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Recent Patents of Micro-arc Oxidation Technology
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Abstract:
Micro-arc oxidation (MAO) is a new surface treatment technology that can improve
wear resistance, corrosion resistance, high voltage insulation, and other metal properties. Therefore,
this technology is widely used in automobile manufacturing, aerospace, ship anti-corrosion,
medical equipment, sewage treatment, and other fields. This paper reviews the representative patents
of micro-arc oxidation technology at home and abroad. The micro-arc oxidation processing
device, the process method of micro-arc oxidation processing, the power supply and electrical
parameters of micro-arc oxidation, the preparation of electrolytes, and the methods of anticorrosion
and protection of metal surface are analyzed. The development trend of micro-arc oxidation
technology in the future is discussed. Micro-arc oxidation is a simple, green, and environment-
friendly surface treatment technology, and there will be more patents in the field of micro-
arc oxidation in the future.
Title: Recent Patents of Micro-arc Oxidation Technology
Description:
Abstract:
Micro-arc oxidation (MAO) is a new surface treatment technology that can improve
wear resistance, corrosion resistance, high voltage insulation, and other metal properties.
Therefore,
this technology is widely used in automobile manufacturing, aerospace, ship anti-corrosion,
medical equipment, sewage treatment, and other fields.
This paper reviews the representative patents
of micro-arc oxidation technology at home and abroad.
The micro-arc oxidation processing
device, the process method of micro-arc oxidation processing, the power supply and electrical
parameters of micro-arc oxidation, the preparation of electrolytes, and the methods of anticorrosion
and protection of metal surface are analyzed.
The development trend of micro-arc oxidation
technology in the future is discussed.
Micro-arc oxidation is a simple, green, and environment-
friendly surface treatment technology, and there will be more patents in the field of micro-
arc oxidation in the future.
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