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Metallofullerenes & Metallofullerene Composites
What we are doing...
JenLaur nano-composite exclusive NANOCABLE™ is presently available in a
number of species. The most cost effective is the Fe{Fe@C60}.
NANOCABLE™ is comprised of a fullerene sphere encapsulating 1 to 2 metal
atoms with or without elements such as nitrogen, helium, and argon cross-
linked with iron to form a double-alpha helix of metallofullerene providing
unique chemical, physical, thermal, magnetic, biological, optical, and
electronic properties at costs several orders of magnitude cheaper than
previously available. NANOCABLE™ with iron is thermally stable up to 3700°F
and over four times as electronically conductive as a standard nano-carbon
iron matrix.
Material is available NOW.
Available from JenLaur Ltd. are small quantities of sample material of Fe
(Fe@Cn) to allow researchers and developers to analyze and create their own
composites based on these proprietary materials.
**If you are interested in obtaining some of these new materials, please fill out
the form under the "Contact Us" portion of this site. Or email us at
rjob@Jenlaurltd.com.
JenLaur nano-composite exclusive NANOCABLE™ is presently available in a
number of species. The most cost effective is the Fe{Fe@C60}.
NANOCABLE™ is comprised of a fullerene sphere encapsulating 1 to 2 metal
atoms with or without elements such as nitrogen, helium, and argon cross-
linked with iron to form a double-alpha helix of metallofullerene providing
unique chemical, physical, thermal, magnetic, biological, optical, and
electronic properties at costs several orders of magnitude cheaper than
previously available. NANOCABLE™ with iron is thermally stable up to 3700°F
and over four times as electronically conductive as a standard nano-carbon
iron matrix.
Material is available NOW.
Available from JenLaur Ltd. are small quantities of sample material of Fe
(Fe@Cn) to allow researchers and developers to analyze and create their own
composites based on these proprietary materials.
**If you are interested in obtaining some of these new materials, please fill out
the form under the "Contact Us" portion of this site. Or email us at
rjob@Jenlaurltd.com.
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| Description of Images (click on thumbnails to the right for larger images) Image 1) Secondary winding of metallofullerene in an iron matrix Image 2) 200,000x HRSEM of Fe{Fe@C60} Image 3) Double Alpha-Helixes of Fe{Fe@C60} Image 4) Model of double alpha-helixes Image 5) Crystals of Fe{Fe@C60} Image 6) Modeling of primary winding located in steel with STM confirmation |
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