Surface coating technology on separator with CP polymer recipe in LIB application
Porous polyolefin type separator is not suitable for use in Ionic Liquid having a high viscousproperty to be inferior on a penetrating property to conventional carbonate type electrolytes. To becontract, It is feasible to dramatically improve this penetrating property by specifically processingCP polymer on the surface of porous separator, of which formation is efficient to be commerciallyavailable for development of electrolyte recipe utilizing certain Ionic Liquid in gel and solid-stateelectrolyte types of LIB.
This processed separator is to contribute many effective advantages such a protection of positioning out on electrodes
by improving an adhesiveness with electrodes to avoid a short phenomena of electricity, Li+ ion transportation
enhancing with ion conductive polymer which control pore size and numbers on separator to refrain generating a
dendolite as another factor in happening the shortage phenomena.
