| Creating
a competitive edge for the European POLYmer processing industry by driving
new added-value products with CONDucting polymers
The
aim of the PolyCond project is to develop conductive plastic composites
that are eco-friendly, cost effective and of high added value. This will
be achieved through an ambitious multidisciplinary approach developing
new, radically innovative, knowledge-based and sustainable products for
protection against the effects of Electromagnetic Interference (EMI) and
Electrostatic Discharge (ESD).
Research
will be based on the compounding of engineering polymers and Inherently
Conductive Polymers (ICPs) with improved conductivity, or hybrid systems
of ICPs with conductive nanotubes. Innovative, eco-efficient processing,
based on CO2 assisted technologies specifically tailored to the new materials,
will also be developed.
Current
research on ICPs, is not sufficient to enable adequate replacement of metal
components in EMI shielding applications. PolyCond will dramatically extend
the current performance and processability of ICPs and therefore enable
significant replacement of metals in EMI shielding and ESD protection applications.
PolyCond
is a transnational project, being part financed by the European Commission
under the sixth framework programme as an Integrated Project (IPSME scheme
- Project number IP 515835-2). The project is designed to address the needs
of the European plastic converters, a traditional less RTD intensive sector
mainly composed of SMEs (>99%).
The
main challenges are:
•
To enhance the conductivity of existing melt processable ICPs
•
To extend the processing window of existing melt processable ICPs
•
To improve the compatibility and dispersion of conductive nanofillers in
complex matrices
PolyCond's
approach will give:
•
Plastic components with embedded EMI shielding functionality
•
Weight reduction of at least 60%
•
Total cost reduction of shielding components approaching 90%
•
Reduction of production time by 80%, thus improving productivity
PolyCond
will benefit plastic processors in the EU by developing new technologies
and providing solutions to key long-term problems. A multidisciplinary
and integrated approach includes technology transfer with training activities,
thereby mobilizing EU and Regional funding.
Start
date: 01/02/2005
Completion
date: 31/01/2009
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