一分钟认识钕铁硼镝铽浸润晶界扩散技术
发布时间:
2021-11-12
荣德机器人深耕磁性材料产业，投入大量人力物力
荣德机器人深耕磁性材料产业，投入大量人力物力，重点开发钕铁硼表面处理智能制造技术。因此，钕铁硼晶界扩散设备应运而生。它有效地集成了钕铁硼生产和制造的各种工艺单元，实现了自动化生产。与传统的独立工艺方法相比，全自动生产线显著减少了人员和设备配置，在促进稀土永磁资源节约、产品升级、节能减排和可持续发展方面发挥了重要作用。晶界扩散 (镝和铽渗透) 技术在高性能钕铁硼永磁材料中的应用，提高了钕铁硼磁钢的矫顽力。
Neodymium iron boron diffusion equipment
The manufacturer of neodymium iron boron diffusion equipment, Shenzhen Rongde Robot Technology Co., Ltd., has provided neodymium iron boron magnetic material spraying equipment to more than 50 magnetic material companies, such as Yantai Zhenghai, Ningbo Ketian, Tianjin Jingci, Xiamen Tungsten Industry, Fujian Jinlong, Ningbo Songke, Huizhou Platinum Technology, etc., which have been widely recognized by customers. With the completion and implementation of the research and development of neodymium iron boron spraying system manufacturing equipment, the fully automatic production line of neodymium iron boron diffusion equipment is about to play a crucial role in the magnetic materials industry. Rongde Robotics will continue to deeply cultivate the magnetic material industry, guided by customer needs, constantly innovate, and climb new heights, bringing infinite possibilities to the neodymium iron boron magnetic material industry.
Neodymium iron boron spraying equipment
The diffusion agents commonly used in neodymium iron boron grain boundary diffusion spraying technology are mainly elemental, alloy or compound containing heavy rare earth elements, among which the compound mainly includes oxides, fluorides, and hydrides. Rongde Robot's neodymium iron boron dysprosium terbium penetration diffusion spraying automation equipment adopts surface coating method, specifically designed for fluoride grain boundary diffusion spraying. The coating has a primary utilization rate of 59% and a secondary utilization rate of 99%, with a dedicated anti clogging oil circuit and spray gun.
Neodymium iron boron, as a key material in the production process of emerging industries such as automobiles, 3C consumer electronics, home appliances, new energy vehicles, and wind power generation, relies on electromagnetic conversion and other functions. Permanent magnet materials can form advantages in comprehensive magnetic performance, corrosion resistance, and achieve lower preparation and operating costs. Rare earth permanent magnet material products will have broad market space and good development opportunities. The emergence of neodymium iron boron dysprosium terbium penetration spraying automation equipment also meets market demand.
