OUR MATERIALS

LFP and LMFP — what we develop and why

Two related chemistries, different strengths. LFP is our validated starting point. LMFP is the next development step.

CORE MATERIAL

LFP

Olivine LiFePO4

Produced ✓

Phase-pure LFP/C has been produced on our Oslo lab line. It is thermally stable, cobalt-free, and cost-effective.

Thermal safety Excellent
Cycle life 3,000–5,000+ cycles
Cost per kWh Low
Energy density Baseline
Cobalt / Nickel Zero / Zero
NEXT GENERATION

LMFP

LiMnxFe1−xPO4

In development

LMFP increases voltage and energy density versus LFP while remaining cobalt-free and nickel-free.

Thermal safety Excellent
Cycle life 3,000–5,000+ cycles
Cost per kWh Low
Energy density +10–20% vs LFP
Cobalt / Nickel Zero / Zero
FEEDSTOCK FLEXIBILITY

Feedstock flexibility — the hard part

Reliable LFP production from recycled and secondary feedstocks is the hard part. Variable composition and impurities require process control from the start.

Impurity control

Recycled streams can carry contaminants that affect capacity and cycle life. We identify, characterise, and manage them as part of the synthesis route.

Batch-to-batch consistency

Reproducibility across variable feedstock batches is an industrial requirement. We test for it explicitly and build process controls around it.

Designed for scale

Process decisions such as temperature, atmosphere, and precursor ratios are made with pilot-scale transfer in mind.