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ER2594 Welding Wire

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ER2594 Filler Wire & Ferralium 255 Electrodes manufacturer in India

Er2594 Welding Wire
Er2594 Welding Wire
Er2594 Filler Wire
Er2594 Filler Wire
Er2594 Wire
Er2594 Wire
ER2594 Welding Wire

Supplier of E2553-16 Flux Cored Wire and Ferralium 255 Welding Consumables in Asia

The ER2594 grade is used to weld wrought, forged, and cast super duplex steel grade. The ER2594 Welding Wire is designed with a chemical composition of carbon, chromium, copper, iron, manganese, molybdenum, nickel, nitrogen, phosphorous, silicon, sulfur, and tungsten. An ER2594 Filler Wire is designed possessing superior strength and is a versatile welding consumable that allows two components to be welded efficiently in the system. The Super Duplex ER2594 Filler Metal has a minimum tensile strength of 850mpa and has a minimum yield strength of 650mpa. The filler metal can be easily elongated by 28% in the system. An ER2594 Flux Cored Wire has a flux coating on its surface that reduces oxidation after the welding process. These wires are available in gas shielding and shelf shielding types. ER2594 Welding electrodes create an electric arc as a high current is passed through the workpieces allowing them to melt and strongly hold two different components. The ER2594 Welding Consumables are important components in welding operations. These consumables are quality-assured and can be shaped in different sizes and specifications.

The Ferralium 255 Weld Wire is annealed or available in hot worked condition. These wires have superior abrasion and resistance to cavitation. A Ferralium 255 E2553-16 Welding Wire is a flexible grade that has a higher strength to weight ratio. The welding wire is reliable and can suffice for long periods. The wires can be designed as Ferralium 255 Welding Rod. This thick wired rod has an excellent strength and is designed with a straight configuration. These rods are quality-assured and available at reasonable rates across all our outlets. The Er2307 Filler Wire is a lean duplex grade that can be availed in different shapes and sizes as per customer requirements.

Table of Content

ER2594 Welding Wire Specification

Specificaton Φ1.0 ~ 1.6milimeter
Grade E2594
ASME SFA 5.9 ER2594 Welding Rod Type TIG and MIG
Finish Bright
Standard AWS A5.9
ER2594 Duplex Stainless Steel Tig Wire Shielding Gas 75-95% Ar + Rest Co2
Weight 0.5kg, 0.45kg, 0.9kg, 5kg, 1kg, 0.45kg, 0.9kg, 0.5kg, 1kg
Packaging Packing Size is 275mm* 275mm* 105mm 300mm*300mm*105mm
Outer Packing are 1spool/ctn
carton box with antirust paper inside for E2594-16 spool product is packed.
Container load is 72pallet/boxes, 60pallet/boxes, 20ft/ 22Pallets
Diameter 0.9/ 0.8/ 1.0/ 1.6/ 1.4/ 1.2 mm
Application Electrowelding
Wire Tray D100 to D200 mm D270 to D300 mm K300 mm
AWS ER 2594 Duplex Mig Rod Flux Content According to Requirement

Stockist & supplier of Ferralium 255 Filler Metal and ER2594 Flux Cored Wire in Mumbai, check online prices and specification

AWS A5.9 ER2594 Filler Rod Price List

$
2.99

Per Kiloampere

0.8mm 0.9mm er2594 filler wire

$
80.00

Per Kilogram

0.9mm ER2594 welding wire

$
10.50

Per Kilogram

1.2mm duplex stainless steel mig solid welding wire aws a5.9 er2594

$
100.00

Per Kilogram

2.4mm ER2594 welding wire

$
1000

Per Ton

0.035" 0.030" Er2594 Flux Cored Welding Wire

$
5.50

Per Kilogram

2.0*1000mm ER2594 stainless steel welding wire argon arc welding wire straight bar

ER2594 Electrode Dimension Chart

packet/kg. Size(Dia)(inch) Size(Dia)(mm) (DC+/AC) Current Condition Amps case/kg.
2 3/ 16” X 14” 5.00 X 350 160-200 20
2 1/ 8” X 14” 3.15/ 3.20 X 350 90-120 20
2 3/ 32” X 14” 2.50/ 2.40 X 350 70-100 20
2 5/ 32” X 14” 4.00 X 350 120-160 20

Duplex 2594 Welding Electrode Mechanical Propertiess

I.V. oC,J (oF,Ft-LBs.) -
T.S.N/mm2(ksi) 850
Y.P.N/mm2(ksi) 650
EI.(%) 28

DSS E 2594 Welding Wire Chemical Composition

Cu Cr C Ni Mn Mo Si S P N W
1.5 max 24-27 0.03 max 8-10.5 2.5 max 2.5-4.5 1 max 0.02 max 0.03 max 0.20-0.30 1.0 max
Ferralium 255 E2553-16 Welding Wire manufacturer in Mumbai, as a free sample and quick quote!

ER2594 Welding Wire Types

2594 Tig Filler Wire
2594 Tig Filler Wire
ER2594 Stainless Steel Welding Wire
ER2594 Stainless Steel Welding Wire
Duplex 2594 Welding Electrode
Duplex 2594 Welding Electrode
Duplex S32750 ER2594 Welding Wire Quarter Hard
Duplex S32750 ER2594 Welding Wire Quarter Hard
Stainless Steel ER2594 Welding Wire
Stainless Steel ER2594 Welding Wire
Stainless Steel Flux Welding ER2594 Filler Wire
Stainless Steel Flux Welding ER2594 Filler Wire
ER2594 Super Duplex Tig Rods
ER2594 Super Duplex Tig Rods
Duplex Steel ER2594 Filler Wire
Duplex Steel ER2594 Filler Wire
ER2594 Super Duplex Tig Welding Wires
ER2594 Super Duplex Tig Welding Wires

ER2594 Mig Rod Coated Electrodes Parameters

Length Diameter mperage
Overhead and Vertical Flat
12” 3/32” 65-75 70-85
14” 1/8” 80-90 85-110
14” 5/32” 100-120 110-140
14” 3/16” 110-130 120-160

E 2594 wire vs electrode welding

Wire welding Electrode welding
What is
  • Direct wire welding, also called as MIG-MAG welding, is a procedure that uses a continuous supply of heat to create an electric arc between the wire and the metal item to be welded.
  • It is required to utilise a protective gas that prevents oxygen and nitrogen from coming into contact with each other in order to generate a homogenous weld with this technique. This is the origin of the acronym MIG-MAG, which stands for MIG (Metal Inert Gas) and MAG (Magnetic Inert Gas) (Metal Active Gas).
  • The first welding procedure taught to welding apprentices is electrode welding, commonly known as manual electric arc welding.
  • The electric arc is formed by contact between the electrode and the workpiece in electrode welding. A short circuit is formed between the two poles, allowing electricity to flow as a result. The arc burns, creating the fusion heat required.
Features
  • MIG-MAG welding must always be done using direct current (DC). This guarantees the stability of the produced electric arc.
  • Some aspects, including as energy input, welding speed, the final look of the seam, and projections and spatter, will change depending on which gases are employed in the process.
  • Gases such as argon, oxygen mixed with it, and helium can be used in the MIG technique, whereas carbon dioxide and its mixture with argon can be used in the MAG procedure.
  • Low voltage and high current are required for electrode welding.
  • The intensity of the current must be carefully monitored during this procedure, as it is the most critical factor affecting the quality of the joints. As a result, it should be maintained at a continuous and high level.
Application It's employed in a variety of industries, including pipeline construction, hydraulic tank construction, metal construction, and even shipbuilding and sheet metal processing
  • Wire welding is utilised not just in repair shops, but also in the welding industry for a variety of procedures.
  • It's used in a variety of industries, including pipeline construction, hydraulic tank construction, metal construction, and even shipbuilding and sheet metal processing.
Advantages
  • You can weld any type of component in any position
  • The finish is outstanding, with very few splashes.
  • During the procedure, just a few harmful and poisonous gases are produced.
  • It can be an automatic or semi-automatic process if the welder is experienced, making it easier.
  • It is a very productive process with a high rate of added metal since it eliminates the downtime associated with electrode replacement.
  • It can be used on almost any type of material. You don't want to fuse two pieces of plasticine together, though!
  • During the welding process, the welder does not require any protective gas.
  • You can operate outside without difficulty, even if the weather is inclement, such as rain or wind
  • It accepts any welding position as well as any sort of bead.
  • The costs of acquisition are lowered.
  • Because it makes less noise, there is less noise pollution.
Disadvantages Although it is widely employed in the metal industry, electrode welding is mostly used in pipeline and steel building
  • Because the welding pace is slow, the procedure is not very productive.
  • There is a lot of smoke produced.
  • There are a lot of setup and downtimes.
  • It is not machinable.
  • The finish isn't flawless.
  • In respect to the final craters and welding start positions, a great number of inaccuracies can occur.
Ferralium 255 Weld Wire and ER2594 Welding electrodes manufacturer in India, wide selection of Er2307 Super Duplex TIG/ MIG wire

Duplex Stainless Steel E2594 Coated Electrode

Duplex Stainless Steel E2594 Coated Electrode

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