Fullerene - Formula C60
Fullerene with formula C60 is the most symmetrical structure we have discovered so far! Its unique properties make it precious for various fields of study. Lately, the results of biomedical and engineering research have attracted a lot of attention. Now it is also available in excellent quality on our site!
Fullerene with Formula C60 by MST
We have over 10 years of experience with the production and trade of various nanomaterials and ready-made products. Fullerene materials and their derivatives can´t be missing in our offers. These are the forms available:
- A mixture of C60 and C70 fullerenes in a ratio of 70% and 30%
- Fullerene C60 in form of nanopowder
- Fullerene C70 in form of nanopowder
- Fullerenol
- C70 (OH) 12, carboxylated fullerene C60 (C (COOH) 2) 3)
- Functionalized fullerenes
- Endohedral fullerenes
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Multi walled carbon nanotubes OD 8nm-30nm/L 20um
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Multi-walled carbon nanotubes OD 8nm-30nm/L 20um
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Multi walled carbon nanotubes OD 8nm-30nm/L 20um
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Multi walled carbon nanotubes OD 8nm-30nm/L 20um
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Choose fullerenes of various purities and quantities up to your specific needs!
Learn More about Fullerene Molecule and Application
Fullerene C60 is an allotrope consisting of 60 atoms of carbon joined by covalent bonds. They form precisely 12 pentagons and 20 hexagons recalling an image of a soccer ball. No surprise it's considered the most beautiful known molecule.
The appealing appearance is important as is their extraordinary properties and potential use. Since their discovery in 1985, they have found their place in many different disciplines. Fullerenes can be used for drug and gene delivery, as an antiviral agent, photosensitizers, as well as in the cosmetic industry. Truly exceptional is their role as free-radical scavengers. Their antioxidative properties are incomparable with any other material. The anti-ageing potential even opened up the discussion of everlasting cell youth.
The Buckminsterfullerene with Formula C60 Appreciated in Materials Engineering
Not only biomedical research brings promising results when it comes to applications of fullerenes.
Their properties can improve various materials in unexpected ways. One of the most interesting examples is their use in manufacturing lightweight but extremely resistant sports equipment. You have surely heard about the carbon bicycle frames, tennis racquets, or fish rods. They play a significant role especially in electronics, too.
Read more detail about fullerenes in practice! Visit our blog where you can find many interesting articles about fullerenes, graphene, and carbon nanotubes!
Other C60 Molecule Applications
- Hardening agents - fullerenes-based metals could be strong despite their lightweight
- Innovative coating - fullerenes enhance the quality of the commonly used coating agents
- Thermal pastes component - adding of fullerenes increases the electronics protection
- Electrocatalysts - it is possible to use them in fuel cells. They could reduce air pollution by substituting fossil fuels.
- Hydrogen gas storage - fullerenes are capable of hydrogenation and dehydrogenation very easily because of their structure
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Multi walled carbon nanotubes OD 8nm-30nm/L 20um
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Multi-walled carbon nanotubes OD 8nm-30nm/L 20um
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Multi walled carbon nanotubes OD 8nm-30nm/L 20um
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Multi walled carbon nanotubes OD 8nm-30nm/L 20um
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Why Are Buckminsterfullerene Molecules So Revolutionary
Their discovery was groundbreaking. It is still rightly considered one of the most important scientific achievements of the 20th century. Despite the fact their existence was estimated before, the concrete proof came with their accidental synthesis in 1985. Eleven years later, scientists Kroto, Smalley, and Curl shared the Nobel Prize in Chemistry for their discovery.
Before 1985, the known allotropes of carbon were only diamond, graphite, and amorphous carbon (soot, charcoal). Confirmation of fullerenes' existence expanded their number and changed all the chemistry textbooks. Right after they have manifested incomparable properties and have brought a new stimulus for various intense research.
Why Choose MST For Buying Spherical Molecules of Fullerene in Nanopowder
- You can rely on our knowledge and extensive experience in the matter.
- We are innovative and constantly seeking new technologies and equipment to improve our production.
- Using the latest technology allows us to never compromise product quality while keeping the prices affordable.
- We offer special discounts on annual contracts for educational and scientific research institutions.
- The quality of our production is sustained by your successful projects. Our nanomaterials are used in various epoxy resins, protective coatings, varnishes, polyurethane products, greases, oils, aluminium, and OPV systems.
- We concentrate on fullerenes and their derivatives manufacturing and supplying in Europe, but we are permanently expanding.
- Besides the nanomaterials trade, we focus on education in the subject. We run a blog where you can find articles for both professionals and the public.
- Our partners are one of the most prestigious universities and institutions of chemistry.
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Multi walled carbon nanotubes OD 8nm-30nm/L 20um
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Multi-walled carbon nanotubes OD 8nm-30nm/L 20um
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Multi walled carbon nanotubes OD 8nm-30nm/L 20um
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Multi walled carbon nanotubes OD 8nm-30nm/L 20um
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Individual approach, excellent quality of our nanomaterials, affordable prices, and clear vision - that is the combination that makes MST the best partner for your project. Contact our European, Russian, or American branch - we are looking forward to getting in touch with you.