MyIndustryWorld

#BindersBoostBatteries

October 12, 2023

MyIndustryWorld

Licity® – Mechanical Testing of Anodes

Licity® boosts batteries – mechanical testing of anodes

Profound tests for reliable results

The quality of the coating is characterized by mechanical performance features. In order to judge those, BASF conducts primarily two tests which both need to be passed by the anodes: the bending test and the 90 degree peel test.

Bending Test

Bending test

The bending test is a means of assessing the flexibility, among other things. The sample is bent over metal rods of varying diameters. If there are no cracks or separations, the test is passed.

90 degree peel test

90 degree peel test

The 90 degree peel test unveils adhesion and cohesion of the coating. With constant velocity, the testing machine determines the force which is needed to separate the coating from the copper foil.

Licity® boosts batteries

With both tests passed, the samples are ready for the next step: they can be sent to customers or our own EC testing lab. 

Are you excited in leveraging our expertise? Please reach out to Christian Brand, our Licity® expert. We are looking forward to hearing from you.

Dr. 
Dirk Wulff
Global Technical Battery Manager + Technical Marketing Manager EMEA

“Licity® binders are an easy way for battery manufacturers to boost their cell performance. But there is more: Licity® is additionally the promise to support our customers along the complete production process from raw materials to cell testing.”

How to push Li-ion batteries to the next level?
With a secret ingredient that can easily be added during your slurry mixing process – Licity®
How to achieve an optimally coated anode?
With a precise slot die – the heart of the coating process
How to simulate an industrial coating process on a small scale?
With our state-of-the-art multi-purpose lab coater (MPLC).
How do you increase the energy density in Li-ion anodes? 
With calendering as a finishing touch.

Licity® Social Media

Licity®
Electric mobility is among the most promising solutions to today's climate and energy challenges. The key to successful electric vehicles and their mass adoption lies with the technology of lithium-ion batteries. But there is still need for technical improvement - especially, when it comes to charge capacity. By envisioning distinct materials for lithium-ion batteries we at BAS can help to - quite literally - drive this change. Therefore, we developed a new binder series for anodes in lithium-ion batteries.

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