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Surface Finishing

Electrically conductive oxidation

Electrically conductive oxidation is commonly used in industries such as electronic components and conductive materials, forming conductive oxide layers through oxidation treatment, providing electrical conductivity and protection.

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Introduction to Electrically conductive oxidation

Electrically conductive oxidation
Electrically conductive oxidation
Description

It creates a corrosion-resistant finish, the film produced by conductive oxidation is only 0.01-0.15 micrometers, which is not very wear-resistant, but it can conduct electricity and resist atmospheric corrosion.(Note: 1.There will be a certain color difference between the actual color after anodizing and the above color board. 2.Rack marks are inherent to the anodizing process. When engineering a part that will be anodized, you'd better identify where the part will be racked. Typically, the racking location is chosen to minimize the visibility of the mark after the part is assembled.)

Technical Properties

Applicable Sharp edges and burrs Premium appearance availability Tolerances
Metals Removed Yes Met after surface finish

Applicable Materials

Example of an Electrically conductive oxidation Part

Electrically conductive oxidation
Electrically conductive oxidation