AOT-EQ-STC is a compact splittable test cell with optical grade quartz widow to analyze the interface of solid-state battery electrodes, mainly dendrite growth, via an optical microscope.
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.
Carbon-coated aluminum foil is a new type of battery cathode substrate. carbon-coated aluminum foil has good conductivity, low internal resistance and strong mechanical properties.
AOT-MSK-SFM-3-II is a dual jar high energy ball mill with 3D movement which can mill two types of powder into nanoscale at the same time.which can be operated inside a glovebox with Argon gas.
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-T1200 series furnaces are split-able tube furnaces with Fe-Cr-Al alloy heating elements. The precision temperature controller can provide 51 segments heating and cooling steps with +/- 1 ºC accuracy.The furnace is installed with 60mm to 100mm O. D quartz tube with a pair of smart stainless steel vacuum sealing flange and valve/gauge which 1
AOT-MSK-SFM-2L is a Tri-Shaft Planetary Vacuum Mixer with a 2-liter container and PLC Touch Panel Control. Such a vacuum mixer incorporates the unique tri-shaft stirring design to ensure a gas-bubble free blending of complex materials under vacuum with extreme uniformity.
This electrode sheet is based on Aluminum foil coated by Lithium Nickel Manganese Cobalt Oxide in double side and is used as the cathode of Li-Ion battery.
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