AOT-200UL is an ergonomic, intuitive electronic pipette made in Germany used for dispensing electrolyte (LiPF6 for Li-ion Battery) to small Coin Cells from battery research and material coating for Spin Coating in most material research lab.
This machine maximizes space utilization and can accommodate 32 button batteries (battery I≤100mA), 2 channels/layer, 4 layers/25L. Less than 0.2 square meters of floor space to meet your laboratory battery testing needs. Although the body is small, it can test button battery , Pouch Cell battery, realize integrated operation through BTS host1
This electronic balances are used in the food, pharmaceutical, textile ext .geological and jewellery industries, they are widely used in schools, hospitals, laboratories, medical, chemical and other large factories.
LiNi0.5Mn1.5O4 (LNMO) cathode material powders are attractive for next-generation 5V Li-ion batteries due to their high discharge plateau, good stability, and cycling performance.
Sodium vanadium phosphate(Na3V2(PO4)3), a cathode material for high tap density sodium-ion batteries, has the advantages of high specific capacity, excellent rate performance and long cycle life.
Soft carbon has adjustable layer spacing and good electronic conductivity, and can be used for sodium battery and lithium battery,it is a common sodium battery material.
AOT-SYU-3 Ultrasonic Inspection and Screening System is a simple, practical and reliable screening system, and it is the most effective solution to current mesh blockage.
Electrolytic manganese dioxide has the characteristics of large discharge capacity, strong activity, small volume and long service life. It is an excellent depolarizer for lithium batteries, zinc batteries, etc.
Sodium vanadium phosphate(NVP)cathode material for sodium-ion batteries, has the advantages of high specific capacity, excellent rate performance and long cycle life.
Titanium foam with high purity titanium powder as raw material, after screen, cold isostatic pressing molding, high temperature, high vacuum sintering.