Granular Classification: Key to Efficient Applications of Diamond Micropowder
As the demand for diamond micropowder continues to rise, its applications in various industries have expanded significantly. From abrasives to cutting tools, and from electronics to medicine, diamond micropowder plays a critical role in many high-tech sectors. However, to meet the growing quality demands, one of the crucial steps in its production process is particle size classification.
After undergoing ball milling, crushing, shaping, and coarse purification, diamond micropowder still requires one vital processing step—particle size classification. The goal of this stage is to ensure a uniform particle size distribution while completely eliminating oversized particles.
Due to the fine nature of diamond micropowder, traditional sieve-based methods cannot achieve the precision required. Therefore, adopting scientific, efficient, and precise classification techniques is especially important. With the expanding applications of diamond micropowder and increasing quality demands from the market, manufacturers commonly use several classification methods. These include natural settling, centrifugal classification, overflow classification, and hydrocyclone classification.
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