| Customization: | Available |
|---|---|
| Production Scope: | Product Line |
| Automation: | Automation |
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MLaboratory Integrated Electrode Analyzer For Lithium Battery Electrode Testing
Introduction
Background: Currently, each test item of electrode, i.e., gram weight, weight loss rate and electrode resistance et.al., are independent. Moreover, gram weight and weight loss rate need to be punched with a punching machine before the measurements.
Problem points: Slow testing efficiency, high labor consumption, low space utilization, data from
all tests need to be integrated and analyzed in the later stage, and individual items need to be individually checked and then uploaded to MES.
|
Test items |
Objective |
Test method |
|
Gram weight |
The weight after coating can reflect the coating uniformity, judge whether the edge thinning is within the specified range, and can effectively avoid lithium precipitation after the cell is formed |
Tablet punching machine+electronic scale; m=M1-M2 (m=coating weight of fixed area, M1=coating+substrate weight, M2=substrate weight) |
|
Weight loss rate |
The weight loss rate can reflect whether the coating oven parameters are within the range |
Moisture meter; X=(M1-M2)/M1 * 100%(X=sol id content, M1=weight of sample before drying, M2=weight of sample after drying) |
|
Electrode resistance |
The electrode resistance can better evaluate the performance of the electronic conductive network or the uniformity of the electrode microstructure during the electrode manufacturing process, and help to research and improve the electrode formula and the control parameters of the mixing, coating and rolling process |
electrode resistance meter BER series |
|
Peeling force |
The peeling strength between the coating and the collector will affect the cycle performance and internal resistance of the lithium-ion battery |
Tensile testing machine |
Measurement modularization: a certain detection module can be operated independently without mutual interference;
Consistency improvement: it can reduce the difference of personnel in sample preparation and improve the consistency level of each measurement item;
Efficiency improvement: shorten testing time and improve testing frequency;
Optimization of production line layout: adopt integrated scheme to save space;
Data traceability: integrated analysis of measurement data to facilitate subsequent traceability;
Routine check automation:three equipment can be checked at the same time and the routine check results can be uploaded;
Low cost: it can reduce equipment management, maintenance and after-sales costs.
Equipment Parameters
|
Process |
Modular |
Parameter |
Range |
|
Cold pressing |
Electrode resistance (standard configuration) |
Resistance measurement resolution |
0.1μΩ |
|
Resistance measurement range |
1μΩ~3100Ω
|
||
|
Electrode plate thickness (optional) |
Thickness measurement resolution/accuracy |
0.1μm/±1μm |
|
|
Thickness measurement range |
0~5mm |
||
|
Peeling force (standard configuration) |
Maximum load |
50N |
|
|
Force measuring accuracy |
±0.2%F.S |
||
|
Test speed range |
0.01~500mm/min |
||
|
Speed accuracy |
±0.5%F.S |
||
|
Coating |
Gram weight (standard configuration) |
Weight accuracy |
0.0001g |
|
Weight loss rate (also known as water content, standard configuration) |
Weight accuracy |
0.001g |
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