According to a report by Shaanxi Daily, "Micro arc oxidation high-end protection integrated Solution" project of APE Technology Entrepreneurship Team of Xi 'an University of Technology won the silver award in the third China "Internet Plus" Innovation and Entrepreneurship Competition for College Students in September 2020.

  Micro-arc oxidation technology is a new type of green plasma surface technology, aiming at magnesium alloy itself easy to burn, easy to corrosion, easy to wear characteristics, coating on the surface of magnesium alloy, effective high-end protection of magnesium alloy. Compared with the traditional electroplating, anodic oxidation, electrophoretic deposition, spraying and other technologies, the micro-arc oxidation technology is not only green, but also has the characteristics of high hardness, friction resistance, corrosion resistance, high temperature resistance and better insulation and uniformity.

  Nowadays, micro arc oxidation technology is mostly applied in 3C product shell, automobile parts, high-speed rail components, Marine aviation and other fields. It is understood that the domestic micro arc oxidation technology has been applied to hot industries, which is driven by the huge market demand for magnesium alloy and the increase of foreign processing orders. On the other hand, the traditional metal materials and surface treatment industry urgently needs to adjust its industrial structure and improve the market competitiveness of its products under the premise of meeting environmental standards. Some research institutes and universities also take micro arc oxidation technology as a research hotspot. Although there are many domestic enterprises participating in this industry at present, due to the high technical threshold of this industry, the need for high-quality power and multidisciplinary talents, special process research and development difficulties, power and process is difficult to closely combine, and many other problems, resulting in the lack of post-process guidance and maintenance of most projects.

  This project is the home of industrialization in the real sense in China, and won the award for scientific and Technological progress in 2005. At present, the micro arc oxidation technology of Xi 'an University of Technology is generally recognized by professionals in the magnesium alloy products and surface treatment industry, and the strength of upgrading and upgrading of this technology is highly valued.

  An instructor of the project said, "Our project has been in deep cooperation with BYD, Yinguang Group and Boeing. In the next step, we will use the popularity of cooperation with the existing high-end enterprises to attract more attention and application of middle-end enterprises, through vigorous publicity and promotion and provide high-quality products and services, to establish a brand image."