2021 New Design Red Anodizing Aluminum CNC Machining Service

2021 New Design Red Anodizing Aluminum CNC Machining Service 

Aluminum CNC parts are the all-time preferred auto components for auto spares and other industries, not just because they are very lightweight and attractive, but also because aluminum has many additional properties like its durability and its ease of installation. Under specific conditions, aluminum can be made very corrosion resistant. The fact that this metal can be cheaply obtained makes it the most economical option for the manufacturing industry. Aluminum parts anodizing is a process that makes aluminum the ultimate metal for a lot of interior and exterior building purposes and designs. Aluminum can also be molded into different shapes to form various aluminum parts.

1.Product Parameter for 2021 New Design Red Anodizing Aluminum CNC Machining Service 

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Material Available 

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2.Product Feature for 2021 New Design Red Anodizing Aluminum CNC Machining Service 

3.Product Details for 2021 New Design Red Anodizing Aluminum CNC Machining Service

What is a barrier layer in aluminum parts anodizing?

When aluminum parts anodizing, a barrier layer is usually formed between the pure aluminum metal and the outer aluminum parts anodizing. A barrier layer is simply a film of highly pure aluminum oxide which is adjacent to the pure metal and the outer film that may be comprised of some impurities and incorporated anions. These films can be made for much thicker by hard anodizing.

How can color be added to aluminum parts anodizing?

Anodized aluminum parts can be colored to produce a cleaner and finer finish. There are 4 ways by which this can be done, these include: – Using a dye. The freshly anodized aluminum can be immersed in a colored liquid solution with a concentrated dye, the oxide coating will absorb the dye permanently. The intensity of the color depends on the concentration of the dye, the temperature of the solution, and the time of immersion.

– Electrolytic coloring. This involves immersing the anodized aluminum parts into a bath containing some inorganic metals. A current is then supplied to the solution and the metal salts are deposited at the base of the pores. The resulting color will depend on the metal used.

– Integral coloring. Integral coloring involves simultaneous anodizing and coloring in a single step process. Various metals like bronze, tin, and cobalt can be used together with a dye to bring out the final effects. This also results in a more abrasive resistant finish.

– Inference coloring. Inference coloring involves the modification of the pore structures using metal deposition which produces light colors ranging from blue, green, yellow, and red. These are as a result of optical interference.

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