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Jekit Car Brake Parts Aluminum 6061 Bracket Color Customized
Product description
Item Name | Bracket |
Material | Aluminum 6061 |
Color | Custom oxidation color |
Quality | 100% Tested |
Package | Neutral Packing |
Color introduction
jekit bracket aluminum 6061-T6 uses anodizing to color the product.
Anodic oxidation, the electrochemical oxidation of metals or
alloys. Aluminum and its alloys form a layer of oxide film on
aluminum products (anode) under the action of applied current under
corresponding electrolyte and specific process conditions. If
anodizing is not specified, it usually refers to sulfuric acid
anodizing.
In order to overcome the defects of aluminum alloy surface hardness
and wear resistance, expand the scope of application, and extend
the service life, surface treatment technology has become an
indispensable part of the use of aluminum alloy, and anodizing
technology is the most widely used and most successful
The so-called aluminum anodic oxidation is an electrolytic
oxidation process in which the surface of aluminum and aluminum
alloys is usually transformed into an oxide film, which has
protective, decorative and other functional properties. The
anodization of aluminum starting from this definition includes only
the part of the process of generating anodized film.
A metal or alloy product is used as an anode, and an oxide film is
formed on the surface by electrolysis. The metal oxide film changes
the surface state and properties, such as surface coloring,
improving corrosion resistance, enhancing wear resistance and
hardness, and protecting metal surfaces. For example, aluminum
anodic oxidation, aluminum and its alloys are placed in
corresponding electrolytes (such as sulfuric acid, chromic acid,
oxalic acid, etc.) as anodes, and electrolysis is carried out under
specific conditions and applied current. The anode aluminum or its
alloy is oxidized to form a thin layer of aluminum oxide on the
surface, the thickness of which is 5-30 microns, and the hard
anodized film can reach 25-150 microns. The anodized aluminum or
its alloy improves its hardness and wear resistance to
250~500kg/mm2, good heat resistance, the melting point of hard
anodized film is as high as 2320K, excellent insulation, shock
resistance The breakdown voltage is as high as 2000V, which
enhances the corrosion resistance and does not corrode in
ω=0.03NaCl salt spray for thousands of hours. There are a large
number of micropores in the thin oxide film, which can adsorb
various lubricants, which is suitable for manufacturing engine
cylinders or other wear-resistant parts; the film micropores have
strong adsorption capacity and can be colored into various
beautiful and gorgeous colors. Non-ferrous metals or their alloys
(such as aluminum, magnesium and their alloys, etc.) can be
anodized. This method is widely used in mechanical parts, aircraft
and automobile parts, precision instruments and radio equipment,
daily necessities and architectural decoration.
Generally speaking, aluminum or aluminum alloy is used as the anode
for the anode, and the lead plate is selected for the cathode. The
aluminum and lead plate are placed together in the aqueous
solution. There are sulfuric acid, oxalic acid, chromic acid, etc.,
for electrolysis. An oxide film is formed on the surface. Among
these acids, the most widespread is anodic oxidation with sulfuric
acid.
Anodizing has protective, decorative and insulating properties, can
improve the bonding force with organic coatings, and improve the
bonding force with inorganic coatings. Among them, the metal oxide
film changes the surface state and performance, such as surface
coloring, improves corrosion resistance, enhances wear resistance
and hardness, and protects the metal surface.
Reference picture