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An ion-selective membrane is the core any electrochemical device. An efficient, resilient and robust membrane is the final piece of the puzzle, the missing link to unlock the full potential of the device and yield exponential performance gain.


Hence Vimano with its meticulous R&D and system-by-design approach has formulated a proprietary Vimano membrane Platform that enables efficient, cost-effective and mass deployment of energy.​​

Vimano offers membranes for

Redox Flow Batteries for Large scale-long

duration energy storage

Enhances grid resiliency. These grid-level power banks are usable across temperatures and geographies for renewables, non-renewable and nuclear power.


For producing green hydrogen using hyperlocal resources with sustainable chemistries and affordable components.

Fuel Cells:

High Temperature Polymer Electrolyte Membrane

(HT-PEM) fuel cells are more efficient and extends vehicular mobility range. 


Direct Methanol Fuel Cells (DMFCs) can operate using a cost-effective alternative fuel source, all while offering a high power-to-weight ratio and the advantage of miniaturization.

Thermal management in space

Functional and resilient membranes for

thermal management in satellites.

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