Fullerene C₇₀
High-purity fullerene C70 is a nanomaterial composed of 70 carbon atoms, forming an elongated, rugby-ball-shaped structure. This molecule belongs to the fullerene family and possesses unique chemical, optical and electronic properties. Fullerene C70 has a slightly higher aspect ratio than C60, giving it distinctive properties that make it suitable for specific applications in fields such as research, energy and materials science.
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Properties
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Overview
High-purity fullerene C70 is a nanomaterial composed of 70 carbon atoms, forming an elongated, rugby-ball-shaped structure. This molecule belongs to the fullerene family and possesses unique chemical, optical and electronic properties. Fullerene C70 has a slightly higher aspect ratio than C60, giving it distinctive properties that make it suitable for specific applications in fields such as research, energy and materials science.
Significance
Fullerene C70 is an elongated carbon cage material studied in organic electronics, photovoltaic research, molecular electronics, semiconductor research, and advanced material systems. Buyers usually compare C70 with C60 according to application requirements, purity, documentation, optical or electronic behavior, and batch consistency.
Data
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Applications
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Fullerene C70 is an elongated carbon cage molecule composed of 70 carbon atoms. Due to its distinctive molecular structure and unique electronic and optical properties, it is widely studied across advanced material science, organic electronics, photovoltaics, and biomedical research. Applications:
Organic Photovoltaics
Studied as an electron-accepting material in organic photovoltaic and solar cell research.
Molecular Electronics
Explored in molecular electronics, thin-film devices, and organic electronic material systems.
Nanomaterials Development
Acts as a carbon nanomaterial building block for advanced materials, composites, and functional nanostructures.
Semiconductor Research
Used in semiconductor and optoelectronic research due to its electronic behavior and molecular structure.
Photodynamic Research
Explored in laboratory photodynamic research because fullerene materials may generate reactive species under light.
Biomedical Research
Investigated for potential use in drug delivery research, nanomedicine-related studies, and other laboratory biomedical research applications.
Technical Documentation
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Showing 3 of 18 related technical documentsFullerene Properties: Essential Guide to Structure, Solubility, Electronics, and Applications
Fullerene properties come from one unusual structural fact: fullerenes are molecular carbon cages. Unlike graphite, graphene, carbon black, or diamond, fullerene molecules...
Read DocumentationHow Are Fullerenes Similar to Diamond and Graphite?
How are fullerenes similar to diamond and graphite? The simple answer is that fullerenes, diamond, and graphite are all forms of carbon....
Read DocumentationThe Solubility of Pristine Fullerenes in Organic Solvents: C60, C70, and Practical Handling
The solubility of pristine fullerenes in organic solvents is one of the most important practical topics in fullerene chemistry. Fullerene C60 and...
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MSDS/SDS
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