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Next-Generation Battery Solutions for Superior Performance and Reliability

We produce advanced, high-purity anode formulations, designed for lithium-ion, metal-air, and other cutting-edge battery technologies. Our anode materials offer high capacity, extended cycle life, and low internal resistance. Our R&D-driven innovations aim to enhance energy density and reliability, opening new possibilities for electric vehicles, portable electronics, and industrial applications.

 

 

High Performance Anode Materials

 

Carbon & Hybrid-Based Anodes

* Graphite, Holey Super Graphene, CNT or hybrid blends for ultra-low resistance and high conductivity

* High-surface-area, porous structures enable rapid ion transport and stable cycling

Silicon & Silicon-Composite Anodes

*Surface-engineered silicon and composites deliver industry-leading theoretical capacity

*Novel binders/resins mitigate volume expansion for longer cycle life

Metal-Air-Specific Formulations

*Tailored alloys/coatings boost energy density and operational safety in metal-air cells

*Advanced corrosion-resistant chemistries improve anode stability

Advanced Coatings & Functionalisation

*Ceramic or metal-oxide shells and targeted doping enhance conductivity and mechanical strength

*Scalable manufacturing routes support rapid prototyping and high-volume demand.

 

Key Features

 

Optimised micro-structures and surface treatments maximise cycle stability

Porous architecture supports rapid charging and high-power output

Reliable performance under extreme temperatures, humidity or aggressive chemistries

Low-waste processes, recyclable inputs and extended battery lifetimes reduce environmental impact

Flexible batch sizes, short lead times and 24/7 technical support keep projects on Schedule

APPLICATIONS

Anode Materials

Advanced, high‑performance anode formulations for lithium‑ion, metal‑air and next‑generation batteries.
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