Purity 99.9%: Fullerene Mixture with purity 99.9% is used in advanced photovoltaic cell manufacturing, where enhanced electron transport and increased power conversion efficiency are achieved.

Particle Size 20 nm: Fullerene Mixture at 20 nm particle size is used in polymer composite coatings, where improved dispersion and uniform film formation are realized.

Molecular Weight 720 g/mol: Fullerene Mixture with molecular weight 720 g/mol is used in organic light-emitting diodes, where stable luminescence and prolonged device lifespan are delivered.

Viscosity Grade Low: Fullerene Mixture of low viscosity grade is used in conductive ink formulations, where rapid substrate penetration and consistent conductivity result.

Melting Point 530°C: Fullerene Mixture with a melting point of 530°C is used in high-temperature lubricant additives, where thermal stability and reduced decomposition are ensured.

Stability Temperature 200°C: Fullerene Mixture stable at 200°C is used in lithium-ion battery electrodes, where cycling durability and capacity retention are improved.

Solubility 10 mg/mL in Toluene: Fullerene Mixture with solubility of 10 mg/mL in toluene is used in nanomaterial synthesis, where high-yield dispersion and controlled reactivity are provided.

Surface Area 120 m²/g: Fullerene Mixture with surface area of 120 m²/g is used in catalyst support structures, where increased active site availability and reaction efficiency are maximized.

Oxygen Content <0.5%: Fullerene Mixture with oxygen content below 0.5% is used in antioxidant cosmetic formulations, where free radical suppression and extended product shelf life are observed.

Electrical Conductivity 2 S/cm: Fullerene Mixture exhibiting 2 S/cm electrical conductivity is used in thermoelectric device manufacturing, where efficient charge transfer and reduced energy loss are achieved.