Every battery has a different recycling journey. Consumers can safely recycle nickel cadmium, nickel metal hydride, lithium ion, nickel zinc and small sealed lead batteries.

KFCS-IEM-10N perfluorinated ion exchange membrane has a series of advantages such as high acid capacity, high electrical conductivity, high crystallinity, high tensile strength, low linear expansion rate, isotropy, and long life. Ideal for flow batteries, fuel cells, membrane electrolyzers, core materials for electrochemical sensors!

KFCS-IES-510 perfluorinated ion exchange solution is used as perfluorinated ion exchange electrolyte membrane and nano-catalyst coating for microporous diffusion electrodes in the preparation of vanadium batteries, flow batteries, fuel cells, ion exchange membrane electrolyzers, electrochemical sensors and other devices .

Waste power batteries are used and discarded power batteries,Power battery recycling is a collaborative work in all aspects.

5kW vanadium battery stack：Rated voltage: 48VDC; Rated current: 110ADC

5kW30kWh vanadium battery：Rated voltage: 48VDC; Rated current: 105A

PTFE type perfluorosulfonic acid reinforced membrane is formed by solution casting method.

PAR-1000 perfluorosulfonic acid resin can be used to make ion exchange membranes required in various electrolysis devices, fuel cell ion membranes, ion exchange membranes for vanadium batteries, ion membranes used in the chlor-alkali industry, hollow fiber membranes, and ion exchange membranes used in organic synthesis.

MEA membrane electrode, the application range covers all kinds of small size hydrogen-rich water cups, fuel cells, small and medium electrolytic cells and large electrolytic cells.

1.5M vanadium electrolyte has unique formula, high conductivity, working temperature, no heat exchanger, good stability, less vanadium ion migration and small liquid level change during charging and discharging process, which solves the problem of positive and negative electrolytes. Balance problem and energy attenuation problem, is the choice of vanadium battery!

There are three kinds of materials commonly used for lithium battery shell: plastic, steel shell and aluminum shell, among which the battery shell made of aluminum is the best.

Due to the different conditions required for the recovery of each component in the battery recovery of new energy vehicles, it is necessary to combine the advantages of various processes to recover the waste battery.