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By choosing a welding machine on the EURO-WELDING website, you are guaranteed that it is designed by a French or European manufacturer complying with the EN 60974-1 manufacturing standard.
Compliance with this EN 60974-1 standard by the manufacturer guarantees that the equipment produced is intended for industrial and professional use, and that with regard to the rules relating to electromagnetic compatibility, this equipment is rated class A.
It is your responsibility to check the following points before any use
- That the electrical network used when operating this type of equipment is properly earthed
- That the electrical line to which you connect the welding machine is controlled by a fuse whose amperage is in line with that indicated on the nameplate of the machine or that indicated in the supplier's manual.
Depending on the model of machine that interests you, specifically its power in Amperes or its type of current (single-phase or three-phase), it is your responsibility to contact your electricity supplier to ensure that you have the appropriate subscription.
-Pacemaker wearers should consult a doctor before using this equipment. Exposure to electromagnetic fields during welding may have other effects on health that are not yet known.
As a general rule, as with any other tool, it is essential to read the user manual provided with the machine, including the safety instructions, before using this equipment.
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In stock
Soudexpert
Reference: 1103081
€39.65
32,50 € tax excl.
Fast delivery
2-year warranty
STAINLESS STEEL 316 LSi welding wire diameter 0.8 mm
Spool Ø 100mm - Weight 1 kg
For welding food-grade stainless 316L and grades such as 304L
Requires shielding gas (Argon + CO2 blend or Argon + O²)
Applications:
Marine
Boilermaking and Piping
Coastal construction
Chemical and petrochemical industries
Food industry
Standards:
AWS A 5.9 : ER 316LSI
DIN : EN 12072 : G19
In stock
Soudexpert
Reference: 1103105
€96.38
79,00 € tax excl.
Fast delivery
2-year warranty
STAINLESS STEEL 316 Lsi welding wire diameter 1.0 mm
Applications:
Marine
Standards:
In stock
Soudexpert
Reference: 1103085
€97.39
79,83 € tax excl.
Fast delivery
2-year warranty
STAINLESS STEEL 316 Lsi welding wire diameter 0.8 mm Spool Ø 200mm - Weight 5 kg For welding food-grade stainless steel 316L and grades such as 304L Requires shielding gas (Argon + CO2 mix or Argon + O²)
Applications:
Marine Boilermaking and Piping Coastal construction Chemical and petrochemical industries Food grade
Standards:
AWS A 5.9: ER 316LSI
DIN: EN 12072: G19
In stock
Soudexpert
Reference: 2110081
€39.65
32,50 € tax excl.
Fast delivery
2-year warranty
STAINLESS STEEL 308 LSi welding wire diameter 0.8 mm
Spool Ø 100mm - Weight 1 kg
Non-food grade use
For welding stainless steel type 304L and 308Lsi
Requires shielding gas (Argon + CO2 mixture or Argon + O²)
Applications:
Boilermaking and Piping
Chemical and Petrochemical Industries
Standards:
AWS A 5.9 : ER 308LSI
DIN : EN 12072 : G19
In stock
Soudexpert
Reference: 2110085
€75.54
61,92 € tax excl.
Fast delivery
2-year warranty
STAINLESS STEEL 308 Lsi welding wire diameter 0.8 mm
Spool Ø 200mm - Weight 5 kg
Non-food grade use
For welding stainless steel type 304L and 308Lsi
Requires shielding gas (Argon + CO2 or Argon + O² mixture)
Applications:
Boilermaking and Pipework
Chemical and Petrochemical Industries
Standards:
AWS A 5.9 : ER 308LSI
DIN : EN 12072 : G19
In stock
Soudexpert
Reference: 2110105
€75.03
61,50 € tax excl.
Fast delivery
2-year warranty
STAINLESS STEEL 308 Lsi welding wire diameter 1.0 mm
Spool Ø 200mm - Weight 5 kg
Non-food use
For welding stainless steel type 304L and 308Lsi
Requires gas (Argon + CO2 or Argon + O² mixture)
Applications:
Boilermaking and Piping
Chemical and petrochemical industries
Standards:
AWS A 5.9 : ER 308LSI
DIN : EN 12072 : G19
Soudexpert
Reference: 11031015
€254.16
208,33 € tax excl.
or 3 x 84,72 €
Free delivery
2-year warranty
316 Lsi STAINLESS STEEL welding wire diameter 1.0 mm
Spool Ø 300mm - Weight 15 kg
For welding food-grade stainless steel 316L and 304L-type grades
Requires shielding gas (Argon + CO2 or Argon + O² mixture)
Applications:
Marine
Boilermaking and Pipework
Coastal construction
Chemical and petrochemical industries
Food industry
Standards:
AWS A 5.9 : ER 316LSI
DIN : EN 12072 : G19
In stock
Soudexpert
Reference: 21101015
€228.75
187,50 € tax excl.
or 3 x 76,25 €
Free delivery
2-year warranty
STAINLESS STEEL 308 Lsi welding wire diameter 1.0 mm
Spool Ø 300mm - Weight 15 kg
Non-food use
For welding stainless steel type 304L and 308Lsi
Requires shielding gas (Argon + CO2 mixture or Argon + O²)
Applications:
Boilermaking and Piping
Chemical and petrochemical industries
Standards:
AWS A 5.9: ER 308LSI
DIN: EN 12072: G19
Supplier stock
Soudure pro
Reference: 010892
€26.94
22,08 € tax excl.
Fast delivery
2-year warranty
Spool of stainless steel wire 308 L Ø 0.8 mm. Weight 700 g
The use of this welding wire requires the supply of a shielding gas (Argon +CO² or Argon + O²).
This wire allows welding of STAINLESS STEELS
The spool diameter is Ø 100 mm
Supplied in protective plastic film + cardboard box.
In stock
GEKA
Reference: FIL-316-INOX
€233.84
191,67 € tax excl.
or 3 x 77,95 €
Free delivery
2-year warranty
316 LSi stainless steel wire spool Ø available in wire diameters of 0.8, 1 and 1.2 mm, spool Ø 300 mm.
Spool weight: from 12.5 to 15 kg depending on the wire diameter.
Wire Ø 0.8 mm = 12.5 kg spool.
Wire Ø 1 and 1.2 mm = 15 kg spool.
The use of this welding wire requires a gas supply during use (Argon + CO² mixture).
This wire enables welding of stainless steel in the food industry, marine or boilermaking sectors.
This wire meets the AWS A5.9ER316LSi standard
ISO standard 14343-A G 19 9 L Si
| Combinations | Price | |
| €233.84 | ||
| €279.59 | ||
| €281.61 | ||
In stock
GEKA
Reference: FIL-INOX309L-200/5
€186.05
152,50 € tax excl.
or 3 x 62,02 €
Free delivery
2-year warranty
309L Si stainless steel wire spool Ø 200 mm. Weight 5 kg
Standard AWS A5.9 ER 309LSi
ISO 14343-A G 23 12 LSi
Wire section available: 0.8 and 1 mm
The spool diameter is Ø 200 mm
309L is often used in applications where stainless steels need to be welded to carbon steels or mild steels, as it offers good compatibility with both types of metals while maintaining good corrosion resistance and good mechanical strength.
The main characteristics of 309L TIG include:
This type of material is often used in industrial applications such as heat exchangers, industrial furnaces, chemical and petrochemical equipment, as well as in shipbuilding and marine applications.
| Combinations | Price | |
| €186.05 | ||
| €177.91 | ||
In stock
Telwin
Reference: 802037
€60.79
49,83 € tax excl.
Fast delivery
2-year warranty
This kit allows your Telwin welding unit, whose references are indicated below, to accept welding wire spools of Ø 100 mm.
It contains:
This kit fits the following TELWIN units:
Bimax 132-152-162-4.135-4.195
Telmig 150/1- 170/1 - 180/2 -195/2 -200/2 -203/2 -250/ 2 - 251/2 - 281/2
Mastermig 200/2 - Technomig Synergic Dual 150 - 180 -210- 215
Electromig 220 Synergic - Technomig 223 Treo Synergic - Technomig 225.
Stainless steel wire is the consumable for MIG welding of stainless steel. Chosen in the right grade, the stainless steel welding wire preserves the metal's corrosion resistance. Discover our selection of stainless steel spools for MIG stainless steel welding in common grades and diameters.
Stainless steel owes its corrosion resistance to its chemical composition. A stainless steel wire of a suitable grade maintains this composition in the weld bead. Using ordinary steel wire on stainless steel would ruin its anti-corrosion properties: consistency between base metal and filler wire is the rule in MIG stainless steel welding.
The choice of grade depends on the base stainless steel. Stainless steel wire 308L suits stainless 304 (the most common), 316L suits 316 (better corrosion resistance), and 309L suits stainless/steel assemblies. The "L" designates a low carbon content that preserves corrosion resistance. Choosing the right grade of stainless steel spool is essential for a durable weld bead.
MIG stainless steel welding requires a suitable gas, argon-based, for effective shielding and a good bead appearance. Machine settings (voltage, wire speed) are adjusted on scrap pieces to achieve a stable arc. Stainless steel wire is often welded at slightly different parameters than steel: take the time to properly set your MIG-MAG machine.
As with steel, the diameter of the stainless steel wire depends on the thickness and amperage. Common diameters (0.8; 1.0; 1.2 mm) cover most needs. A contact tip of the right size and suitable drive rolls ensure regular wire feed.
Stainless steel flux-cored wire exists and allows stainless steel to be welded without external gas. Practical for outdoor work, it produces slag that must be removed and a less aesthetic finish than solid wire with gas. For a quality bead on stainless steel, solid wire with gas remains the reference; flux-cored is a complement for troubleshooting.
After welding, the stainless steel bead often requires a passivation treatment to restore corrosion resistance. The quality of the wire and welding facilitates this step: a clean and regular bead is easier to pickle and passivate than a porous one.
MIG welding stainless steel requires a clean machine: clean the wire feeder, fit a contact tip and suitable drive rolls, and if possible dedicate a liner to the stainless steel wire to avoid contamination from steel or aluminium residues. Contamination is the enemy of stainless steel: the slightest steel particle creates a corrosion point. This discipline directly determines the quality and durability of the weld bead.
Stainless steel wire should be stored dry, in its original packaging, away from moisture and dust. An oxidised or contaminated wire produces a porous and fragile bead. Install the stainless steel spool correctly on the wire feeder, checking the unwinding direction and brake tension. Careful storage and correct installation are the keys to a sound bead and regular wire feed in stainless steel welding.
Stainless steel flux-cored wire is useful when gas access is limited or for on-site troubleshooting. It allows stainless steel to be welded outdoors, where wind would disperse the gas from a solid wire. The result is functional but less aesthetic, and the slag must be removed. For visible work or work subject to high corrosion requirements, solid wire with suitable gas remains the best solution, complemented by a passivation treatment.
For work subject to strict standards (food, medical), make sure to use a stainless steel wire of a certified grade, compatible with the sector's regulatory requirements. Consumable traceability is then a criterion in its own right.
To MIG weld stainless steel, choose a stainless steel wire of a suitable grade (308L, 316L or 309L), with the appropriate gas and diameter. Adjust your machine on scrap pieces before working on the part. For exposed work, plan for a passivation treatment. Browse our selection of stainless steel wires and spools.
A stainless steel wire of a suitable grade: 308L for stainless 304, 316L for 316, 309L for stainless/steel assemblies. The "L" designates a low carbon content that preserves corrosion resistance. Use an argon-based gas for shielding.
Yes, with stainless steel flux-cored wire, which generates its own shielding. Practical outdoors, it produces slag that must be removed and a less aesthetic finish than solid wire with gas. Solid wire with gas remains the reference for quality.
308L suits stainless 304 (the most common), while 316L is intended for 316, which is more corrosion resistant. The choice depends on the grade of stainless steel being welded to preserve its anti-corrosion properties.
Yes, a pickling and passivation treatment restores the protective layer destroyed by welding heat. This is essential for parts exposed to moisture or aggressive environments. A clean bead is easier to treat.
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