Amperion Advanced Materials & Technologies
The materials-science engine of the group — synthesising owned cathode and anode active materials rather than licensing them, with a second, domestically-sourced chemistry track running in parallel.
Own the molecule, not just the cell.
Cathode active material is the single largest lever on cell economics. Nearly every large Indian cell programme licenses its chemistry from a foreign partner — AMAT is built to own it, developing AGES's cathode and anode material IP from lab scale toward pilot production.
"Materials fund IP. IP de-risks manufacturing. Manufacturing scale funds the next material."
What AMAT is building.
LFP Cathode Synthesis
Single-crystal LFP cathode active material development, targeting the extended calendar life that grid-scale storage demands.
Sodium-Ion (NFM / NFPP)
A parallel cathode chemistry track built on domestically abundant sodium precursors — de-risking the group's dependence on imported lithium.
Recycling & Black Mass
Early-stage recycling capability, building toward closing the materials loop as India's end-of-life battery volumes grow.
Built atom by atom, not licensed by the sheet.
Cathode performance comes down to how cleanly its crystal lattice forms. AMAT's synthesis work — from raw precursor to finished active material — is aimed squarely at that structure.
A simplified olivine-type cathode lattice.
Every cell has a second life.
A spent battery isn't waste — it's a source. AMAT's recycling work recovers black mass and refines it back into active material, feeding the same synthesis line that made it in the first place.
Working on battery materials or chemistry IP?
We're always glad to connect with research partners and technical collaborators.