Enhancing Transfer Consistency: Modified Depolymerization Machine Optimizes Coating and Modification Processes


In the transfer process for semi-solid-state batteries, the flowability of the electrolyte powder and the uniformity of the coating are critical factors that influence battery safety and yield. Honeycomb Mill As a supporting Modified Depolymerization Machine , precise processing of the powder significantly enhances the compatibility with subsequent processes. While achieving ultra-fine dispersion, the equipment simultaneously utilizes Coating and Modification Machine The functional treatment imparts oleophilic or hydrophilic surface properties, thereby enhancing the adhesion between the electrolyte powder and the binder and separator.

The treated powder exhibits excellent flowability and sphericity, thereby increasing the coating speed on the transfer production line. 25% That concludes the above. The deviation in transfer coating thickness can be controlled within ±1 μm Within this timeframe, it effectively eliminates defects such as missing prints and excessive thickness variations, thereby significantly enhancing cell consistency. The蜂巢磨 operates continuously throughout the entire process and seamlessly integrates with automated transfer production lines, eliminating the need for intermediate storage and reducing the impact of environmental fluctuations on powder performance. Currently, this solution has been successfully implemented across multiple domestic semi-solid-state battery manufacturers, serving as a core component for boosting production-line efficiency and product competitiveness.

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