Standards
| TS EN ISO 16834-A
|
G 62 6 C1/M21 Mn3Ni1Mo |
| EN ISO 16834-A
|
G 62 6 C1/M21 Mn3Ni1Mo |
| AWS A5.28
|
ER 100 S-G |
Chemical Composition of Welding Wire% (Typical)
| C
|
0.09 |
| Si
|
0.65 |
| Mn
|
1.70 |
| Ni
|
1.15 |
| Mo
|
0.40 |
Typical Base Material Grades
- P355NL1, P460NL1, StE460-590, USS-T.TTS, TE47-51, N-X-ATRA 70, WTSt37-2, WT37-3, WTSt52- 3
- WT St52-3A, Corten A, Patinax 37, Alcodur 50, Koralpin 52, S255, S550, A516, A350, A612, A255, A299, A333
Mechanical Properties
| Yield Strength (N/mm²) |
Tensile Strength (N/mm²) |
Impact Strength (ISO-V/-60°C) |
Elongation ((Lo=5do) (%)) |
| min. 620 |
700 - 890 |
min. 47 J |
min. 18 |
Features and Applications
- Fine-grained low alloy steels and also austempering steels for applications. Building up of cranes, transport, tanks, industrial facilities, equipment in general, pipelines, shipbuilding, etc
- If necessary, post-weld stress relief shall be heat treated at 560°C-600°C for 1 hour and left in the furnace for cooling down to 300°C
- Shielding gas: Ar+CO2 mix gases can be used
Welding Positions
Welding Method
Operating Data
| Product Code |
Diametré x Length (mm) |
Diameter x Length (inch) |
Package Type |
Weight (Kg) |
| 6031100218 |
Ø1.20 |
Ø0.047 |
BS 300 Spool |
15 |
Approvals
