4680 Tabless Battery and Cylindrical Cell Electrode Slot Die Coater Coating Machine

Min.Order: 1
Product origin: Xiamen, Fujian, China
Infringement complaint: complaintComplaint
US$ 800000 ~ 850000

Description
Battery Cells Electrode Slot Die Coater Coating Machine
for 4680 Tables Battery and Cylindrical Cell


SPECIFICATIONS

 
Contact us for more information about this battery electrode coating machine.
This battery electrode coating machine is suitable for oil or water-based systems such as lithium iron phosphate, lithium cobalt oxide, lithium manganese oxide, lithium nickel cobalt oxide, lithium titanate, and graphite.
It is suitable for all lithium-ion battery electrode preparation, it is suitable for 4680 tabless battery too.
It is 650mm design width of roller and 200-580mm ensure coating width.
Setting function operating button, which can finish receiving, pause, jerk, forward and reverse justification.
The winding speed is controlled by PLC according to the set coating speed and real-time tension data. The unwinding power is provided by AC motor and turbine reducer.

 
ProjectTechnical parametersremarks
Suitable systemOil or water-based systems such as lithium iron phosphate, lithium cobalt oxide, lithium manganese oxide, lithium nickel cobalt oxide,
lithium titanate, and graphite.
 
Run substrate parametersAluminum foil(Cu): thickness 9-30um; Width 200-620mm
Rolling diameter Max.500mm; Weight Max.500kg;
Copper foil:(Cu): Thickness 6-30 um; Width 200-620mm;
Rolling diameter Max.500mm;
Weight Max.500kg;
 
Design width of roller650mm 
Ensure the coating width200-580mm 
Mechanical running
speed of equipment
30m/min 
Coating speed of
equipment
0.5-15m/min,
machine checking<12m/min
Depends on the
drying condition
Suitable slurry
viscosity
2000~16000 Cps(positive pole)
1000~16000 Cps(negtive pole)
 
Single face coating
thickness
50~310g/m2 
Minimum intermittent
length
Coating speed less than 6m/min<
5mm;
 
Minimum coating length for multiple
sections
20mmCoating speed
≤10m/min
Solvent characterOily solvent NMP(s.g=1.033,b.p=204ºC);
Aqueous solvent
H2O/NMP(s.g=1.000,b.p=100ºC)
 
Suitable solid contentPositive pole S.C. 60%±20%; Negative pole
S.C. 50%±10%(PVDF system)
S.C. 50%±5%(SBR system)
 
proportionPositive pole1.5-2.59/cm2;
Negative pole      1~1.89/cm2
 
Coating modeDouble front and back 3 unequal interval transfer coating/ the second side automatically tracks/
continuous transfer coating
 
Way of changing rollManual operation 
Running direction of
base material
Forward coating, substrate positive
and reverse empty foil running
 
 
 


 









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