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Surface treatment service for magnesium alloy products

Temporarily only accept the surface treatment of products processed by green bats

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4500+

Selected Parts of the Month

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5000+

Processing parts every month

Green Bat Technology has a complete surface treatment technology, including chemical treatment of magnesium alloy passivation, micro-arc oxidation, black oxide, painting, powder spraying, sandblasting; electrophoresis of electric power treatment, gold conductive, electroplating, anode Oxidation; and mechanical treatment of grinding, polishing, wire drawing, laser carving, silk screen, So you can get high-precision parts at any time. At Greenbat Technology, additive manufacturing can complete functional prototypes, complex designs and design production components within one day.

Surface treatment industry

Chemical treatment

Chemical treatment is a process in which the surface of the product is coated with chemical elements. That is, the surface of magnesium alloy, aluminum alloy and stainless steel reacts with the chemical elements to form a protective film on the surface of the product to prevent the product from being oxidized. And change the color of the product.

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Power handling

Electric power treatment is a process in which the surface of the product forms a coating through the action of electricity. It is the conductive oxidation treatment on the surface of magnesium alloy, aluminum alloy and stainless steel, so that the surface of the product forms a protective film to prevent the product from being Oxidation, and can change the color of the product.

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Mechanical processing

Mechanical treatment is a kind of product surface that is processed mechanically or manually to make the surface of the product smooth, or the pattern is magnesium alloy, so that the product can meet the ideal needs of customers.

Surface treatment custom processing

Want to improve the quality requirements, clarity or appearance of surface treatment? Choose from microfluidic and micro-resolution materials, metal coatings, secondary processing, and customized surface treatments (such as magnesium alloy passivation, micro-arc oxidation, gold conductive).

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Why choose Greenbat Technology's surface treatment process?

Passivation
Micro-arc oxidation
Electrophoresis
Golden conductive

The effect of passivation Due to corrosion sensitivity, key applications have attracted the effect of passivation. Anodizing is the best practice method for magnesium passivation. Anodizing significantly enhances corrosion resistance. We provide anodizing and pre-anodizing activators for electrochemical baths.

Magnesium has recently been used in a wider range of applications including medicine. The chemicals are provided in liquid form. Depending on the current density, anodizing chemicals can provide various shades. The magnesium alloy passivator has passed ASTM and other international standards. Assess the biocompatibility of magnesium.

Surface treatment plays an important role in improving the corrosion resistance of magnesium alloys. Micro-arc oxidation technology is a promising surface treatment method, which is based on the traditional anodic oxidation process. The film can slow down the corrosion rate of magnesium alloy

However, due to strong spark discharge, the film is prone to micropores and microcracks. These porous structures make corrosive ions accelerate the corrosion of the matrix, which is not conducive to the corrosion protection of the magnesium alloy matrix. In order to improve the corrosion resistance of magnesium alloys and at the same time improve the surface properties of the coating, it is very important to study the corrosion resistance of composite coatings on magnesium alloys.

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A thin E coating can be quickly deposited on the surface of Mg alloy in the cathode E coating bath without applying any current or potential. The selective self-deposition coating is due to the high surface alkalinity of Mg. The "chemical" electronic coating pre-film can provide adequate corrosion protection for magnesium alloys. After curing, the stability of the film can be further significantly improved

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Magnesium alloys are also becoming viable biodegradable materials and battery electrodes. Although magnesium is currently used in the largest amount in history, the widespread use of magnesium alloys is still limited by many inherent limitations, including easy corrosion, easy formability and low creep properties. This review covers the latest research on magnesium alloy corrosion; including applying modern methods to understand magnesium corrosion, establishing an electrochemical framework for magnesium corrosion, lighting alloying effects, and trying to make corrosion-resistant magnesium alloys.

Passivation

Micro arc oxidation

Electrophoresis

Golden conductive

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Design Engineer: Kevin