Engineered carbons
for demanding applications

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Our materials

Aeroborn engineers specialty carbon materials through two proprietary platforms. We focus on controlled structure, surface chemistry, purity, and morphology, translating circular feedstocks into material performance for filtration, energy storage, thermal management, and advanced manufacturing. Each platform begins with a different feedstock and ends with a material specification shaped around the needs of a particular application.

Activated charcoal granulate with green botanical detail

Platform 1

Platform 1

Platform 1 converts captured CO₂ through molten salt electrochemistry and controlled activation into specialty porous and activated carbons. The pathway is designed to tune surface area, pore distribution, and surface chemistry for specific adsorption, filtration, and electrochemical requirements. This gives partners a route toward carbon materials for water treatment, air purification, supercapacitors, and energy storage, with properties developed around the demands of the final use.

Platform 1 converts captured CO₂ through molten salt electrochemistry and controlled activation into specialty porous and activated carbons. The pathway is designed to tune surface area, pore distribution, and surface chemistry for specific adsorption, filtration, and electrochemical requirements. This gives partners a route toward carbon materials for water treatment, air purification, supercapacitors, and energy storage, with properties developed around the demands of the final use.

Graphite-like mineral texture

Platform 2

Platform 2 recovers graphite rich black mass and applies purification and exfoliation to create expandable graphite and few layer graphene. This route retains high value carbon in the battery supply chain while opening performance pathways for conductive additives, thermal interfaces, and advanced composites. The platform is designed to recover, refine, and upgrade material into forms that can support battery systems, heat management, and electrically conductive products.

Platform 2 recovers graphite rich black mass and applies purification and exfoliation to create expandable graphite and few layer graphene. This route retains high value carbon in the battery supply chain while opening performance pathways for conductive additives, thermal interfaces, and advanced composites. The platform is designed to recover, refine, and upgrade material into forms that can support battery systems, heat management, and electrically conductive products.

Start with a material need

Talk to Aeroborn about a target specification, feedstock, or application challenge. We work with partners to develop engineered carbons with the performance profile their products require.