Fullerene-C70, Purity: 96%

Description

Fullerene-C70, Purity: 96% – Advanced Carbon Nanomaterial for Multifunctional Applications

Fullerene-C70 is a carbon-based nanomaterial consisting of 70 carbon atoms arranged in a closed-cage structure. Its elongated, rugby-ball-like geometry is made up of 25 hexagons and 12 pentagons, with each carbon atom positioned at the vertex of a polygon and bonded along its edges. This unique molecular arrangement contributes to its high stability, electron affinity, and mechanical strength.

Derived from high-purity graphite and produced through advanced vacuum-sublimation and arc-discharge techniques, Fullerene-C70 (96% purity) retains excellent conductivity and reactivity. Compared to the more symmetrical C60, C70 offers enhanced chemical selectivity and the ability to form a wider range of derivatives, making it suitable for advanced research and industrial uses.

The molecule’s electron-accepting capacity, high rigidity, and optical absorption spectrum make it especially valuable in energy systems, medical research, and nanotechnology. Studies have shown that C70 can withstand extreme nanoindentation forces, demonstrating mechanical properties significantly superior to amorphous carbon or similarly treated graphite.

Key Applications of Fullerene-C70 (96% Purity):

Energy and Electronics

• Organic photovoltaics (OPV) as electron acceptors

• Li-ion batteries and fuel cells

• Superconducting materials, diodes, transistors, inductors

• Solar energy storage and conversion technologies

Pharmaceutical & Biomedical

• Drug delivery carriers with high stability

• Diagnostic reagents and MRI contrast agents

• Antioxidant and anti-inflammatory agents

• DNA binding and affinity studies

Industrial Uses

• Flame retardants and wear-resistant additives

• Polymer reinforcement and surface modifiers

• Lubricants, catalysts, and artificial diamond precursors

• High-performance membranes, coatings, and composites

Information & Optical Technologies

• Nonlinear optical materials and fluorescence displays

• Ink and toner enhancements for precision printing

• Magnetic storage media, memory materials

• Paper coatings with functional nanocarbon layers

Environmental Applications

• Gas adsorption and selective gas storage systems

• Water purification and filtration membranes

• Biohazard protection and pollutant degradation

Why Choose Fullerene-C70 (96%)?

• Balanced purity for both research and industrial-scale use

• Stable, soluble, and reactive for a broad range of applications

• More chemically diverse and reactive than C60

• Cost-effective alternative to higher-purity grades

Fullerene-C70 (96% purity) is a versatile and cost-efficient nanomaterial ideal for energy, electronics, biomedical, environmental, and industrial innovation. Its exceptional structure and properties continue to drive the future of carbon-based technologies.