Finish | Typical substrates | Purpose / common specification |
|---|---|---|
| Electroless nickel | Steel, aluminum, copper alloys | Uniform thickness on complex shapes; ASTM B733 |
| Zinc plating | Carbon steel | Sacrificial corrosion protection; ASTM B633 |
| Chromate conversion (chem film) | Aluminum | Corrosion protection with electrical conductivity; MIL-DTL-5541 |
| Passivation | Stainless steel | Removes free iron to restore corrosion resistance; ASTM A967 / AMS 2700 |
| Black oxide | Steel, stainless | Dark appearance, reduced glare, mild corrosion resistance with oil |
| Gold / silver / tin | Copper alloys, nickel-plated parts | Contacts, solderability, conductivity |
Typical industry ranges for reference. Final thickness, color, and specification are confirmed on your quote and drawing.
Design Tips
Specify plating thickness and whether dimensions apply before or after plating.
High-strength steels may need post-plate baking; call out the requirement.
Identify surfaces that must stay bare for fit, grounding, or welding.
If you need plating certificates or test reports, include that in the RFQ.
Compatible Materials
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Note the finish, specification, color, thickness, and masked areas on your drawing so the quote reflects them.