Fullerenes / Carbon Spheres / Hollow Carbon Structures

Fullerenes and hollow carbon spheres are closed-cage carbon nanostructures with outstanding chemical stability, electron mobility, and surface reactivity. They are used in catalysis, energy conversion, lubrication, and biomedical research. Their unique molecular architecture enables excellent electron transport and functionalization flexibility.

Carbon Films / Carbon Nanosheets

Carbon films and nanosheets feature ultra-thin layered structures with superior electrical and thermal conductivity. They serve as conductive layers, electrode materials, and protective coatings in advanced electronics, batteries, and optical devices. Custom thickness and morphology are available to meet specific research or industrial requirements.

Carbon Foam / Carbon Sponge / Carbon Aerogel

Carbon foams, sponges, and aerogels are lightweight, porous carbon structures with high surface area and excellent conductivity. These materials provide exceptional performance in energy storage, adsorption, and thermal management systems. Their tunable porosity and structural strength make them suitable for next-generation insulation and filtration applications.

Carbon Nanostructured Devices / Structural Carbon Materials

Carbon nanostructured devices and structural materials integrate advanced carbon forms—such as CNTs, graphene, or carbon foams—into functional architectures. They offer superior strength-to-weight ratios, electrical connectivity, and multifunctionality. Applications include aerospace components, electronic substrates, and high-performance composites.