The equipment has significant features in system design, particle size control, powder classification, etc. The innovative high-frequency DC arc plasma evaporation process is used to continuously and efficiently produce high-purity nano-metals and metal composite powders. The compound evaporation enthalpy technology used can greatly improve the preparation yield, improve energy efficiency, and reduce costs. The invention is innovative, advanced and practical, and has reached the leading domestic and international advanced technology.
The data show that nano-metal powder is a kind of new and wide-ranging material. China's demand market is huge, but for technical reasons, the current production capacity is low, and most of it needs to be imported. The products developed using this technology are even rarer. It is understood that powders of metals such as copper, iron, gold, tin, and nickel have become important basic materials for microelectronics. However, making all kinds of metals into powder is a difficult technique. At present, various countries in the world are developing various technologies and trying to make metal powders reach the nano level.
In order to make nano metal powder play a greater role, Quanyou Group and Nanjing University of Technology jointly developed new products. The high-performance metal/ceramic nanocomposite lubricant self-healing agent developed with nano-composite metal powder, ultra-fine ore powder and multi-layer surface modification technology has been identified by expert experts of the academician of the Chinese Academy of Sciences, and the product is innovative. It can replace imported products and is at the leading level in China.
Jiangsu Quanyou Powder Production Equipment Obtains Invention Patent
The nanometer metal powder continuous production equipment developed by Jiangsu Quanyou Group Co., Ltd. has recently obtained the invention patent certificate issued by the State Intellectual Property Office. This is yet another honour of the company after it was included in the National Torch Program 2008-2009 following the nano-metal/ceramic composite lubrication self-healing agent project.