Lithium Ion performance and cost improvements have plateaue’d

whilst EV-driven demand is sky-rocketting

Silicon-Anode unlocks tomorrow’s better batteries, with 10x energy capacity v.s graphite, but challenges exist

Short Lifetime

Swelling issues (up 300%) causing battery degradation, dramatically reducing cycle life of cells, the lifetime of the batteries

Challenges to scale commercially

Complex nanoparticle production processes are costly and too slow to scale to vast quantities needed to fuel our EVs

Monocrystalline Silicon NanoPowders

Through the power of the nanoscale, NanoPow’s proprietary high-quality range of nano crystalline silicon powders unlock step-change performance improvements

Storage capacity to be increased by 30% to 300% using a standard anode depending on chemistry and graphite displacement percentage.

Significant improvement in efficiency and cycling of batteries.

Chemically controlled interface between the silicon and the electrolyte and thus avoiding cracking.

Particle range tailored for applications, including:

  • Carbon Coating

    Carbon layer is standardising the dispersion of nano-Si in the graphite matrix and increasing the ionic and electronic conductivity.

  • Particle Size Distribution

    Optimal size and distribution in order to achieve the required quality.

  • Affinity

    Improve the affinity of nano-Si with graphite and other binders.

Our Nano Silicon Crystalline Products

  • SiNP-1

    SiNP-1

    High quality (99.99%)

    Pure crystalline phase

    78nm, >98%

  • SiNP-1C

    High quality (99.99%)

    Pure crystalline phase

    78nm, >98%

    Carbon Coating

  • Custom NanoPowders

    Customisations include particle size distribution, coating, nanocomposites and crystalline silicon alternatives.

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