Description
Fullerene-C70, Purity: 95% – Advanced Carbon Nanomaterial for Research and Industrial Applications
Fullerene-C70 is a hollow, cage-like molecule composed of 70 carbon atoms arranged in a unique ellipsoidal structure, similar in shape to a rugby ball. It consists of 25 hexagons and 12 pentagons, with each carbon atom positioned at the vertex of a polygon, forming a highly conjugated π-electron system. This geometry imparts Fullerene-C70 with exceptional chemical reactivity, electron-accepting capacity, and thermal stability. Compared to C60, C70 exhibits lower symmetry and richer chemical functionality, making it highly versatile for advanced nanomaterial applications.
Our Fullerene-C70 with 95% purity is ideal for applications where cost efficiency and functionality must be balanced. Despite being lower in purity than higher-grade fullerenes, it retains essential structural and electronic properties, making it suitable for bulk processes, surface engineering, and exploratory research.
Key Properties:
Molecular formula: C₇₀
Purity: 95%
Solubility: Soluble in toluene, carbon disulfide, and benzene
Thermal stability: Excellent under inert conditions
Electron affinity: High, suitable for charge-transfer reactions
Applications of Fullerene-C70 (95% Purity):
Energy and Electronics
Organic photovoltaics (OPVs) as electron acceptors
Li-ion battery anode and cathode additives
Fuel cells and energy storage modules
Semiconductors, diodes, transistors, and superconducting materials
Pharmaceutical and Biomedical
Drug delivery systems with tunable release profiles
Antioxidant agents and radical scavengers
NMR contrast enhancers and diagnostic probes
Potential anticancer and antiviral research applications
Industrial and Materials Science
Flame-retardant and wear-resistant additives in composites
High-performance lubricants and inks
Coatings with electrical conductivity and UV shielding
Catalysts for chemical synthesis and polymer modification
Environmental Applications
Gas adsorption and storage systems (e.g., hydrogen, methane)
Water purification and biohazard filtration
Photocatalytic degradation of pollutants
Optics and Photonics
Fluorescent display technologies
Nonlinear optical materials
Photoactive coatings and sensors
Why Choose Our Fullerene-C70 (95%)?
Reliable quality for academic, R&D, and pilot-scale processes
Competitive pricing for bulk use
Maintains fundamental fullerene functionality despite moderate purity
Supplied as a dry, stable powder with documented specifications and COA
Fullerene-C70 (95% purity) is an excellent entry point into fullerene-based nanotechnology, combining cost-effectiveness with multifunctional performance. Its broad compatibility across sectors like energy, electronics, pharma, and environmental engineering makes it a foundational nanomaterial for the future of advanced materials science.