8 Channel Split Coin Cell Kit for High-Throughput Testing of Battery Materials - EQ-HSC-8

EQ-HSC-8 is an 8-channel split coin cell kit designed for high-throughput R&D battery material testing and screening. With this testing kit, 8 split coin cells can be assembled independently with varying battery materials and tested parallelly by a multi-channel battery analyzer for comparison and time-saving. This split coin cell kit can be easily tightened or de-assembled by a wrench. No coin cell crimper is needed, saving the user's time and cost.

 SPECIFICATIONS

Structure & Features	8 separated split coin cells can be assembled independently and tested parallelly for high-throughput R&D battery material testing and screening Work greatly with a multi-channel battery analyzer for battery material comparison and time-saving Stainless steel bottom contact plate and top plunger ensure good electrical conductivity  Regular sealing gasket and Nylon body are default choice for the pressure cell. Perofluo O-ring and PEEK body with excellent corrosion resistance are avilable upon request.  The air-tight design ensures zero electrolyte leakage
Electrode Diameter	Standard 20 mm ID (5, 10, 12, and 15 mm ID versions are available upon request)
Working Temperature	Max. 100 ºC
Testing Station (Optional)	To perform a parallel test for multiple cells, simply align the kit parallel with an MTI multi-channel battery analyzer and have the cells connected to the corresponding channels for cycling life，  coulombic efficiency, and other measurements
Dimensions	500(L) x 60(W) x 110(H) mm
Operation Instructions	Note: The separator films, electrodes, electrolyte and etc. shown in the video are NOT included
Application Notes	Enhanced Electrochemical Lithium Storage by Graphene Nanoribbon. STC20-split flat cell (MTI Corp., Richmond, CA) was used for this study Recommend to use a torque wrench when tightening the top plunger for good electrical contact and repeatability ( click Pic 1 to order ) A vacuum pen for easy component placement and cell assembly ( click Pic. 2-3 to order ) Pic. 1         Pi. 2           Pic. 3