Industries such as electric vehicles, construction, and plastics rely on heavy, low‑energy‑density materials that generate high carbon emissions and depend on scarce resources like nickel and cobalt. Existing battery chemistries, polymer composites, and concrete additives lack the combination of lightweight strength and sustainability needed to meet decarbonization targets.

Lyten leverages its proprietary Lyten 3D Graphene™ platform—produced by permanently capturing carbon from methane and generating clean‑burning hydrogen—to create high‑performance, low‑weight materials across multiple sectors. The company offers lithium‑sulfur (LytCell™) batteries that deliver higher energy density while eliminating nickel and cobalt, a graphene‑infused polyethylene composite (LytR™) that cuts polymer weight by up to 50 % without sacrificing strength, and concrete admixtures and structural adhesives that enhance durability and reduce carbon footprints. These supermaterials are manufactured locally in a San Jose pilot plant, enabling faster supply chains and lower logistics emissions. By integrating advanced graphene technology, Lyten provides customers with products that improve efficiency, reduce material usage, and support sustainability goals.

Lyten 3D Graphene™ produced from methane capture, delivering a carbon‑negative feedstock with embedded clean hydrogen

LytCell™ lithium‑sulfur battery cells offering higher specific energy and eliminating reliance on nickel and cobalt cathodes

LytR™ graphene‑infused polyethylene composite that reduces polymer weight up to 50 % while maintaining impact and structural strength

Concrete admixture formulated for increased compressive strength and lower embodied carbon in construction projects

High‑strength structural adhesive enhanced with graphene for superior bonding performance in demanding applications

Continuous Methane Intelligence™ sensor platform for real‑time methane monitoring in industrial environments

Primary customers are manufacturers of electric vehicles, aerospace and defense equipment, construction firms, and plastic product companies seeking lighter, stronger, and lower‑carbon materials.