Schmelztauchveredeltes Feinblech.Hot-dip coated sheet.
Schmelztauchveredeltes Feinblech.Hot-dip coated sheet.
Schmelztauchveredeltes Feinblech.Hot-dip coated sheet.
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Versuchshalle 1<br />
Versuchshalle 2<br />
Technikum<br />
Forschungsgebäude<br />
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2<br />
Joining techniques<br />
In addition to the forming techniques,<br />
the joining techniques also play a major<br />
role for customers. Within the research<br />
department, application technology has<br />
equipment to investigate almost all joining<br />
techniques for hot-<strong>dip</strong> <strong>coated</strong> <strong>sheet</strong><br />
known in <strong>sheet</strong> fabricating. These<br />
include, primarily, welding and here<br />
especially laser-beam welding, mashseam<br />
welding and resistance-spot welding<br />
or roller-seam welding and also the<br />
familiar inert gas shielded arc welding<br />
or soldering and stud welding.<br />
Further joining techniques such as<br />
clinching, punch riveting and sticking<br />
are increasingly being applied. In order<br />
to optimize these joining techniques a<br />
more holistic view of the steel base –<br />
surface coating – joining technique system<br />
must be taken. Special attention is<br />
devoted here to hybrid bonds such as<br />
the clinch-adhesion. Laboratories are<br />
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Testing bay 1<br />
Testing bay 2<br />
Training centre<br />
R+D building<br />
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available with corresponding mechanical<br />
equipment for such questions.<br />
With all questions the effect of basic<br />
material and metallic coating on the<br />
joining parameters is always investigated<br />
under the conditions which exist at the<br />
customer. Consequently research is<br />
integrated into the work of customer<br />
service.<br />
Simultaneous engineering<br />
Under this heading our customers are<br />
offered advice and practical assistance<br />
to fruitfully combine theory and practice<br />
in system solutions with steel for production<br />
at the customer. This applies<br />
all the more where highly complex technology<br />
such as automobile production is<br />
concerned, where as early as possible<br />
single disciplines like materials technology,<br />
production technology and vehicle<br />
technology must be combined into a<br />
universal solution.<br />
The Dortmund OberflächenCentrum<br />
(DOC ® )<br />
Thyssen Krupp Stahl AG bundles the<br />
above-mentioned and all further<br />
research and development activities in<br />
the field of surface technology, especially<br />
the production and processing of surface-treated<br />
<strong>sheet</strong>s, in this complex<br />
which is currently under construction.<br />
The heart of the centre is a pilot plant<br />
for strip in which new coating systems<br />
(vacuum vapouring, plasma polymerization<br />
and flamepyrolysis as well as chemcoating)<br />
will be tested or developed.<br />
Within the centre there is close cooperation<br />
with institutes of the Fraunhofer<br />
Gesellschaft, which bring their knowledge<br />
to plasma and radiation technology.<br />
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