AOT-BMS-24V15A is1GB offline operation storage capacity per channel, supporting long-term offline operation Independent programming for each channel, a single machine can test 8 laptop batteries at the same time.
LGPS Sulfide solid electrolytes are currently the inorganic solid electrolyte materials with the highest ionic conductivity, which have advantages such as good thermal stability, wide electrochemical window, and good mechanical properties. They are the key electrolytic materials used in all solid-state batteries.
AOT-PM100L dual planet mixer is widely used for dispersing and mixing medium to high viscosity liquids, such as adhesives, sealants, silicone rubber, glass adhesive, solder paste, battery paste, electronic paste, lithium battery paste, polyurethane, coatings, pigments, dyes, synthetic resin rubber, etc.
Lithium battery PE separator (polypropylene separator) is a porous film prepared from polypropylene as raw material through melt extrusion, biaxial stretching and chemical/physical pore-forming processes.
AOT-MSK-HT-64 is a 16-channel high-throughput automatic Crimper for CR2016, CR2025, and CR2032 coin cells. It can process 16 coin cells within 15 minutes with pre-loaded components.
Mini overhead Stirrer strong stirring force, suitable for different viscosity samples. Mainly used in chemical synthesis, drug synthesis, physical and chemical analysis, chemical research and development, food and beverage, food , beauty industry, handmade, cosmetics, dyes, paint, glue adhesives, plastics, polymers and other fields of dissolution, 1
The Overhead Stirrer Laboratory Mixer is a commonly used device in the laboratory. It is driven by a motor to insert the stirrer paddle vertically into the container from the top.
This equipment is an integrated automatic processing device for barley paper of cylindrical lithium batteries,Battery Sticker,sorting and material collection. It adopts high-precision positioning and intelligent detection technology to achieve precise adhesion of barley paper, rapid sorting of battery parameters and orderly material collection, wit1