This equipment is mainly used for electric rolling press of battery electrode sheet, and a few precious metal materials like gold and silver, nonferrous materials like copper and aluminum in lab.
This is a 100mm width lab lithium battery electric rolling press machine with heating function. it is mainly for battery electrode sheet thinning and calendering.
This is a manual rolling press machine which used for pressing battery materials like copper and aluminum foil/electrode for lab .The rolling thickness can be regulated, it is easy to operate.
This lab rolling press machine is an ideal calender for adjusting thickness and increasing active material density of the electrode in Li-Ion batteries research after coating and drying.
1.This Roll Press Machine is a continuous roll to roll heat calendering machine . It has dual rollers of 150mm dia. x 300mm width and dual micrometer. The roll press machine is an ideal hot rolling press for adjusting thickness and increasing active material density of the electrode in Li-Ion batteries research after coating and drying. 21
The coating machine is a three roll transfer coating equipment that is convenient for surface coating processes on various substrates. Especially applied in the lithium-ion battery industry, while meeting the requirements of coating accuracy and consistency, it is designed with excellent drying effect.
The equipment has good horizontal and vertical uniformity in rolling, and the appearance of the rolled products is high-quality. The equipment is supplied with pressure by the hydraulic system for roller rolling, suitable for situations where high requirements are placed on rolling force and consistency of rolling gaps.
AOT-MSK-HRP-01 is a compact hot rolling cylinder press, max. The working temperature is 100℃. It is specially designed for preparing battery electrodes inside and outside the glove box. It is compatible with Ar gas. In lithium-ion battery research, applications such as increasing the density of electrode active materials after coating are very effe1