Performance Features:

1. The equipment adopts an airflow crushing and classification method, allowing materials to collide with each other to achieve the crushing effect. It offers the advantages of low wear, high yield, and no pollution. It operates through a completely dry process, enabling the production of diamond particle sizes with narrow distribution (5–10μm, 8–12μm, 6–12μm) in a single production run.

II. High Yield Rate. The company's unique crushing and classification structure significantly controls the generation of fine powder, enabling timely classification and collection of effective finished products, thereby increasing the yield rate from approximately 20% to 85%.

3. The use of the company's proprietary wear-resistant technology greatly reduces equipment wear, extends service life, and makes maintenance more convenient.

IV. The high-precision classifier, with its stable and complete classification flow field and special sealing measures, reliably prevents the leakage of coarse particles, resulting in a narrow particle size distribution without large particles. The unique dust removal technology ensures stable operation of the equipment over extended periods.

About Us
[Sichuan Zhongjin Powder Equipment Co., Ltd.] is located in the Science and Technology City of China.—In Mianyang, the company leverages the civilian technological achievements of the Asia Wind Tunnel Group, which is part 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 possesses core R&D technologies for world-class ultrafine grinding and classification equipment, including the full utilization of jet flow energy, efficient classification with strict control over over-grinding, reliable sealing with zero leakage, large particle control, complete, stable, and smooth system design, constant gas-solid concentration ratio in the grinding chamber, ultrafine powder collection, dust removal, and flue gas treatment, as well as morphology control of ultrafine ground particles.