CENS Materials

redefining LiTHIUM-Ion batteries performances

MAKING EV FULLY COMPETITIVE WITH PETROL VEHICLE

&

REDEFINING LI-ION BATTERIES PERFORMANCES

CENS treated cathode material

CENS Solutions

WINNING THE EV BATTERY RACE​

EFFICIENT CNT DISPERSION

INCREASING BATTERY ENERGY DENSITY- KWH/KG.

EFFICIENT CNT DISPERSION

INCREASING BATTERY ENERGY DENSITY- KWH/KG.

Binder Free cathode / anode

Battery manufacturing costs reduction by elimination of manufacturing stages.

Battery Thermal Management

Shortening battery charging time, safe battery operation.

DISRUPTIVE TECHNOLOGY

dramatic battery performances

Integration into Li-Ion Cathode

Establishing unique capability to integrate CNT into Li-Ion cathode/ anode

Overcoming Inherent Problems

- Sharp Lowering of CNT load
- Overcoming inherent process problems of CNT integration

LOW COST ECONOMIC SOLUTION​

Making CNT integration to a Li-Ion cathode/ graphite low cost economic solution

MEETING INDUSTRY REQUIREMENTS​

- Battery product enhancement
- Process integration into manufacturing line
- Cost reduction

Highlights

Cens differentiators

Generating high energy

developed a physical mechanism that generates localized high energy sites

CNT applications

appling this physical mechanism on CNT’s (Carbon Nano Tubes) to achieve CNT’s efficient dispersion

dramatic battery performances

Li-Ion Battery cathode material that went through CENS process show dramatic improvement in core battery performances

numerous applications

The process can be implemented in other energy related applications such as capacitors , super capacitors, in powder technology, reliable safe hydrogen storage

This project has received funding from the European Union’s Horizon 2020 research and innovation program under grant agreement N 826871

Achieving EV Industry Goals

FULL POWER

Kilowatt hour increase

Increase by 50% – CNT dispersion

production costs decrease

Binder free cathode/ anode eliminates manufacturing steps

weight decrease

Binder free cathode/anode eliminates non active materials

FASt charge / Safe Operation

Battery Integrated Thermal Management

Michael Bromfman

FOUNDER & CEO​

Experience in nanotechnology: R&D, process scale-up, industrial chemicals projects

Dr. Vadim Goldshtein​​

SENIOR ENGINEER​

Broad experience in chemical processes engineering development & equipment design

Dr. Tatiana Golub

SENIOR RESEARCHER​

Experience (R&D) in Electrochemistry, Nanotechnology

Get in touch

Leave us a message and we’ll get back to you

Our mission

Enabling EV to become fully competitive with petrol vehicle by redefining Li-Ion batteries performances.

Contact Information