Electrophoresis Coating aluminium thermal profile aluminium section profile 6063
|Description||Electrophoresis Coating aluminium thermal profile aluminium section profile 6063|
|Implements National Standard||GB5237.3-2008|
|Material Thickness(t)||t=1.0 / 1.1 / 1.2 mm|
|Ingot State||Nonferrous metal industrial standard YS67-93|
|Material||Aluminum Alloy 6063, 6060. 6005, 6005A, etc|
|Annealing Treatment||F, T1, T4, T5, T6, T61, T64, etc|
|Color||Silver white; Bronze; Champagne|
|Composite Film Thickness||
Class A oxide film thickness>=10; Paint film>=12; Composite film>=21.
Class B oxide film thickness>=10; Paint film>=7; Composite film>=16.
|Corrosion-resistant; Acid resistant; Alkali-resistant; Salt-tolerant; Smooth and shining.|
|Length||Normal length 6m|
1. Pearl cotton foam for each profile;
2. Wrap with shrink film exterior;
3. Packed according to customer request.
Providing colorful products with various mechanical performances to
adapt all kinds of architectural styles
Hard anodic oxidation
The hard anodizing of aluminum is to reduce the dissolution rate of the film and obtain a thicker and denser oxide film when anodizing aluminum. Conventional methods is low (0 ℃ or so) and low concentration of sulfuric acid, such as < 10% - H2SO4) under the condition of, shortcomings of large energy consumption, high cost of production.
Another way to improve the film is to change the current waveform of the power supply. Oxide film of the resistance being very high, produce large amounts of heat oxidation process, therefore, the traditional dc oxidation current shoulds not be too big, using pulse current or pulse electric current and dc current superposition, can greatly reduce the needed by anodic oxidation voltage, and can use a higher current density, at the same time can also through adjusting the duty ratio and peak voltage, to increase the growth rate of membrane, improve the quality of the formation of membrane, the oxide film with excellent performance.
Composite anodic oxidation
Composite anodic oxidation is a new type of anodizing technology. Charged state of refractory powder surface and electrochemical reaction between the surface membrane layer, powder deposition in the film, there are also part of the powder under the action of mechanical stirring into the membrane pores, the performance of the oxide film change depends on the nature and the concentration of suspended powder.
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