Materials

Materials

DIN and special materials mainly used by us.

The following list exemplarily shows DIN and special materials generally processed by us. Since we stock several hundred tons of spring steel in our material store, we are able to deliver at short notice. In case you need compression springs, torsion springs, bent wire parts or rings made from other than the mentioned materials please contact us.

Patented drawn spring steel wire/piano wire (DIN EN 10270-1 DH)

  • For springs exposed to high static or medium dynamic loads
  • Operating temperature range: -60 to 150°C [1]
  • Not resistant to corrosion

Oil tempered spring steel wire (DIN EN 10270 VDSiCr)

  • For high static or dynamic loads
  • For high fatigue loading
  • Operating temperature range: -60 to 160°C [1]
  • Not resistant to corrosion

Oil tempered spring steel wire (DIN EN 10270 VDSiCr) made from Super Clean steel

  • High fatigue properties and good relaxation properties at increased working temperatures
  • Operating temperature range: -60 to 160°C [1]
  • Not resistant to corrosion

Stainless spring steel wire (DIN EN 10270-3)

  • Corrosion-resistant to humid air, water and dilute mineral acids such as phosphoric acid, nitric acid and chromic acid
  • Operating temperature range: -200 to 250°C [1]

Stainless and crack-tested spring steel wire (DIN EN 10270-3 1.4568)

  • For higher loaded springs with higher dynamic loads
  • Crack-tested
  • Corrosion-resistant to humid air, water and dilute mineral acids such as phosphoric acid, nitric acid and chromic acid
  • Operating temperature range: -200 to 250°C [1]

Hastelloy

  • Highly corrosion-resistant
  • Good resistance to sulfuric acid, phosphoric acid, nitric acid, chlorine
  • Seawater proof
  • Highly resistant to crevice corrosion, pitting and stress corrosion at higher temperatures

Nimonic

  • Good mechanical properties at high temperatures
  • Resistant to oxidation

[1] Meissner, Manfred und Schorcht, Hans-Jürgen "Metallfedern: Grundlagen, Werkstoffe, Berechnung, Gestaltung und Rechnereinsatz" (2007), 2. ergänzte Auflage