Dry electrode is an innovative process that presents new challenges for mixing equipment. Since powder materials are directly mixed in a solvent-free environment, how to ensure the uniformity of materials and protect their physical and chemical properties has become the core problem.
The mixing process of the dry electrode has a key impact on the film quality and electrochemical performance, this process is not only related to the uniform production of binder fiber, affecting the mechanical strength of the dry process film, but also plays a key role in the uniform distribution of the conductive agent, so as to effectively reduce the internal resistance of the electrode! It can be said that the mixing effect of raw materials and the degree of fibrosis at the front end of the process directly determine the final electrochemical performance and production cost of the dry electrode film. CONELE has extensive experience in the dry electrode industry, and the dry electrode mixers designed by CONELE are well equipped to meet these challenges due to their efficient mixing and high quality handling characteristics!
CR15 Intensive Mixer is a high-performance mixing solution tailored for refractory materials, widely used in industries like steelmaking, cement production, and glass manufacturing. Here's a detailed overview based on available information:
High-speed mixing granulator is selected according to the characteristics of alumina powder: high-speed stirring is used to quickly agglomerate the powder and the binder, which is suitable for small particle size and low viscosity materials.
The inclined intensive mixer adopts a unique inclined barrel design, combined with a high-speed rotating mixing tool, to achieve three-dimensional composite movement of the material. This design ensures a highly uniform mixing of powder and liquid, laying
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