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Contents
Polymotive 1-2/2005 |
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| Automotive
Awards |
| A
World of Innovation
34th SPE Automotive Awards a Tribute to the Industry
The Automotive Division of the Society of Plastics Engineers (SPE) announced
the winners of its 2004 Innovation Awards at a dinner held November 10
at Burton Manor in Livonia, MI/USA. Polymotive has reported on the equivalent
European awards in issue 11+12/04 and we found it time to include a report
on developments in the single-largest automotive market. .....read
more!
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| Interview |
| Combining
the Uncombinable
BASF develops glass GF-PBT with low viscosity
and good mechanical properties
If a material manufacturer reduces the melt viscosity of a polymer, there
will almost invariably be a fall-off in the quality of the mechanical
characteristics. This axiom of the plastics industry has now been well
and truly laid to rest by BASF – at least as far as glass fibre
reinforced PBT is concerned. We wanted to find out more. In particular
we wanted to know who the brains were behind the idea, how it was devised
and what it took to promote and launch the product onto the market. So
we paid a visit to Ludwigshafen where we met Dr. Carsten Weiß, Project
Manager, and one of the inventors and architects of the idea, together
with Roberto Gualdoni, Group Vice President Engineering Plastics Europe,
who was responsible for creating the right environment for focusing on
the ideas and to nurture them to reality. ....read
more! |
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| Materials |
| On
the threshold of serial production
Ticona introduces thermoplastic fuel cell
Ticona, the technical polymers business of the Celanese Group,
presented at the K show the first fuel cell prototype made solely of engineering
thermoplastics, an advance that is said to lower fuel cell cost at least
50 percent when compared with those fabricated using other materials.
The 17-cell unit contains injection moulded bipolar plates of Vectra liquid
crystal polymer (LCP) and end plates of Fortron polyphenylene sulphide
(PPS). ....read
more! |
| A
firm grip
Folding seat handles in the cargo area of
the Toyota Corolla Verso made from PC/AES blend
Toyota sets great store by flexibility in its
Corolla Verso model. In particular, the concept of a variable interior
space is designed to meet the need for a versatile multi-purpose vehicle.
The seats can be configured in over 30 different ways, transforming the
Corolla Verso at the flick of a wrist from a seven-seater to a two-seater
with a large, flat loading area without having to take the seats out.
....read
more! |
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| Front End |
| In-
and Outsert for Large Parts
Fitting frame for Audi front end as metal/plastic
sandwich moulding
The Christian Karl Siebenwurst Modell- und Formenbau GmbH & Co. KG,
Dietfurt/Germany, transferred the basic idea of the insert and outsert
technique to the production of large parts for the automotive industry.
They built a hybrid injection mould for the fitting frame for the front
end module of the Audi A4 for the first time. ....read
more! |
| High
load transfer between two materials
Front end module solution offers more efficient
use of materials
GE Advanced Materials in conjunction with Carlisle Engineered Products
and Vari-Form Inc., have developed an advanced Front End Module (FEM)
technology that combines the strength of steel with the low mass of resins
in a single cost-effective moulding process. Patented as HydroPlast Structures,
the new FEM technology brings together pressure sequence hydroforming
(PSH), with the established benefits of tight, reproducible tolerances,
and the low-weight, high part-integration potential of engineering resins.
....read
more! |
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| Tank Design |
| Moulds
in operation
Raviv-Raval choose Husky hot runners
Raviv Precision Injection Moulding together with its subsidiary Raval,
is a global supplier of advanced thermoplastic precision components. With
hundreds of moulds in operation, the Israel-based company depends largely
on Husky’s hot runners to provide consistent, high-quality production
with a minimum of maintenance. ....read
more! |
| New
tank fuels interest
Multi-layer barrier sheet for fuel tank manufacture
Legislation to limit the output of emissions from motor vehicles has meant
that the automotive industry world- wide is being forced to develop new,
low-pollutant fuels or alternative drive systems. Fuel-tank manufacturers
too are facing the challenge of either improving standard tanks or of
developing new manufacturing processes in order to comply with emissions
limits. Plastic tanks produced using the twinsheet thermoforming process
also comply with the latest regulations as regards the maximum permissible
levels of emissions. ....read
more! |
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| PRODUCTS
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| Read
more about several products for the automotive industry
....read
more! |
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