New Energy Powder Grinding Mill, 1.5TPH, 400 Mesh for High-Purity Battery and Electronic Functional Materials
With the rapid upgrading of the global new energy industry, high-purity ultra-fine mineral functional powder has become an indispensable core auxiliary material for lithium batteries, energy storage devices, electronic components and new energy equipment. New energy powder has extremely strict requirements on fineness, purity, particle uniformity and chemical stability, and ordinary industrial grinding equipment cannot meet the ultra-fine and high-purity processing standards. This new energy special powder grinding project is equipped with a high-precision ultra-fine grinding mill, with an hourly output of 1.5 tons and ultra-fine finished powder fineness up to 400 mesh, specially used for customized production of high-end new energy functional mineral powder.
The project processes high-purity special minerals such as high-grade bentonite, ultrafine talc and modified kaolin. All raw materials are strictly screened, purified and dried in advance to remove trace impurities, control moisture content and ensure zero pollution of raw materials. The ultra-fine grinding mill adopts low-temperature nano-level precise grinding technology, which can fully refine mineral particles without destroying the molecular structure and functional activity of minerals, completely retaining the excellent insulation, adsorption and stability of new energy powder. The multi-stage high-precision classification system ensures that the 400-mesh powder has ultra-uniform particle size and extremely high purity, meeting the strict manufacturing standards of new energy materials.
The processed new energy ultra-fine powder has super dispersibility, chemical stability and insulation performance. It is mainly used for lithium battery diaphragm modification, electrolyte impurity adsorption, electrode insulation filling and energy storage device functional additives. It can effectively improve the safety performance, cycle life and stability of lithium batteries, reduce self-discharge rate, and solve the problems of battery heat generation and short circuit hidden dangers. In addition, it can also be used as high-end filler for electronic ceramic materials and new energy circuit insulation materials.
This 1.5TPH new energy powder grinding line adopts dust-free and sterile high-standard production mode, with high processing precision and flexible parameter adjustment, which is very suitable for new energy material research and development, small-batch high-end customization and precision production. The equipment runs stably with low energy consumption and zero impurity pollution, and can adjust powder fineness and particle size distribution according to customer customized requirements. This project fills the gap of high-end new energy mineral powder precision processing, provides high-quality functional raw material support for the global new energy industry upgrading, and has extremely high technical value and market competitiveness.
