Material Hub > Materials

Materials

extended search

Search Results

1-10 of 10

  • AISI 316L

    SLUB Dresden

    category Austenitic stainless steel
    tensile strength –
    tensile strain at break –

  • 15 CrNi 6 (DIN)

    Key to Metals AG

    category structural steels
    tensile strength > 580  MPa
    tensile strain at break > 10  %

  • 21 NiCrMo 2 (DIN)

    Key to Metals AG

    category structural steels
    tensile strength < 820  MPa
    tensile strain at break –

  • 34 Cr 4 (DIN)

    Key to Metals AG

    category structural steels
    tensile strength > 560  MPa
    tensile strain at break > 8  %

  • 37 Cr 4 (DIN)

    Key to Metals AG

    category structural steels
    tensile strength > 570  MPa
    tensile strain at break > 11  %

  • 41 Cr 4 (DIN)

    Key to Metals AG

    category structural steels
    tensile strength > 600  MPa
    tensile strain at break > 7  %

  • E155 (EN)

    Key to Metals AG

    category structural steels
    tensile strength 260 – 410  MPa
    tensile strain at break > 6  %

  • E215 (EN)

    Key to Metals AG

    category structural steels
    tensile strength 280 – 430  MPa
    tensile strain at break > 8  %

  • E355 (EN)

    Key to Metals AG

    category structural steels
    tensile strength 450 – 630  MPa
    tensile strain at break > 4  %

  • USt 37-2 (DIN)

    Key to Metals AG

    category structural steels
    tensile strength 315 – 820  MPa
    tensile strain at break > 7  %

publication type

  1. research result 1

category

  1. structural steels
  2. metals 76
  3. nonmetals 73
  4. plastics 69
  5. organic 69
  6. synthetical 66
  7. non-ferrous metals 45

Application areas

  1. apparatus engineering
  2. functional models
  3. conducts
  4. hydraulics
  5. spaceflight
  6. mechanics 96
  7. automotive industry 54
  8. construction 53
  9. doors and gates 45
  10. mechanical engineering 21
  11. rollers 20

data provided by

  1. Key to Metals AG 9
  2. SLUB Dresden 1
Project | Contact | Downloads | Privacy notice | Terms of use | Imprint
LinkedIn | Materials Science
Feedback

Please feel free to give us feedback on the Material Hub.

Contact form

Usability questionnaire

QR Code