TIG Filler Wires

Product Details:

ER 80S D2 , ER 90S D2 , ER 70S A1 , ER 80S B2 , ER 90S B3 , ER 80S B3L , ER 80S B6, ER 80S B8 , ER 90S B9 , ER 90S G , ER 80S G , ER80S Ni1 , ER 80S Ni2 , ER 100S G

Product Details:

Welding filler wire is a consumable electrode used in welding processes to join metals together. It plays a crucial role in the welding process by providing the material that fills the gap between the two pieces of metal being joined, thereby forming a strong and durable bond.

Here are some key points about welding filler wire:

1. Material Compatibility: Filler wires are available in various materials such as mild steel, stainless steel, aluminum, titanium, nickel alloys, and others. The choice of filler wire depends on the type of metals being welded and the specific requirements of the welding application.

2. Diameter and Composition: Filler wires come in different diameters to suit various welding processes and applications. The composition of the filler wire determines its mechanical properties, corrosion resistance, and other characteristics. It's important to select the appropriate filler wire composition to ensure the desired welding results.

3. Welding Process Compatibility: Filler wires are used in various welding processes including gas metal arc welding (GMAW), gas tungsten arc welding (GTAW), flux-cored arc welding (FCAW), submerged arc welding (SAW), and others. Each welding process may require specific types of filler wires optimized for that particular process.

4. Shielding Gas: Some welding processes, such as GMAW and GTAW, require the use of shielding gas to protect the weld area from atmospheric contamination. The choice of shielding gas can affect the welding performance and properties of the weld. Filler wires are often designed to work with specific shielding gases.

5. Storage and Handling: Proper storage and handling of filler wire are essential to prevent contamination and maintain its quality. Filler wires should be stored in dry conditions and protected from moisture, dust, and other contaminants.

6. Quality Control: Quality control measures are important to ensure the consistency and reliability of filler wire products. This includes rigorous testing of the wire composition, diameter, surface finish, and other properties to meet industry standards and specifications.

7. Safety Precautions: When using filler wire in welding operations, it's important to follow safety precautions to prevent accidents and injuries. This includes wearing appropriate personal protective equipment (PPE), ensuring proper ventilation in the work area, and following safe welding practices.

Product Details:

• 307Si
• 308
• 308H
• 308L
• 308LSi
• 309
• 309L
• 309LSi
• 309LMo
• 310
• 312
• 316
• 316H
• 316L
• 316LSi
• 317
• 317Si
• 318Si
• 321
• 347
• 347Si
• 409
• 409Cb
• 409Ti
• 410
• 410NiMo
• 420
• 430
• 430LNb
• 904L
• 2209 ( Duplex )
• 2594  ( SUper Duplex )

Product Details:

ER 1100 AL 99.7ER 4043 AlSi5ER 4047 Al.Si12ER 5356 AL.Mg5ER 5183 AL.Mg4.5MnER 5554 Al.Mg 2.7 MnER 5754 AL.Mg3
ER 5556 AL.Mg 5 MnER 2319 Al.Cu6MnZrTi

Product Details:

ER Cu
ER Cu Si-A
ER CuAl-A1
ER Cu Al-A2
ER CuAl-A3
ER Cu Mn Ni Al
ER Cu Ni Al
ER CuSnA

Product Details:

ER Ni-1    Welding of pure Nickel, dissimilar alloys and surfacing of Steels
     ER NiCu-7    Welding of MONEL Alloy 400, R400, K500 and surfacing of steel
     ER Cu Ni    Welding of 70:30 grades of wrought and cast Copper – Nickel alloys
     (ER CuNi-10)    90 Cu : 10 Ni type Cupro-Nickel Filler wire

     ER NiCr-3    Welding of alloy 600 and 601, 800, 800 HT and dissimilar combinations
     ER NiCrMo-3    Welding alloy 625, heat resistant alloys and cladding of steel
     ER NiCrMo-4    Welding of alloy C276 used for oxidizing and corrosive resistance
     ER NiCrMo-7    Welding of C-4 alloy and cladding of carbon and stainless steels
     ER NiCrMo-10    Welding of Inconel alloy 22,622 and 625, 25-6MO, 800HT and others
     ER NiCrCoMo-1    Welding of alloy 617, 800H, 800HT 803, HP45 for application up to 1050°C
     ER NiMo-10    Welding 28% Mo alloys used in Hydrochloric Acid and reducing chemicals
     ER NiCrMo-14    Welding alloy 686, duplex, super duplex, super austenitic and Nickel alloys
     ER NiCrMo-17    Welding of C-2000 alloy and dissimilar nickel-chromium-molybdenum alloys
     ER NiFeCr-2    Welding of Inconel alloys 718 and X-750
     ER NiCrFe-7    Welding Alloy 690 and dissimilar low alloy and stainless steel joints
     ER NiCrFe-7A    Welding of Alloy 690 with B and Zr for improved “ductility dip cracking”
     L 605    For overlay Alloy L605 deposit

Product Details: