Type of Flux: Rutile
Welding Position: F, H, HF, OH, V, VD
Type of Current: DCEP
Chemical Composition of Deposited Metal (%)
-
Standard
Typical
C
≤0.18
0.055
MN
≤1.75
1.35
Si
≤0.90
0.40
S
≤0.03
0.009
P
≤0.03
0.018
Mechanical Properties of Deposited Metal (AW)
-
Standard
Typical
Yield Strength
ReH (MPa)
ReH (MPa)
≥400
440
Tensile Strength
Rm (MPa)
Rm (MPa)
≥480
535
Elongation
A4 (%)
A4 (%)
≥22
32
Impact Value (J)
-20• •
≥27
110
Shield Gas
CO2
purity≥99.98%
The standard of mechanical properties conforms to shipping institutions and the certificate of inspection would follow it unless the purchaser has special requirement.
X-ray radiographic inspection: Grade • •
Diffusible hydrogen in deposited metal: ≤10ml/100g (mercury process)
Recommended Current (DC+)
Diameter (mm)
Current (A)
F
HF
V, OH
H
VD
1.0
90-220
90-200
90-180
90-200
90-200
1.2
120-300
120-280
120-260
120-280
200-280
1.4
150-380
150-320
150-270
150-320
220-300
1.6
180-430
180-380
180-280
180-330
250-300
Approvals
Institute
Grade
CCS
3YSMH10
LR
3YS, H10
3YM, H10
3YM, H10
ABS
3YSAH10
GL
3YH10S
BV
SA3YMH10
DNV
• •YMS(H10)
NK
KSW53G(C) H10
KSW53G(C) H10
KSW53G(C) H10
BKI
3YH10S
KR
3YSMG(C1)H10
CWB
E491T-9-H8
Notice:
- The flow rate of shield gas should within 20L-25L/min in welding.
- The wire extention should be 15mm-25mm.
- The surfaces to be welded must be cleaned away impurities of oil contamination, rust, moisture and so on.
- The welding conditions mentioned above for reference only and it is better to do a welding procedure qualification according to project before put it into formal welding.