Kinetic control of silicon carbon cathode Spreader drying: key technology to solve crazing and powder drop
Abstract:
基于硅碳负极材料特性与涂布工艺要求，本文深入探讨了涂布干燥过程中的动力学控制原理。分析表明，传统静态参数控制已无法满足硅碳负极涂布质量需求，必须从干燥动力学角度理解溶剂迁移、粘结剂分布与内部应力变化规律。通过优化温度曲线、控制干燥各阶段转换节奏，可有效解决涂层裂纹、掉粉等关键技术难题。文章同时指出，高性能涂布设备是实现干燥动力学精确控制的基础保障，其中慧诺智能刮刀式涂布机凭借其精准的厚度控制、自动调平功能和均匀加热系统，为硅碳负极涂布工艺研究提供了可靠的设备支撑。
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Relevant knowledge
- 1Drawdown blade Film Applicator Coating UV glue on film
- 2Using the drawdown blade Automatic Film Applicator to prepare Resin on Release Paper
- 3Advantages of drawdown blade method in preparation of perovskite solar cells
- 4Application of doctor blade coater in electrode and solid electrolysis preparation
- 5Study on Experimental Technique of Scraper Automatic Film Applicator Coating Adhesive on Film
- 6Experimental Study on Spreader Lithium Ion Separator on PP Material for Doctor blade coater
- 7Fuel cell doctor blade Film Applicator: Working Principle and Application
- 8Comparison of advantages and disadvantages of preparing large area perovskite films by doctor blade Spreader method and spin coating method
- 9Technical Principle and Advantage of Preparation of Oxidation Wax by Doctor blade Spreader
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