We offer unique coatings obtained by micro-arc oxidation for aluminum, titanium and magnesium products
We offer unique coatings obtained by micro-arc oxidation for aluminum, titanium and magnesium products
Application
Innovative technology of the USSR space program, modified by our scientists
We have developed a special corundum (the second strongest mineral after diamond) AL2TEO coating
Our coverage advantages
Wide range of applications
Expanding the range of application of aluminum, titanium, and magnesium parts through the use of MAO-coating
Expanding the range of application of aluminum, titanium, and magnesium parts through the use of MAO-coating
Increased protective and decorative properties
Protective and decorative properties are higher than those of galvanic or any other coatings
Protective and decorative properties are higher than those of galvanic or any other coatings
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Machining parts with complex geometry
Machining of parts with complex geometry, blind and through holes, threads
Machining of parts with complex geometry, blind and through holes, threads
Machining of any Al, Ti, Mg alloys
We can process any aluminum, titanium, magnesium alloys
We can process any aluminum, titanium, magnesium alloys
10 - 500 μm
≤0.010
Coefficient of friction
up to 7000 V
Breakdown voltage
10 W/(m∙K)
Heat transfer coefficient
Coating thickness
up to 3500 Hv
Coating microhardness
up to 2000 °C
Thermal resistance
What steps does the coating procedure consist of?
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Application
You leave a request for a cost estimate
2
Costing
The same day we make the calculation and send you a sample contract for your signature
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Detail covering
We design and create the detail, then make the coating
4
Job acceptance
You accept and pay for each step of the work
Send an enquiry
Services
Al, Mg and Ti details coating
Details covering from 1 pc.
1-7 days
1-7 days
- 3D model creation
- Detail manufacturing
Design department
MAO-application equipment supply
Manufacturing, delivery and start-up of machinery
2-3 month
2-3 month
Extra services
MAO-using devices and mechamisms development