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Datasheet updated

2025-05-27 09:55
(supersedes all previous editions)

Alleima® 5R62 and Alleima® 3R65 are austenitic stainless steels alloyed with molybdenum. Alleima® 3R65 is a low carbon version of Alleima® 5R62.

The grades are characterized by:

  • Good resistance to general corrosion and better resistance to pitting than ASTM 304, because of the alloying with Mo
  • High tensile strength

Standards

  • ASTM: 316/316L
  • UNS: S31600/ S31603
  • ISO: 316/316L
  • EN Number: 1.4401/1.4404
  • EN Name: X5CrNiMo17-12-2/X2CrNiMo17-12-2
  • W.Nr.: 1.4401/1.4404
  • JIS: SUS316/SUS316L

Product Standards

  • ASTM F899
  • ISO 16061

Applications

Alleima® 5R62 and Alleima® 3R65 are mainly used for medical and dental tools.

Chemical composition (nominal) %

Alleima® 5R62 ≤0.06 ≤0.7 ≤1.8 17 11.0 2.3
Alleima® 3R65 ≤0.03 ≤0.7 ≤1.8 17 11.5 2.3

Forms of supply

Wire form

  • In coils with weights up to 150 kg
  • On various types of spool with wire weights up to 500 kg
  • In straightened lengths up to 4 m

Surface finishes and size range

Surface finishSize range, mm
Coated 0.23 - 8.00
Bright 0.15 - 0.80
Mechanically polished 0.40 - 6.00

Mechanical properties

Typical mechanical properties for Alleima® 5R62 and Alleima® 3R65 at 20°C.

Grade Tensile strength Proof strength Elongation Hardness
Rm Rp0.2
MPa MPa % HRB HB
Alleima® 5R62 ≥515 ≥205 ≥40 ≤95 ≤217
Alleima® 3R65 ≥485 ≥170 ≥40 ≤95 ≤217

Physical properties

Typical physical properties for annealed Alleima® 5R62 and Alleima® 3R65 are given below:

Grade Density Elastic Moduls Mean Coefficient of Thermal Expansion Thermal Conductivity Specific Heat Resistivity
g/cm3 103 MPa mm/m/°C W/m °C J/kg °C μΩm
0-100 °C at 100 °C 0-100 °C 20 °C
Alleima® 5R62/3R65 8 193 16 16 500 0.74

Corrosion resistance

Excellent corrosion resistance in a range of atmospheric environments and various corrosive media.

Subject to pitting and crevice corrosion in warm chloride media and to stress corrosion cracking at temperatures above around 60°C.

Considered resistant to potable water with up to approximately 1000 mg/l chlorides, at ambient temperatures, reducing to approximately 500 mg/l, at 60°C.


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