EQ-PSC is a split test cell for coinsolid state batteries, equippedwith aNylonsleeve or PEEK sleeve, which is designed for researching the effect of pressure on solid-state battery performance.
MS-H280-Pro is a low-temperature magnetic stirrer with a higher heating temperature of 280°C, which can handle daily small-volume liquid handling tasks.
Hot Melt Adhesives Polymer Tapes)for Heat Sealing Pouch Cells. This hot melt adhesive/sealant is specially designed to seal labels between aluminum laminated film pouch battery compartments.
This equipment is mainly composed of three parts, namely the main box, the transfer room and the side door. There are 2 glove ports. In front of the main vacuum glove box, the inside of the box can be clearly seen. Can also be customized according to customer requirements.
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
AOT-MSK-320A is a capacitive discharge spot welder driven by compressed air. It is specially designed for the production of battery manufacturers (NiMH.NiCd, Li-Ion/LiMnNi.LifePO4), welding is more reliable, more consistent and more accurate than AC pulse.
AOT-MSK-131 provides a uniform pressure load and temperature environment for the tested pouch cells for more efficient and high-quality SEI formation. This hot press has precise and constant pressure delivery up to 400 kg and the maximum temperature is 150°C.
AOT-QF650 pneumatic sealing machine is mainly used for laboratory battery material research to make cylindrical batteries. Standard equipped with 18650 cylindrical battery sealing mold , other cylindrical battery sealing molds can also be selected.
AOT-HPS-200H is mainly suitable for hot flat pressing after the battery core is wound. First, place the wound cell on the template, and shape the cell by pressing and heating, so that the thickness of the cell is consistent, the elasticity of the cell is reduced, and the short-circuit rate of the cell is reduced.