ENERGY & BATTERY

Nano silicon and silicon-carbon composites engineered
for high-capacity lithium-ion battery anodes.

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MATERIAL PLATFORM

Controlled particle size for volume-expansion mitigation.

Conductive nano-carbon network.

Customer-tailored silicon-carbon composite.

Nano size control helps reduce cracking and supports a more stable silicon interface.

Conductive carbon architecture supports charge transport through the anode.

Composite formulation adapts to customer electrode and process requirements.

Material Supply

Formulation Design

Customer Qualification

Material supply, formulation design and customer qualification support

Target applications: Lithium-ion batteries and solid-state batteries

Size-controlled silicon grades for high-capacity battery-material applications.

Nano-sized graphite nanoplatelet material for conductive and composite applications.

Tell us about your target capacity and process — we tailor silicon and silicon-carbon materials to fit.