Dry Electrode Film Solution

 Technical Parameters 

Ⅰ、Introduction   The TSG series high-speed mixing granulator utilizes the vortex airflow generated by high-speed rotor rotation to achieve forced mixing. One process can achieve dispersion, mixing, coating, and granulation. During the process of pelletizing, it ensures the compactness and uniform shape of the sphere, which is not easy to cause shape damage. It can be

 Products Description  Ⅰ、Introduction: The airflow fibrosis machine is a very compact desktop device developed for ultra-fine fibrosis and high recovery of a small amount of samples, which is very suitable for conducting experiments.Ⅱ、Features: ① Disassembly, cleaning, and assembly are very simple. ② Can be subjected to ultrafine crushing of extremely small amounts of samples (tens to hundreds

 Products Description  Working Principle:The spiral airflow crushing process utilizes high-speed airflow to propel materials into the grinding chamber, where they collide with each other in a tangential direction. The materials are fractured under the combined forces of shear and impact. Compressed gas is rapidly released through a Laval nozzle, creating a heat absorption effect that

 Products Description  Xiaowei NEW ENERGY delivers premium supercapacitor dry electrode sheets, specifically designed for advanced battery laboratory research and development.  Technical Parameters  Thickness ofElectrode 220-240μm Compaction density 0.5g/cm3 Activated Carbon Ratio 96% Activated Carbon Capacity 28F/g Current Collector None Size 10*10cm Storage conditions Sealed

 Products Description  The dry electrode process is a new manufacturing process for lithium-ion batteries, which does not use solvents in the electrode manufacturing process. Usually, the positive/negative active substances, conductive agents, and solid binders are directly mixed and sprayed onto the collector, or a self-supporting film is made through different processes and then compounded with

 Products Description  Dry electrode technology is currently one of the advanced manufacturing technologies for lithium-ion batteries, and the dry roller pressing process is the key to this process. Continuous dry rolling pressing equipment only needs to form a high-performance dry electrode film with high density and uniform surface by multi-stage rolling of mixed electrode raw

 Products Description  The main differences between dry electrode batteries and traditional batteries in electrode technology: The difference between dry electrode batteries and traditional batteries is mainly reflected in the manufacturing process of the electrode plates. Traditional lithium battery manufacturing involves mixing solvent NMP with negative or positive electrode powder with adhesive materials, then coating the slurry