Mild Steel Welding Electrodes

Mild Steel Welding Electrodes Products

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Mild Steel Welding Electrodes

Mild steel welding electrodes are a type of welding consumable specifically designed for welding mild or low-carbon steels. These electrodes are widely used due to the prevalence of mild steel in various applications, such as construction, manufacturing, and structural fabrication. Here’s a description of mild steel welding electrodes:

Composition:

Mild steel welding electrodes are made of a mild steel core wire coated with a flux material. The flux coating serves multiple purposes, including shielding the weld pool from atmospheric contaminants, generating a protective gas shield, and creating slag that covers the weld bead.

Type and Classification:

Mild steel electrodes are categorized based on the American Welding Society (AWS) classification system. Common classifications for mild steel electrodes include E6010, E6011, E6013, E7014, and E7018. Each classification represents a specific electrode type with unique properties and characteristics.

Welding Techniques:

Mild steel welding electrodes are used in various arc welding processes, such as Shielded Metal Arc Welding (SMAW) or stick welding, and some Flux-Cored Arc Welding (FCAW) processes. The choice of electrode and technique depends on factors like welding position, joint configuration, and the desired characteristics of the weld.

Versatility:

Mild steel electrodes are versatile and suitable for a wide range of mild steel applications, including structural welding, maintenance and repair, and general fabrication. They can be used to weld mild steel components of different thicknesses.

Application:

Mild steel electrodes are commonly used for welding mild steel plates, sheets, pipes, and structural components. They are also suitable for welding mild steel to other materials, such as stainless steel and cast iron, depending on the electrode type.

Welding Characteristics:

Different electrode classifications offer varying features, such as penetration depth, ease of use, and weld bead appearance. For instance, E6013 electrodes are known for their smooth and easy-to-handle arc, making them popular among beginners and for general-purpose welding.

Storage and Handling:

Proper storage and handling of mild steel electrodes are important to prevent moisture absorption by the flux coating. Storing electrodes in a dry environment and following manufacturer guidelines for re-drying, if necessary, help maintain their welding performance.

Mild steel welding electrodes are fundamental tools in the welding industry, catering to a wide range of applications and skill levels. By selecting the appropriate electrode and employing proper welding techniques, welders can achieve consistent, reliable, and structurally sound welds on mild steel components.

Products Details

BRAND & CLASSIFICATION


CHARACTERISTICS

RANGE OF WELD METAL CHEMISTRY & ALL WELD MECH. PROPERTIES

CURRENT
RANGE (AMPS)

MAGNARC-76

BIS    :  IS 814

EB  5426 H1X

AWS  :  A-5.1

      E    7016

A basic coated hydrogen controlled all position electrode for the welding of mild steel, medium tensile and low alloy steels. Gives radiographic quality welds. Suitable for depositing buffer layer before hard facing, repairs in cast iron, boilers, pressure vessels, ship building, joining mild steel to cast iron etc.,

APPROVALS: BIS

C  :   0.8%Max

Si  :   0.50%Max

Mn :  1.00 -1.60%

S   :   0.03%Max

P   :   0.03%Max

          YS : 480N/mm2

        UTS  :  590 N/mm2

Eln. : 26%

Impact :           

(CVN) at             

-30°C :  80J

2.50 : 80 -100

3.15 : 110 -140

4.00 : 140 -190

5.00 : 190 - 250

6.30 : 250 - 340

DC ± /AC (70V)

MAGNARC- LH

BIS:  IS 814

EB  5426 H2JX

AWS:  A-5.1

           E 7018

A basic coated hydrogen controlled all position electrode for welding heavy joints under restraint and subject to dynamic loading. Suitable for welding low alloy steels, bridges, boilers, pressure vessels, ship building, rail coaches etc., Gives radiographic welds and 110-125% effective electrode efficiency.

APPROVALS: BIBIS

C  :   0.08%Max

Si  :   0.50%Max

Mn  :  1.00 -1.60%

S  :   0.03%Max

P  :   0.03%Max

YS  : 480N/mm2

UTS : 600 N/mm2

Eln. : 26%

Impact :             

(CVN) at           

-30°C :  100J

2.50 : 80 -100

3.15 : 110 -140

4.00 : 150 -  200

5.00 : 200 - 250

6.30 : 250 - 340

DC ± /AC (70V)

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