77 results:

Bauteilpruefung eng mR

Bauteilpruefung eng mR MATERIAL SCIENCE Component Testing in SLV Halle GmbH Equipment The component testing is an important part of the materials engineering for the determination of the durability and the fatigue

How to get there

Schweißtechnische Lehr- und Versuchsanstalt Halle GmbH Köthener Straße 33a 06118 Halle (Saale), Germany Phone.: +49 345 5246-0 How to get there: By car: Using the motorway A 14 leave it at the exit

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untitled Schweißtechnische Lehr- und Versuchsanstalt Halle GmbH Köthener Str. 33a Tel.: 03 45 / 52 46-0 www.slv-halle.de D-06118 Halle Fax: 03 45 / 52 46-4 12 mail@slv-halle.de How to get there: By car: Using the

Accreditation

Accreditation Accreditation certificate according to DIN EN ISO/IEC 17025:2005 Contact: Phone: +49 345 5246-200 fax: +49 345 5246-222 email: wt@slv-halle.de The testing laboratory of the Materials Technology

International activities

GSI SLV welding trainer SLV Halle GmbH was the world’s first company to launch a computer-aided welding training simulator at the Schweißen und Schneiden (welding and cutting) trade fair in 2005. The GSI SLV welding

Dresden branch office

…esden …

Component testing

Component testing Component testing is an important business area at SLV Halle GmbH, and testing complete components – especially including welded structures – takes years of extensive experience. Contact: Phone: +49

Construction and manufacturing onsite supervision

Contact phone:+49 345 5246-300 fax:+49 345 5246-372 email:qs@slv-halle.de Construction and manufacturing onsite supervision Welding inspections have been a core activity at SLV Halle GmbH since our company’s

Non-destructive testing

Contact: Phone: +49 345 5246-354 email: ponsold@slv-halle.de Non-destructive testing SLV Halle GmbH provides non-destructive testing using conventional and new testing methods to customer specifications using

Resistance welding technology

Resistance welding technology Spot-welding machine with servo drive Dalex Single-phase transformer with 50 Hz mains frequency    Electrode force FE = 1–10 kN Max. short-circuit current IK,max = 50
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