Bulletin 1/2011 - Siempelkamp
Bulletin 1/2011 - Siempelkamp
Bulletin 1/2011 - Siempelkamp
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SieMpelkaMp | MACHInERy AnD PLAntS 26 27<br />
• Discovery: at the end of<br />
the 18th century<br />
• Properties: Titanium is light and<br />
strong at the same time, ductile,<br />
corrosion and temperature resistant<br />
• Occurrences: Pure titanium is rare.<br />
the main source materials for the<br />
manufacture of titanium are ilmenite<br />
and rutile.<br />
• Value: The extensive manufacturing<br />
process is reflected in the high price:<br />
titanium is approx. ten times more<br />
expensive than conventional steel.<br />
• Requirements for the forging process:<br />
At higher temperatures titanium<br />
becomes brittle quickly due to<br />
Forging area in the press Forming process with special tools<br />
Titanium – an element with many properties<br />
the absorption of oxygen, nitrogen,<br />
and hydrogen. this high reactivity of<br />
the metal at increased temperatures<br />
or at increased pressure requires a<br />
highly precise adjustment of these<br />
physical properties during the forging<br />
process.<br />
• Fields of application: Due to its high<br />
corrosion resistance, titanium is, for<br />
example, used as biomaterial for<br />
implants in the medical industry as<br />
well as in the fields of dentistry and<br />
surgical orthopedy. In aircrafts and<br />
space ships titanium is used in parts<br />
that are highly stressed but yet have<br />
to be light, for example, engine<br />
parts.<br />
Blanks inside the furnace