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Versatile ER307 MIG Wire: Ideal for All Welding Applications

Versatile ER307 MIG Wire: Ideal for All Welding Applications

ER 307 Stainless steel continuous & cut length solid welding wire for MIG/TIG welding CLASSIFICATION :TAWS/SFA-5.9: ER30
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Description

Basic Info.
Model NO. ER307
Flux Containing Not Containing Flux
Slag Characteristic Acidic
Extended Length <10mm
Transport Package 1kg/5kg/12.5/15kg/Spool
Specification 0.6/0.8/1.0/1.2/1.6/2.0/3.2/4.0mm
Trademark Jiuzhou
Origin China
HS Code 7223000
Production Capacity 200000kg/Year
Product Description

ER 307

Stainless steel continuous & cut length solid welding wire for MIG/TIG welding

CLASSIFICATION :TAWS/SFA-5.9: ER307 (Nr.), BS 18.8Mn DIN 8556: WK. 1.4370CHARACTERISTICS : ER307 is a Manganese-austenitic stainless steel grade meticulously engineered for applications demanding exceptional toughness and crack resistance. Perfectly suited for MIG, TIG, and SAW welding processes, its high silicon content enhances weld flow and facilitates optimal weldability, delivering exceptionally smooth weld beads.APPLICATION : ER 307 is the premium choice for welding in environments requiring cladding of hardenable steels, armor plates, austenitic stainless, manganese wear steels, and heat-resisting steels up to 850°C. This grade excels in hard-facing applications for hot work steel, stainless valve steel, and carbon steel components that demand superior abrasion resistance and corrosion protection.SHIELDING GAS : Achieve optimal results when welding with either 100% Argon gas or a blend of Argon with 2% Oxygen gas.
CHEMICAL COMPOSITION % (solid wire chemistry)

CHEMICAL COMPOSITION % (solid wire chemistry



C Mn Si S P Ni
0.20 max. 5.00-8.00 0.30-0.65 0.030 Max 0.030 Max 8.00-10.00
Cr Mo Cu
17.00-20.00 0.50 max. 0.75 Max
Type Application Chemical Composition Mechanical Properties Diameter(mm) Net weight(kg) Dia of
spool(mm)
Dia(mm)
ER304 18Cr-8Ni C:0.064%
Mn:1.65%
Si:0.42%
Ni:8.33%
Cr:17.10%
Mpa 1200 0.08-0.45 5/10/15/20 100/270/300 MIG:0.6-1.6
TIG:1.0-5.0
ER304L 17Cr-8Ni C:0.028%
Mn:1.65%
Si:0.42%
Ni:8.33%
Cr:17.10%
Mpa 1200 0.08-4.5 5/10/15/20 100/270/300 MIG:0.6-1.6
TIG:1.0-5.0
ER308 19Cr-9Ni C:0.064%
Mn:1.65%
Si:0.42%
Ni:10.33%
Cr:20.10%
Mpa 1200 0.08-4.5 5/10/15/20 100/270/300 MIG:0.6-1.6
TIG:1.0-5.0
ER308L 20Cr-9Ni C:0.024%
Mn:1.65%
Si:0.42%
Ni:10.33%
Cr:20.10%
Mpa 1200 0.8-4.5 5/12.5/15/20 100/270/300 MIG:0.6-1.6
TIG:1.0-5.0
ER309 20Cr-13Ni C:0.064%
Mn:1.65%
Si:0.42%
Ni:14.33%
Cr:20.10%
Mpa 1200 0.08-4.5 5/10/15/20 100/270/300 MIG:0.6-1.6
TIG:1.0-5.0
ER309L 20Cr-14Ni C:0.024%
Mn:1.65%
Si:0.42%
Ni:14.33%
Cr:20.10%
Mpa 1200 0.08-4.5 5/10/15/20 100/270/300 MIG:0.6-1.6
TIG:1.0-5.0
ER309Lsi 20Cr-14Ni C:0.024%
Mn:1.65%
Si:1.02%
Ni:14.33%
Cr:20.10%
Mpa1200 0.08-4.5 5/10/15/20 100/270/300 MIG:0.6-1.6
TIG:1.0-5.0
ER321 16Cr-7Ni C:0.064%
Mn:1.65%
Si:0.42%
Ni:8.33%
Cr:17.10%
Ti0.73
Mpa 1200 0.08-4.5 5/10/15/20 100/270/300 MIG:0.6-1.6
TIG:1.0-5.0
ER347 16Cr-9Ni C:0.064%
Mn:1.65%
Si:0.42%
Ni:9.33%
Cr:17.10%
(Ta+Nb)(10*C)-10
Mpa 1200 0.08-4.5 5/10/15/20 100/270/300 MIG:0.6-1.6
TIG:1.0-5.0
ER347L 17Cr-9Ni C:0.064%
Mn:1.65%
Si:0.42%
Ni:9.33%
Cr:17.10%
(Ta+Nb)(10*C)-10
Mpa 1200 0.08-4.5 5/10/15/20 100/270/300 MIG:0.6-1.6
TIG:1.0-5.0
ER316 16Cr-9Ni C:0.064%
Mn:1.65%
Si:0.42%
Ni:10.33%
Cr:17.10%
Mo2.03
Mpa 1200 0.08-4.5 5/10/15/20 100/270/300 MIG:0.6-1.6
TIG:1.0-5.0
ER316L 17Cr-9Ni C:0.064%
Mn:1.65%
Si:0.42%
Ni:10.33%
Cr:17.10%
Mo2.03
Mpa 1200 0.08-4.5 5/10/15/20 100/270/300 MIG:0.6-1.6
TIG:1.0-5.0
ER310 24Cr-19Ni C:0.064%
Mn:1.65%
Si:0.42%
Ni:20.33%
Cr:25.10%
Mpa 1200 0.08-4.5 5/10/15/20 100/270/300 MIG:0.6-1.6
TIG:1.0-5.0

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