Description
Fullerene C₆₀ is a high-purity carbon allotrope supplied at min. 99 % for research and advanced materials work. With the empirical formula C₆₀, CAS number 99685-96-8, and a molar mass of 720,64 g/mol, this spherical molecule is widely studied in nanotechnology, organic electronics, photochemistry, and materials science. The solid exhibits a density of 1,6 g/cm³ and a flash point above 94 °C, supporting careful laboratory handling under standard chemical safety practice. Available from manufacturer Carl ROTH, Fullerene C₆₀ is suited to academic and industrial laboratories exploring carbon nanomaterials, electron-acceptor systems, and functional thin films. Its defined molecular structure and stated purity grade make it a practical choice when reproducible starting material is required for method development, reference measurements, or exploratory reactions involving buckminsterfullerene.
This article is part of Nanomaterials & quantum dots, in Inorganic chemicals.
Key features
- Purity (HPLC): ≥99.0 %
- C70: ≤0.2 %
- CAS number: 99685-96-8
- Pack sizes: 500 mg, 1 g, 5 g
- Purity: min. 99 %
- Empirical formula: C₆₀
- Molar mass: 720,64 g/mol
- Density: 1,6 g/cm³
- Technical Information Sheet:
- Safety Data Sheet:
Compliance & Safety Information
WarningHazard Statements (H-Phrases)
Precautionary Statements (P-Phrases)
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Questions about Fullerene C60, min. 99 %, 500 mg, glass
What is this article?
Fullerene C60, min. 99 %, 500 mg, glass is the article on this page. Luminix Health distributes Carl Roth for laboratory use. It sits in Nanomaterials & quantum dots, inside Inorganic chemicals, in Lab chemicals.
A nanomaterial is defined by a particle size that changes how it behaves. A quantum dot's optical emission depends on that size. The stated diameter, the surface coating and the concentration are the specification. The bulk powder of the same composition is not this product.
An inorganic chemical is a salt, an acid or base in solid form, a metal, an oxide, or an element. The waters of hydration are part of the formula: a hydrate and an anhydrous salt are different masses for the same ion. Trace metals matter when the salt will be used in analysis. Nanomaterials add particle size to the specification. Look the substance up on PubChem. Hazard classes are on ECHA, under the CLP Regulation and REACH. Transport of the dangerous ones is explained by the UNECE.
Which category should I open next?
The category is Inorganic chemicals. The sub-category is Nanomaterials & quantum dots. The catalogue is Lab chemicals.
Shelves beside this one are Inorganic salts and Metals, elements & oxides.
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