Sichuan Zhongjin Powder Equipment Co., Ltd. is located in Mianyang, China's Science and Technology City. The company leverages the civilian 4++ technological achievements of the China Aerodynamics Research and Development Center, integrating aerodynamics, materials science, and mechanical manufacturing. It is dedicated to the research, development, manufacturing, sales, and service of ultra-fine grinding and classification equipment.

The company produces a range of ultra-fine powder equipment, including jet mills, high-precision air classifiers, ultra-fine classified impact mills, inert gas protection grinding and classification equipment, dust collectors, horizontal disc mills, jet mill classifiers, and steam kinetic energy mills.

The company possesses core R&D technologies for ultra-fine grinding and classification equipment both domestically and internationally. These include efficient utilization of jet energy technology, precise classification with strict control over over-grinding, reliable sealing and leak-free technology, large particle control technology, complete and stable system design technology, constant gas-solid concentration ratio technology in the grinding chamber, ultra-fine powder collection, dust removal, and flue gas treatment technology, as well as ultra-fine grinding particle morphology control technology.

Based on the diverse needs of users, the company adopts personalized system design and customized equipment solutions, providing suitable, economical, and reliable grinding, classification, morphology control equipment, and complete production lines to serve its clients.

The company is committed to advancing the level of powder preparation, consistently prioritizing independent technological R&D and product innovation in its development. Its leading products, known for low energy consumption, high output, precise classification, and strong stability, are widely used in the preparation of new materials, ultra-fine powders, and nanomaterials, addressing numerous technical challenges in the field of new material processing.