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. The color is natural.(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


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

Colors

Applicable to all pantone colors

Applicable Materials

Aluminum

Example of an Electrically conductive oxidation part

Design considerations for Electrically conductive oxidation

The electrically conductive oxidation process creates a uniform oxide layer on the surface of the material, which improves the material's corrosion resistance.
The oxide layer is electrically conductive, which makes the product suitable for use in electrical systems and applications.
Electrically conductive oxidation can provide a unique appearance to the product, depending on the type of material and the desired finish.

The Justway Electrically conductive oxidation process

Electrically conductive oxidation is a versatile and effective surface finishing process that provides numerous benefits for a variety of applications. Let’s break down the basic steps for Electrically conductive oxidation a part: