SPW Product Catalogue 2019

WIRES MIG
5
CONSUMABLES
374
AVESTA STANDARD AND SPECIAL GRADE MIG WIRE
Avesta wire designation
EN 12072
AWS A5.9/A5.14
AVESTA 308L-SI/MVR-SI
EN 19 9 L Si
AWS ER308LSi
Characteristics and Applications
AVESTA 347-SI/MVNB-SI
EN 19 9 Nb Si
AWS ER347Si
Characteristics and Applications
AVESTA 316L-SI/SKR-SI
EN 19 12 3 L Si
AWS ER316LSi
Characteristics and Applications
AVESTA 309L-SI
EN 23 12 L Si
AWS ER316LSi
Characteristics and Applications
AVESTA P5
EN 23 12 2 L
AWS (ER309LMo) * *(Cr lower and
Ni higher than standard)
Characteristics and Applications
SPW GROUP PTY LTD
For welding the following steel Analysis % Mechanical Welding Information
(All Weld
Metal) properties
EN ASTM Typical values Shielding Gas Gas Flow
Rate
1.4301
1.4307
1.4311
1.4541
304
304L
304LN
321
C 0.02
Si 0.85
Mn 1.8
Cr 20.0
Ni 10.5
Yield 420N/mm²
Tensile 600N/mm²
Elongation 36%
Hardness 200 Brinell
Ar+2%O² or
2-3%CO²
12-16I/min
Heat Input
Max.2.0
kJ/min
Approvals
Avesta 308L-Si/MVR-Si is designed for welding austenitic stainless steel type 19 Cr 10 Ni or similar. The wire can also be used for welding titanium and niobium
stabilized steels such as ASTM 321 and ASTM 347 in cases where the construction is used at temperatures not exceeding 400˚C. For higher temperatures a niobium
stabilized consumable such as Avesta 347 Si/MVNb-Si is required.
1.4541
1.4550
321
347
C 0.05
Si 0.85
Mn 1.2
Cr 19.50
Ni 10.0
Nb >12xC
Yield 430N/mm²
Tensile 620N/mm²
Elongation 36%
Hardness 210 Brinell
Ar+2%O² or
2-3%CO²
12-16I/min
Max.2.0
kJ/min
Avesta 347-Si/MVNb-Si is used for welding titanium and niobium stabilized steels of type 19 Cr 10 Ni Ti or similar, providing improved high temperature properties e.g.
creep resistance compared to low carbon non-stabilized materials. 347-Si/MVNb-Si is therefore primarily used for applications where service temperatures exceed 400˚C.
1.4436
1.4432
1.4429
1.4571
AVESTA 253 MA 1.4818
1.4835
Characteristics and Applications
316
316L
S31653
316Ti
C 0.02
Si 0.85
Mn 1.7
Cr 18.50
Ni 12.0
Mo 2.6
Yield 400N/mm²
Tensile 600N/mm²
Elongation 36%
Hardness 210 Brinell
Ar+2%O² or
2-3%CO²
12-16I/min
Max.2.0
kJ/min
Avesta 316L-Si/SKR-Si is designed for welding austenitic stainless steel of type 17 Cr 12 Ni 2.5 Mo or similar. The filler material is also suitable for welding titanium
and niobium stabilized steels such as ASTM 316Ti in cases where the construction is used at temperature not exceeding 400˚C. The higher silicon content improves
the fluidity of the weld pool with a minimum of spatter and is therefore recommended if the demands on surface quality are high.
Avesta 309L-Si is primarily used when
surfacing unalloyed or low alloyed steels
and when joining non-molybdenumalloyed
stainless and carbon steel.
C 0.02
Si 0.80
Mn 1.80
Cr 23.50
Ni 13.5
Yield 400N/mm²
Tensile 600N/mm²
Elongation 32%
Hardness 200 Brinell
Ar+2%O² or
2-3%CO²
12-16I/min
Max.2.0
kJ/min
Avesta 309L-Si is a high-alloy 23 Cr 13 Ni wire primarily intended for surfacing of low-alloy steels and dissimilar welding between mild steel and stainless steels of
the ASTM 304/304L type, offering a ductile and crack resistant weldment. The chemical composition, when surfacing is equivalent to that of ASTM 304 from the first
run. One or two layers of 309L are usually combined with a final layer of 308L 316L or 347.
Avesta P5 is primarily used when
surfacing unalloyed or low alloyed
steels and when joining molybdenumalloyed
stainless and carbon steel.
C 0.02
Si 0.35
Mn 1.50
Cr 21.50
Ni 15.0
Mo 2.70
Yield 390N/mm²
Tensile 610N/mm²
Elongation 31%
Hardness 210 Brinell
Ar+2%O² or
2-3%CO²
12-16I/min
Max.2.0
kJ/min
Avesta P5 is a molybdenum-alloyed wire of the 309MoL type, which is primarily designed for surfacing low alloy steels and for dissimilar welding between stainless
steels of the ASTM 316/316L type, low alloy and mild steels, ensuring a high resistance to cracking. When used for surfacing, the composition is more or less equal to
that of ASTM 316 from the first run.
S30415
S30815
C 0.07
Si 1.60
Mn 0.60
Cr 21.0
Ni 10.0
N 0.15
Yield 440N/mm²
Tensile 680N/mm²
Elongation 38%
Hardness 210 Brinell
Ar+30%He +
2%CO²
12-16I/min
Max.1.5
kJ/min
Avesta 253 MA is designed for welding the high temperature steel Outokumpu 253 MA used for example in furnaces, combustion chambers burners ect. Both the steel
and the consumable provide excellent properties at temperatures 850˚C- 1100˚C. Mig welding of 253MA is best performed using spray arc or pulsed arc. 253MA has a
tendency to give a thick oxide layer during welding and hot rolling. Black plate and previous weld beads should be carefully brushed or ground prior to welding.
AVESTA LDX 2101 1.416 S32101 C 0.02
Si 0.4
Mn 0.5
Cr 23.0
Ni 7.0
Mo < 0.50
N 0.14
Characteristics and Applications
AVESTA 2205
EN 22 9 3 LN
AWS ER2209
Characteristics and Applications
AVESTA 2507/P100
EN 25 9 4 L N
Characteristics and Applications
AVESTA 904L
EN 20 25 5 Cu L
AWS ER385
Characteristics and Applications
AVESTA P12
EN Ni Cr 22 Mo 9 Nb
AWS ERNiCrMo-3
Characteristics and Applications
Yield 520N/mm²
Tensile 710N/mm²
Elongation 30%
Ar+2% O² or
2-3% CO²
An addition
of 30%He will
improve fluidity
and penetration.
12-16I/min
Max.0.5-
2.0 kJ/min
Avesta LDX 2101 is designed for the welding of ferritic-austenitic (duplex) stainless steel Outokumpu LDX 2101. LDX 2101 is a “lean duplex” steel with excellent strength and
medium corrosion resistance. The steel is mainly intended for applications such as civil engineering storage, tanks, containers etc. Avesta LDX 2101 provides a ferriticaustenitic
weldment that combines many of the good properties of both ferritic and austenitic stainless steels. The duplex microstructure gives high tensile strength and
hereby also good resistance to stress corrosion cracking. Avesta LDX 2101 is over-alloyed with respect to nickel to ensure the right ferrite balance in the weld metal.
1.446 S32205 C 0.02
Si 0.50
Mn 1.60
Cr 23.0
Ni 8.5
Mo 3.10
N 0.17
Yield 550N/mm²
Tensile 770N/mm²
Elongation 30%
Hardness 230 Brinell
Ar+2% O² or
2-3% CO²
An addition
of 30%He will
improve fluidity
and penetration.
12-16I/min
0.5 - 2.5kJ/
mm
Avesta 2205 is primarily designed for welding the duplex grade Outokumpu 2205 and similar but it can also be used for SAF 2304 type steels. Avesta 2205 provides
a ferritic-austenitic weldment that combines the good properties of the good properties of both austenitic and ferritic steels . The welding can be performed using
either short spray or pulse arc. Welding using pulsed arc provides good results in both horizontal and vertical up positions.
1.441 S32750 C 0.02
Si 0.35
Mn 0.40
Cr 25.0
Ni 9.5
Mo 4.0
N 0.25
Yield 570N/mm²
Tensile 830N/mm²
Elongation 29%
Hardness 280 Brinell
Ar+30%He +
2%CO²
12-16I/min
0.5 - 2.5kJ/
mm
Avesta 2507/P100 is intended for welding super duplex alloys such as SAF 2507, ASTM S32760, S32550 and S31260. Welding 2507/P100 is preferably done using pulsed arc.
1.454 904L C 0.01
Si 0.35
Mn 1.70
Cr 20.0
Ni 25.5
Mo 4.5
Cu 1.5
Yield 340N/mm²
Tensile 570N/mm²
Elongation 38%
Hardness 170 Brinell
Ar+30%He 12-16I/min Max.1.5
kJ/min
Avesta 904L is intended for welding Outokumpu 904L and similar but can also be used for constructions in type ASTM 316 where a ferrite-free weld metal is
required, such as cryogenic or non-magnetic applications. The impact strength at low temperature is excellent. A fully austenitic structure is more prone to hot or
solidification cracking than type ASTM 316 welds, so welding should be performed minimizing the heat input interpass temperature and penetration with parent
metal. The wire has excellent corrosion resistance in non-oxidizing solutions such as sulphuric and phosphoric acids.
1.4547
1.4529
S31254 N08926 C 0.01
Si 0.10
Mn 0.10
Cr 22.0
Ni 65.0
Mo 9.0
Nb 3.6
Fe