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Participated in Research Project Application for National Science and Technology Award

time:2019-12-30 10:20:15   click:305

   Recently, the "electromagnetic coupling magnetron sputtering platform" jointly developed by the company and a state key laboratory passed the preliminary review of the National Science and Technology Award as a core component of industrialization. This platform is mainly used for the preparation of DLC films and is widely used in aerospace and superhard Tools, corrosion resistance and special lubrication.
   This platform is jointly developed by our company and a senior team of the State Key Laboratory. It has a number of technological innovations in the aspects of small cavity multi-function, target location, magnetic field distribution, keyboard structure, insulation and driving methods. The two parties jointly declare and authorize 3 patents.
   Since the establishment of the company, adhering to the core values of "beyond the limit and moving towards excellence", adhere to the "satisfying the reasonable needs of customers and never change", is committed to the perfect matching of technology and equipment, customized special equipment for many scientific research institutes and innovation teams , Has a deep technical accumulation in the field of ultra-high exhaust, functional materials, functional film preparation, nuclear-grade materials, 3D additive and other fields.
   We are willing to cooperate with customers in joint research and development, joint manufacturing, and sharing of intellectual property rights and revenue!
   Note: "DLC" is the abbreviation of the English word "DIAMOND-LIKE CARBON". DLC is a substance composed of carbon, similar in nature to diamond, and having a graphite atomic structure. Diamond-like carbon film (DLC) is an amorphous film. Due to its high hardness and high modulus of elasticity, low friction coefficient, wear resistance and good vacuum tribological properties, it is very suitable as a wear-resistant coating, which causes It pays attention to the field of tribology. At present, there are many methods for preparing DLC films. The carbon sources used in different preparation methods and the energy of ions reaching the surface of the substrate are different. The structure and properties of the deposited DLC films are very different, and the tribological properties are also different. (Source: Baidu Encyclopedia)