Mitsubishi and SDK Form Strategic Partnership in Fullerene Business
–Frontier Carbon to Start Operating as Equally-Owned JV–
MITSUBISHI CORPORATION
Showa Denko K.K.
Jan 9, 2013
Mitsubishi Corporation (MC) and Showa Denko K.K. (SDK) have entered into a strategic partnership in the Fullerene business. As part of the arrangement, SDK yesterday acquired from MC a 50% stake in Frontier Carbon Corporation (FCC), a producer and marketer of Fullerene products, thereby making FCC a 50-50 joint venture between MC and SDK.
Fullerene is a molecule composed entirely of carbon. It takes the form of a soccer ball (Fig. 1) and is one nanometer (one-millionth of a millimeter) in diameter. As the molecule is soluble in organic solvents and is an excellent electron acceptor, it is seen as a promising material in the field of electronics, particularly for such applications as n-type material for organic photovoltaic (OPV) cells (Fig. 2).
SDK has over 10 years of experience commercially producing carbon nanotubes under the trade name VGCFTM. SDK is therefore confident that its nanotechnology acquired through the VGCFTM business can be practically applied to the Fullerene business. SDK and FCC will jointly undertake R&D and marketing activities towards the commercialization of Fullerene products. MC also has expertise in the manufacture of Fullerene products, including the ownership of relevant patents and an established sales network. Thus, by joining forces, SDK and MC are aiming to realize synergies on both the technological development and marketing fronts in order to accelerate the commercialization of Fullerene products.
SDK’s VGCFTM is already used in various applications, including lithium ion batteries, and the tie-up with MC in the Fullerene business is expected to further expand its carbon nano materials business. MC aims to create new businesses by dealing in new materials that contribute to innovation in the manufacturing industry.
[Reference]
Applications
of Fullerene
Commercial production of Fullerenes started in 2003 for such
applications as carbon fiber reinforced plastic (CFRP) and additive in
lubricants. In recent years, development
of new applications is progressing rapidly, centering on promising areas in
organic electronics, as follows:
1. N-type material for next generation solar cells
Fullerene molecules accept a large amount of electrons
with very strong force. At the same
time, Fullerene molecules readily combine with functional groups that are
soluble in industrial organic solvents.
It is therefore possible to produce Fullerene derivatives that are
readily soluble in organic solvents, while maintaining their property of high
electron accepting capacity. When
Fullerene molecules are mixed with p-type organic semiconductors and made into
ink, thin film layers having the property of semiconductors can be formed on
PET and other types of plastic films through printing technology, contributing
to mass production at low cost. Such
coating with special property will bring about innovation in the areas of
organic thin film transistors (TFT)/diodes,
organic photovoltaic(OPV) cells, and organic
light-emitting diode (OLED).
Thus, many companies at home and abroad
in the printing, electric appliance and chemical industries as well as new
high-tech ventures are competing to develop and commercialize new products in
this field. With regard to an OPV cell
that serves as a low-cost and flexible power-generating device after coating, in
particular, almost all manufacturers have decided to adopt Fullerene as the
standard material for n-type semiconductor.
As a result, efforts are being made at an accelerated pace to realize
mass production of Fullerenes for organic electronics applications.
2. Optical filters, photoresist
material for LSI fabrication, etc.
As Fullerene molecules absorb blue light only, they can
be used as optical filters, including sunglasses. Development is also under way to use
Fullerene as photoresist in the photolithography process for next-generation
ultra LSIs, utilizing the size of one-nanometer diameter of a Fullerene
molecule and its high durability for plasma etching process. Furthermore, steady progress is made in basic
research in leading-edge nano devices in which a Fullerene molecule, containing
metallic elements , will serve as a switch or a magnet. Thus, development is under way in wide areas
of applications.
Outline of Frontier Carbon Corporation (as of January 8, 2013)
President: Hirohiko Otsubo
Establishment: 2001
Head office: 6-1, Marunouchi 2-chome, Chiyoda-ku, Tokyo
Shareholders: Mitsubishi Corporation: 50%
Showa Denko K.K.: 50%
Scope of business: Production and sale of nano carbon products, including Fullerene
Fig. 1 A Fullerene molecule
Fig. 2 Organic photovoltaic cell
For further information, contact:
PR Office (Phone: 81-3-5470-3235)
