Assembly technology - Scherdel GmbH
Assembly technology - Scherdel GmbH
Assembly technology - Scherdel GmbH
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Corporate philosophy<br />
History<br />
SCHERDEL worldwide<br />
Engineering springs<br />
Vehicle components<br />
Stamping and bending <strong>technology</strong><br />
Connection <strong>technology</strong><br />
<strong>Assembly</strong> <strong>technology</strong><br />
Machines and Systems<br />
Automation and control <strong>technology</strong><br />
Tools and equipment<br />
Surface finishing<br />
Research and development<br />
Connection <strong>technology</strong><br />
"The greater a thing's unity, the more perfect its goodness and effectiveness"<br />
St. Thomas Aquinas<br />
If it's a question of guaranteeing reliable<br />
connections in the field of automotive<br />
engineering, then hose clamps<br />
made by SCHERDEL are the answer.<br />
Whenever tube and socket connections<br />
must be perfectly sealed to ensure<br />
the reliable functioning of technical<br />
components, then dependable,<br />
maintenance-free hose clamps provide<br />
the ideal solution. Since they are selfadjusting,<br />
they adapt to varying environmental<br />
conditions and ensure<br />
complete functional adherence despite<br />
the constantly changing service conditions<br />
in a motor vehicle. In order to be<br />
able to offer all its customers the<br />
greatest possible expertise in the fields<br />
of development and production,<br />
SCHERDEL, as a leading producer of<br />
coil springs, founded a joint venture<br />
under the name of TOGO SCHERDEL<br />
with the Japanese Togo Seisakusyo<br />
Group, which is the market leader in<br />
the field of hose clamps. Thanks to the<br />
combined know-how available in this<br />
partnership, they can produce standard<br />
and space-saving hose clamps, as well<br />
as pretensioned and double hose<br />
clamps with outstanding design-related<br />
advantages and enhanced efficiency.<br />
These products are particularly suitable<br />
for use in coolant circulation systems,<br />
servo systems, fuel systems, chargeair<br />
and air-intake systems or for direct<br />
injection processes under variable<br />
overpressure or vacuum conditions.