Working with its university and scientist partners, NanoHoldings
has co-founded the following companies around early-stage nanotechnology
discoveries.
NanoComposites
Rice University
NanoComposites
(NCI) commercializes nanotechnology solutions for a range of
applications in the energy industry. NCI enhances product performance,
strength, flexibility, fatigue resistance and longevity.
|
Military Tech
University of Texas at Dallas
Military Tech is developing a nanoscale transmitter that
can send a signal to an orbiting satellite. The initial application
is for “friend or foe” identification in military situations.
The design requires it have no visible power source and therefore
must scavenge from the environment. |
FiberCell
Wake Forest University
FiberCell is developing the first new architecture for capturing
solar energy and converting it to electricity since
the solar cell was first invented in the 1950s. It will be markedly
more efficient and more readily deployable. |
nRadiance Composite Systems
University of Florida
nRadiance Composite Systems is developing new products and technology
using new polymers, polymeric systems, and materials which are
designed to function in conjunction with nanomaterials. |
| nSolgel
University of Central Florida; Imperial
College, London, England
nSolGel has developed processes to turn industrial waste into
a cement substitute called zeroCrete. The product name implies
that no carbon dioxide is emitted. Conventional cement production
is responsible for 5% of the carbon dioxide emitted into the
atmosphere.
|
nRadiance Nanosystems
University of Florida
nRadiance Nanosystems is developing proprietary thin film carbon
nanotube films, that are transparent to the eye, can be rolled
and flexed without breaking, and can conduct electricity. |
PureLux
Wake Forest University
PureLux is a nano-composite polymer film that represents a totally
new way of generating light for homes, businesses and factories.
PureLux is significantly more efficient than fluorescent lighting. |
Paramata
Cambridge University, Cambridge, England
Paramata’s technology embeds carbon nanotubes in composite
material that help determine the physical state of the material
to ensure its structural integrity.
|
nYale
Yale University
nYale's process uses a mold to produce nanotubes, thus ensuring
the same quality and consistency. |
nRadiance Energy Systems
University of Florida
nRadiance Energy Systems is developing supercapacitors using
carbon nanotubes. |
|
|
|
|
