Product features:

Increasing the specific surface area significantly improves the adhesion force, ensuring close contact between the electrode active material and the electrolyte. The conductivity is higher than that of wet electrodes, and the energy density of the battery is also increased. The dry electrode process eliminates the two processes of coating and drying, and has a shorter time compared to traditional wet processes. It can increase production capacity, reduce costs and energy consumption, and reduce battery costs by at least 10%.

Product Display:

Product Introduction: Mainly aimed at dry electrodes, to solve the key problem of self-made film formation and current collector bonding. We have developed a coating that is almost non sticky at room temperature, but becomes sticky after secondary activation at a hot press roller temperature of 100 ℃. In addition, this coating can be combined with roughening technology to greatly increase the specific surface area and significantly improve the adhesion force, ensuring close contact between the electrode active material and the electrolyte. The conductivity is higher than that of wet electrodes, and the energy density of the battery is also improved. The dry electrode production process is environmentally friendly as it does not require the use of volatile solvents during the wet process. The dry electrode process eliminates the two processes of coating and drying, and has a shorter time compared to traditional wet processes. It can increase production capacity, reduce costs and energy consumption, and reduce battery costs by at least 10%.