AOT-MSK-180 is a CE certified precision electrode die-cutting machine that accepts size customization. It is a must-have tool for producing specific shapes of positive and negative electrodes with current collectors in pouch cell production lines. IR sensor built into the front of the machine for safe operation.
Zinc metal chips has excellent properties such as high capacity, non-toxicity, relatively low redox potential (-0.76V vs SHE), high safety, and low cost, and has been considered as an ideal anode material for primary and secondary zinc batteries.
AOT-DC-80 die cutting machine is suitable for die cutting of positive and negative plates of pouch cell batteries. It is pneumatically die cutting and can be used in a glove box.
AOT-QFZ is a coating adhesion tester is used to measure the adhesion ability of various coating films to the surface of the object to be coated. The adhesion performance of the paint film was measured by the circle track method, and the integrity of the paint film within the scratch range of the circle rolling line was used to evaluate the adhesion1
Titanium foam with high purity titanium powder as raw material, after screen, cold isostatic pressing molding, high temperature, high vacuum sintering.
This stacking equipment is suitable for assembling the positive and negative plates of lithium-ion battery cells with Z-shaped laminations and isolation membranes.
AOT-EQ-STC-BEW battery can accommodate electrodes and separators of various sizes (diameter 19, 20, and 24mm). It is designed for simple and rapid assembly testing of rechargeable battery electrode materials.
Foam nickel is a kind of porous metal with three-dimensional full through mesh structure, which is made of foam like metal nickel through high-tech deep processing.
Sodium Nickel Iron Manganate Coated on Aluminum Foil,The contact between the particles and the current collector is better, and the internal resistance of the battery is smaller, which is conducive to the exertion of gram capacity and improves cycle and rate performance.