ADVANCED PURE BYOCARBON MATERIALS

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From anodes and conductive additives to specialty composites and coatings, these materials are engineered to meet precise end-use specifications. By delivering mineral-free, volatile-controlled purity at scale, ByoMax enables next-generation ByoCarbon applications with predictable, repeatable performance.

Tailored to precise material specifications

Mineral-free, volatile-controlled purity

Engineered for next-generation ByoCarbon applications

Mineral Impurities

Ultra Low

Volatile Matter

Ultra Low

Fixed Carbon

Engineered for You

Morphology

Engineered for You

Tailored carbon for electrochemical performance, without the impurity penalty.

In coatings and inks, impurities manifest as defects, variability, and rework, including grit, specking, inconsistent colour, and conductivity instability. By controlling mineral content and residual ash, ByoMax delivers a clean, stable carbon surface that supports consistent visual and functional performance.

Stable conductivity, designed to minimis iconic bleed and drift.

Specification-tuned morphology, particle size, surface area, porosity and structure.

Cleaner chemistry with mineral-free, volatile-controlled carbon

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Predictable reinforcement, dispersion, and bonding—engineered to your formulation

Conventional carbons can introduce variability in mixing, viscosity, and binding, particularly when ash and leachable species interfere with polymers, resins, and curing systems. ByoMax delivers a controlled carbon structure with low contaminant load, enabling consistent processing behaviour and stable end-product performance.

Reliable dispersion, with structure optimised for mixing and binding.

Improved formulation stability, with reduced contaminant-driven variability.

Tailored performance, from baseline fillers to high-performance additives.

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Cleaner blacks and functional carbon surfaces, without defects or instability.

Cleaner appearance, with reduced defect risk from minerals and ash.

Consistent performance, with stable colour and functional behaviour.