Stainless Steel Wire For Welding Supplier

Size: Diameter 0.2mm-5.5mm, 5.5mm-12mm

Standard: GB1220, ASTM A484/484M, EN 10060/ DIN 1013 ASTM A276, EN 10278, DIN 671

Main Grade: 201, 304, 316, 316L, 310s, 430

Finish: Black, NO.1, mill finish, cold draw

product description of Stainless Steel Wire For Welding

Stainless Steel Wire For Welding is an essential metallic material widely employed in various welding projects. This type of stainless steel wire exhibits excellent corrosion resistance and a visually appealing surface, making it adaptable to diverse and challenging environmental conditions.

Stainless Steel Wire For Welding typically incorporates high-carbon, high-chromium, and high-nickel alloy elements to enhance its hardness and corrosion resistance. Common grades for welding stainless steel wire include 304, 316, 317, among others. These grades are prevalent in the market and boast good welding performance and corrosion resistance.

The specifications and models of Stainless Steel Wire For Welding are diverse, allowing for the selection of suitable options based on different application scenarios. When choosing this type of stainless steel wire, considerations should be given to chemical composition, mechanical properties, corrosion resistance, and other indicators to ensure it meets the required standards.

Additionally, to achieve optimal welding results, proper pre-treatment and control of welding processes are necessary for Stainless Steel Wire For Welding. Pre-treatment involves procedures such as cleaning, rust removal, and degreasing to eliminate surface impurities and gases, thereby enhancing welding quality. Welding process control includes selecting appropriate welding methods, parameters, and materials to ensure excellent weld joint and weld seam quality.

specification of Stainless Steel Wire For Welding

Production Range of stainless steel wire for welding

Size: Diameter 0.2mm-5.5mm, 5.5mm-12mm

Standard: GB1220, ASTM A484/484M, EN 10060/ DIN 1013 ASTM A276, EN 10278, DIN 671

Main Grade: 201, 304, 316, 316L, 310s, 430

Finish: Black, NO.1, mill finish, cold draw

Main grade description in different standard

Species

Brand

Species

Brand

Austenite type

HlCrl9Ni9 H0Crl9Ni12Mo2 H00Crl9Nil2M02 HOOCr19Ni12Mo2Cu2 HOCrl9Nil4M03 H0Cr21Ni10 H00Cr2lNil0 HOCr20NiloTi HOCr20Nil0Nb H00Cr20Ni25Mo4Cu HlCr21Ni10Mn6

Austenite type

H1Cr24Nil3 H1Cr24Ni13Mo2 H00Cr25Ni22Mn4M02N H1Cr26Ni21 HOCr26Ni21

Ferrite type

HOCrl4 HlCrl7

  

Martensitic

HlCrl3 H2Crl3 HOCrl7Ni4Cu4Nb

  

features of stainless steel wire for welding

  1. Stable Chemical Composition: The chemical composition of Stainless Steel Wire for Welding is precisely controlled to ensure its stable performance over extended periods of use. This characteristic enables it to deliver reliable performance in various environmental conditions, minimizing quality issues arising from fluctuations in chemical composition.
  2. Outstanding Welding Performance: Due to its unique alloy composition, Stainless Steel Wire for Welding exhibits excellent welding capabilities. It is easy to weld, producing high-quality weld seams and reducing issues such as cracks and porosity during the welding process.
  3. Exceptional Linearity: Stainless Steel Wire for Welding possesses a high degree of linearity, meaning it has high dimensional accuracy along its length direction and is less prone to bending or twisting. This feature provides convenience in the manufacturing process and ensures the precision and reliability of the final product.

application of stainless steel wire for welding

  1. Mechanical Manufacturing: In the field of mechanical manufacturing, stainless steel materials find extensive use in the fabrication of various equipment and components. MIG/TIG/SAW welding technologies can be employed for connecting stainless steel sheets, pipes, and rods, enhancing the stability and reliability of equipment.

  2. Chemical Equipment: In the chemical industry, stainless steel is widely utilized in the manufacturing of various equipment and pipelines due to its corrosion resistance. MIG/TIG/SAW welding technologies can be applied to connect stainless steel materials in chemical equipment, ensuring the integrity and corrosion resistance of the equipment.

  3. Pressure Vessels: In the realm of pressure vessels, stainless steel is widely employed for manufacturing various pressure vessels owing to its high strength and corrosion resistance. MIG/TIG/SAW welding technologies can be utilized in the fabrication of stainless steel pressure vessels, improving the safety and reliability of the containers.

MIG/TIG/SAW Welding Technologies

  1. MIG (Metal Inert Gas) welding is a commonly used welding method that utilizes inert gas as a shielding gas. It achieves welding by melting the filler metal wire with the base material. MIG welding is characterized by a high deposition rate and fast welding speed, making it suitable for welding various materials, including stainless steel.

  2. TIG (Tungsten Inert Gas) welding is a welding method based on tungsten electrode inert gas shielded welding. It uses inert gas to protect the welding area from air intrusion while employing a tungsten electrode as the carrier of the arc to melt the filler metal and base material together. TIG welding is characterized by low heat input, high penetration depth, and high welding quality, making it suitable for welding thin plates and complex structures.

  3. SAW (Submerged Arc Welding) is an efficient welding method that uses filler wire and welding current to generate an arc beneath a molten pool, melting the filler metal and base material together. SAW welding is characterized by a high deposition rate and low cost, making it suitable for large-scale production and welding thick plates.

Solid wire

Solid wire and flux-cored wire are two types of stainless steel welding wires used for welding applications. Stainless steel flux-cored wire is capable of welding various stainless steels, as well as carbon steel and low-alloy steel. It is primarily used in MAG welding processes, offering advantages such as minimal spatter, exceptional arc stability, and qualification for X-ray inspections.

As widely recognized, stainless steel welding wire is categorized based on its use and form. This categorization further divides the wire into various versions, which can then be more specifically classified. In the subsequent discussion, we will provide an overview of different types of stainless steel welding wires.

1. Stainless steel solid wire version:

HLT-307Si

ER 308L

Used to link ultra-low carbon 00Cr19Ni10 stainless steel structural components

ER 309Si

Because of the inclusion of Mo, it’s better durability, crack resistance, and corrosion resistance compared to HLT-309/309L at high temperatures

ER 310

ER 312

It’s acceptable for the connection of dissimilar steels, along with the chance of cracks is quite low, so it’s extremely acceptable for stainless steel cladding, dissimilar base materials, hardened alloy steel, and places where the connection is hard or pores are prone to appear.

ER 317

ER 430

Suitable for linking 17Cr stainless steel

ER 630

ER 2209

2.E308T1-1

E309LT1-1

E316LT1-1

E410NiMo

For T1-113Cr-NiMo steel, the strength and hardness are greater than 410, which may be utilized in applications requiring greater wear resistance and corrosion resistance.

3.ER308

ER308L

ER316

18Cr-12Ni-2.5Mo steel, suitable for petrochemical manufacturing and storage gear, etc..

ER316L

ER309

ER309L

ER321

For 18Cr-8Ni-Ti steel, it’s good corrosion resistance because of the inclusion of Ti

ER347

1. The way to store welding cable?

1. The warehouse where welding cable is saved should have ventilated and dry surroundings to avoid moisture; liquids that are simple to influence, such as water, acid, and alkali, are rejected.

There are corrosive substances, and it’s even more inappropriate to store welding cable with these substances in exactly the exact same warehouse.

2. The welding cable should be set on a wooden plank, not directly on the ground or close to the wall.

3. When touching and managing the welding cable, particularly the”heat shrinkable film” of the interior packaging, please be careful to not damage the packaging.

4. Open the welding cable package and use it up whenever possible (needed within a week).

5. Please store in line with the type and specification of the welding cable to avoid misuse.

When choosing stainless steel link, what sort of connection material ought to be chosen, such as 304 connections, utilize a 304 welding rod.

But in nbt47015, there’s absolutely not any connection between both of these types of materials.

According to electricity industry standards, enicrfe-3 is suggested for connection.

data sheet of stainless steel wire for welding

Martensitic

Category

Brand

Chemical composition (mass fraction) (%)

        

C

Si

Mn

P

S

Cr

Ni

M0

Cu

other

 

Austenite type

H1Crl9Ni9

≤0.14

≤0.60

1.00~2.00

≤0.030

≤0.030

18.00~20.00

8.00~10.00

  

HOCr19Ni12Mo2

≤0.08

≤0.60

1.00~2.50

≤O.030

≤O.030

18.00~20.00

11.00~14.00

2.00~3.00

  

H00Cr19Ni- 12Mo2

≤O.03

≤0.60

1.00~2.50

≤0.030

≤0.020

18.00~20.00

11.00~14.00

2.00~3.00

  

H00Crl9Nil2- Mo2Cu2

≤O.03

≤O.60

1.00~2.50

≤0.030

≤0.020

18.00~20.00

11.00~14.00

2.00~3.00

1.00~2.50

 

HOCrl9Nil4M03

≤O.08

≤O.60

1.00~2.50

≤O.030

≤0.030

18.50~20.50

13.00~15.00

3.00~4.00

  

HOCr2lNilO

≤O.08

≤O.60

1.00~2.50

≤O.030

≤O.030

19.50~22.00

9.00~11.00

   

H00CrNi10

≤O.03

≤0.60

1.00~2.50

≤0.030

≤O.020

19.50~22.00

9.00~11.00

   

HOCr20NilOTi

≤0.08

≤0.60

1.00~2.50

≤0.030

≤O.030

18.50~20.50

9.00~lO.50

  

Ti9×wc ~1.00

HOCr20NilONb

≤O.08

≤O.60

1.00~2.50

≤O.030

≤0.030

19.00~21.50

9.00~11.00

  

NblO×wc ~1.00

H00Cr20Ni25- M04Cu

≤O.03

≤O.60

1.00~2.50

≤0.030

≤0.020

19.00~21.00

24.00~26.00

4.00~5.00

1.00~2.00

 

Category

Brand

Chemical composition (mass fraction) (%)

        

C

Si

Mn

P

S

Cr

Ni

M0

Cu

other

 

Austenitic type

H1Cr21NilOMn6

≤0.10

≤0.60

5.00~7.00

≤0.030

≤0.020

20.00~22.00

9.00~11.00

  

H1Cr24Nil3

≤O.12

≤O.60

1.00~2.50

≤0.030

≤0.030

23.00~25.00

12.oo~14.00

   

HlCr24Nil3M02

≤0.12

≤0.60

1.00~2.50

≤0.030

≤0.030

23.00~25.00

12.00~14.00

2.00~3.00

  

H00Cr25Ni22- Mn4M02N

≤0.03

≤O.50

3.50~5.50

≤0.030

≤0.020

24.00~26.00

21.50~23.00

2.00~2.80

 

N0.10~ O.15

HlCr26Ni21

≤O.15

≤O.60

1.00~2.50

≤0.030

≤0.030

25.00~28.00

20.00~22.oo

   

H0Cr26Ni21

≤0.08

≤O.60

1.oo~2.50

≤O.030

≤0.030

25.00~28.00

20.00~22.00

   

Ferritic type

H0Cr14

≤0.06

≤O.70

≤O.60

≤O.030

≤0.030

13.00~15.00

≤0.60

  

H1Crl7

≤0.10

≤0.50

≤O.60

≤0.030

≤O.030

15.50~17.00

≤O.60

   

Martensitic type

H1Crl3

≤0.12

≤O.50

≤O.60

≤O.030

≤O.030

11.50~13.50

≤0.60

  

H2Cr13

0.13~O.21

≤O.60

≤0.60

≤O.030

≤0.030

12.00~14.00

≤O.60

   

H0Crl7Ni- 4Cu4Nb

≤O.05

≤O.75

0.25~0.75

≤0.030

≤0.030

15.50~17.50

4.00~5.00

≤0.75

3.00~4.00

nbo.15~ O.45

nbo.15 ~ Pickling after bright heat treatment.

ASTM

DIN / EN

JIS

GB

ISO Name

Other

S20100

201

1.4372

SUS201

S35350

X12CrMnNiN17–7-5

J1 L1 LH 201J1

S20200

202

1.4373

SUS202

S35450

X12CrMnNiN18–9-5

202 L4, 202 J4, 202 J3

S30400

304

1.4301

SUS304

S30408

X5CrNi18-10

06Cr19Ni10

0Cr18Ni9

S31603

316L

1.4404

SUS316L

S31603

X2CrNiMo17-12-2

022Cr17Ni12Mo2 00Cr17Ni14Mo2

S40900

409

SUH409

S11168

X5CrTi12

0Cr11Ti

S31008

310S

1.4951

SUS310S

S31008

X12CrNi23-12

06Cr25Ni20

0Cr25Ni20

S41008

410S

1.4000

SUS410S

S11306

X6Cr13

S43000

430

1.4016

SUS430

10Cr17

X6Cr17

1Cr17

Main grade chemical components in different standard

201

C %

Si%

Mn %

P %

S %

Ni %

Cr %

N %

Mo %

ASTM

0.15

1.00

5.5-7.5

0.050

0.030

3.5-5.5

16.0-18.0

0.25

DIN/EN

0,15

1,00

5,5-7,5

0,045

0,015

3,5-5,5

16,0-18,0

0,05-0,25

JIS

0.15

1.00

5.5-7.5

0.060

0.030

3.5-5.5

16.0-18.0

0.25

GB

0.15

1.00

5.5-7.5

0.050

0.030

3.5-5.5

16.0-18.0

0.05-0.25

202

C %

Si%

Mn %

P %

S %

Ni %

Cr %

N %

Mo %

ASTM

0.15

1.00

7.5-10.0

0.060

0.030

4.0-6.0

17.0-19.0

0.25

DIN/EN

0,15

1,00

7,5-10,5

0,045

0,015

4,0-6,0

17,0-19,0

0,05-0,25

JIS

0.15

1.00

7.5-10.0

0.060

0.030

4.0-6.0

17.0-19.0

0.25

GB

0.15

1.00

7.5-10.0

0.050

0.030

4.0-6.0

17.0-19.0

0.05-0.25

304

C %

Si%

Mn %

P %

S %

Ni %

Cr %

N %

Mo %

ASTM

0.08

0.75

2.00

0.045

0.030

8.0 – 10.5

18.0-20.0

0.10

DIN/EN

0,07

1,00

2,00

0,045

0,015

8,0 – 10,5

17,5-19,5

0,10

JIS

0.08

1.00

2.00

0.045

0.030

8.0 – 10.5

18.0-20.0

GB

0.08

1.00

2.00

0.045

0.030

8.0 – 10.0

18.0-20. 0

316L

C %

Si%

Mn %

P %

S %

Ni %

Cr %

N %

Mo %

ASTM

0.030

0.75

2.00

0.045

0.030

10.0-14.0

16.0-18.0

0.10

2.00-3.00

DIN/EN

0,030

1,00

2,00

0,045

0,015

10,0-13,0

16,5-18,5

0,10

2,00-2,50

JIS

0.030

1.00

2.00

0.045

0.030

12.0-15.0

16.0-18.0

2.00-3.00

GB

0.030

0.75

2.00

0.045

0.030

10.0-14.0

16.0-18.0

0.10

2.00-3.00

409

C %

Si%

Mn %

P %

S %

Ni %

Cr %

N %

Ti %

ASTM

0.08

1.00

1.00

0.045

0.03

0.50

10.5-11.7

6*C% – 0.75

DIN/EN

JIS

0.08

1.00

1.00

0.040

0.030

10.5-11.7

6*C% – 0.75

GB

0.08

1.00

1.00

0.045

0.030

0.60

10.5-11.7

6*C% – 0.75

310s

C %

Si%

Mn %

P %

S %

Ni %

Cr %

N %

Mo %

ASTM

0.08

1.50

2.00

0.045

0.030

19.0-22.0

24.0-26.0

DIN/EN

0,10

1,50

2,00

0,045

0,015

19,0-22,0

24,0-26,0

0,10

JIS

0.08

1.50

2.00

0.045

0.030

19.0-22.0

24.0-26.0

GB

0.08

1.50

2.00

0.045

0.030

19.0-22.0

24.0-26.0

410S

C %

Si%

Mn %

P %

S %

Ni %

Cr %

N %

Mo %

ASTM

0.08

1.00

1.00

0.040

0.030

0.60

11.5-13.5

DIN/EN

0,08

1,00

1,00

0,040

0,015

12,0-14,0

JIS

0.08

1.00

1.00

0.040

0.030

11.5-13.5

GB

0.08

1.00

1.00

0.040

0.030

0.60

11.5-13.5

Main grade mechanical property in different standard

201

Y.S./Mpa ≥

T.S./Mpa ≥

E.L./% ≥

HB ≤

HRB ≤

HBW ≤

HV ≤

ASTM

260

515

40

95

217

JIS

275

520

40

241

100

253

GB

205

515

30

- 

99

- 

202

Y.S./Mpa ≥

T.S./Mpa ≥

E.L./% ≥

HB ≤

HRB ≤

HBW ≤

HV ≤

ASTM

260

620

40

241

JIS

275

520

40

95

207

218

GB

304

Y.S./Mpa ≥

T.S./Mpa ≥

E.L./% ≥

HB ≤

HRB ≤

HBW ≤

HV ≤

ASTM

205

515

40

92

201

JIS

205

520

40

187

90

200

GB

205

515

40

92

201

210

316L

Y.S./Mpa ≥

T.S./Mpa ≥

E.L./% ≥

HB ≤

HRB ≤

HBW ≤

HV ≤

ASTM

170

485

40

95

217

JIS

175

480

40

187

90

 

200

GB

170

485

40

95

217

220

409

Y.S./Mpa ≥

T.S./Mpa ≥

E.L./% ≥

HB ≤

HRB ≤

HBW ≤

HV ≤

ASTM

JIS

175

360

22

162

80

175

GB

310s

Y.S./Mpa ≥

T.S./Mpa ≥

E.L./% ≥

HB ≤

HRB ≤

HBW ≤

HV ≤

ASTM

205

515

40

95

217

JIS

205

520

40

187

90

200

GB

205

515

40

95

217

220

410S

Y.S./Mpa ≥

T.S./Mpa ≥

E.L./% ≥

HB ≤

HRB ≤

HBW ≤

HV ≤

ASTM

205

415

22

89

183

JIS

205

410

20

88

183

200

GB

205

415

20

89

183

200

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