Volta is a graphene solution developed as a cathode conductive additive for lithium-ion and metal-ion battery systems. Built on rGO produced by Novo Graphene’s proprietary reduction process, Volta targets the conductivity and surface area gaps that conventional carbon additives leave behind — with specifications engineered around what a cathode actually needs.
Novo Graphene’s battery work didn’t start with a material. It started with a cell.
Under the Capattery brand, the founding team developed graphene-enhanced LFP cells — using graphene at both electrode levels — and had them independently characterized by India and International testing agencies
That understanding — of what graphene needs to do inside an electrode, at what specification, and in what form — is what most material suppliers developing cathode additives simply don’t have. Volta is the product of that experience applied to one specific problem: replacing costlier cathode additives with something better.
Active cathode materials such as LFP, NMC, and NCA are inherently poor electrical conductors. Volta rGO forms a highly efficient electron transport network within the cathode, enabling batteries to deliver higher performance, greater efficiency, and longer operational life.
55–65 m²/g
150–300 m²/g
200–500 m²/g
~100–150 kg/m³
50–100 kg/m³
20–100 kg/m³
30–50 nm primary particles (agglomerates)
30–50 nm primary, hollow structure (agglomerates)
Lateral: 1–25 µm, 1–10 layers
~10⁻⁴
Source: Internal comparative analysis. Electrochemical validation of Volta rGO as cathode additive is in progress.
