Applications for LIB Electrode

Case Study for MAZERUSTAR

Case Study for MAZERUSTAR

Hand mixing with a mortar is difficult to make consistently each time and is prone to individual differences.

Mixing by using MAZERUSTAR

Mixing by using MAZERUSTAR

It can be done in a short time in a stable manner and does not vary from person to person.

Mixing by using MAZERUSTAR

Cathode

Comparison with conventional mixer

Cathode01

The method was the same as for MAZERUSTAR, except that a conventional mixer was used.
Conventional mixers have fixed rotation and revolution ratio, so the mixing time is 4 minutes, the same as MAZERUSTAR.

Cathode02

Battery capacity after 20 charge/discharge cycles after battery assembly

Battery capacity after 20 charge/discharge cycles after battery assembly01
Battery capacity after 20 charge/discharge cycles after battery assembly02

Batteries using MAZERUSTAR have stable capacity from the first time.

Result of 0.2C~5C discharge rate test

Result of 0.2C~5C discharge rate test01
Result of 0.2C~5C discharge rate test02
Result of 0.2C~5C discharge rate test03

MAZERUSTAR performs better at higher rates with less capacity loss.

Anode

Anode

Battery capacity after 20 charge/discharge cycles after battery assembly

Mixing is performed in MAZERUSTAR in the same way as for the cathode.

Battery capacity after 20 charge/discharge cycles after battery assembly01
Battery capacity after 20 charge/discharge cycles after battery assembly02

MAZERUSTAR mixing has produced good, stable results.