EV Power Prismatic Battery Electrodes Laser Cutting and Winding Machine

This TOB-HEV220A prismatic cell auto winding machine is used in the winding process of the prismatic cell and is a fully automatic operation equipment.

8 Channel Coin Cell Battery Test Analyzer (0.002-10mA, up to 5V)

100L Vacuum Storage Tank

99.9% Lithium Chip For Button Cell Materials D:15.6mm*T:0.6mm

This TOB-SKT-10 battery mechanical shock tester is mainly applicable to shock resistance tests in such fields as electronic products, aerospace, shipping, military industry, automotive parts and transportation. Shock tests in form of half sine wave, final peak saw tooth wave or trapezoidal wave shock tests can be carried out by selecting different waveform generators.

Small lab planetary ball mill 0.2L

High Temperature 1700℃ Crucible Furnace For Powder Sintering SPECIFICATIONS Thiscrucible furnaceadopts silicon molybdenum rods as heating element, using 708P type intelligent temperature control instrument and B double platinum rhodium thermocouple together to adjust the internal temperature of the furnace temperature measurement, automatic control. Thiscrucible furnacehas maximum temperature of 1700 ℃ For high temperature sintering. Model 1700℃ Crucible Furnace    TOB-LCF-1700C Heating mode Silicon molybdenum bar heating Furnace effective size Φ200*180mm Working temperature ≤1700℃ Max temperature 1700℃ Temperature rising speed 10℃/min Temperature accuracy  ±1℃ Source voltage AC110V/220V   50/60HZ Heating power 6.5kw General dimension 480*500*950mm Weight 110kg Structure 51 steps programmable intelligent control Fiber inner materials for temperature up to 1700℃ Lift model at bottom, simple for operation Standard configure 1pcs crucible tongs, 1pair High temperature gloves,  2pcs heating elements, 1pcs thermocouple. Warranty One year limited warranty with lifetime support  Email : tob.amy@tobmachine.com  Skype : amywangbest86  Whatsapp/Phone number : +86 181 2071 5609

Vapor grown carbon fibers (VGCFs) have desirable properties, such as relatively high mechanical strength and electrical conductivity both in single fiber and bulk states, including their very special network-like morphology, which improve the performance of electrodes in lead-acid and lithium-ion batteries, especially their cycling characteristics.