Superhard material is really far away from us as individuals, but for industry, it is also very close to us. It is widely existing and production, industry and life as the "teeth of industry". Superhard materials are widely used in photovoltaic, new energy, electronic tools, building materials, equipment manufacturing, automobile manufacturing, household appliances, clean energy, exploration and mining, consumer electronics, semiconductor and other fields. Superhard material each industry point has played a very good supporting role. And the superhard material 3D mixer is the central force of the whole industry, is to ensure the industry product standards and the industry healthy development of the key.
With the deepening of the intelligent manufacturing strategy, green manufacturing and other concepts, new hard-to-process materials in the super-hard industry continue to emerge, new requirements in the field of green manufacturing, photovoltaic and new energy vehicles and other emerging industries are becoming more and more important strategic position, major needs and changes in the downstream industry on the performance and quality of processing tools and functional components put forward higher requirements.
The extreme properties of new superhard materials, such as artificial diamond and its products, meet the production requirements and market demands of the above-mentioned 3D mixers. Efficient 3D mixers are the basis for broad development of the market space.
By constantly improving the upstream industrial chain layout, Zeke Machinery equipment further reduces the production cost of the superhard material industry. Independently developed a new type of dual-power flying knife high-speed 3D mixer, which assists the diamond technology in the superhard industry and focuses on the production of diamond micropowder. At the same time, the company through self-developed 3D mixer production equipment and supporting production lines, intelligent production, greatly accelerate the speed of production expansion, reduce debugging, production cycle, to achieve cost control and capacity expansion.