Welding Electrode

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MOQ : 10 Boxes

Welding Electrode Specification

Operating Voltage
60-80 V

Operating Temperature
1200C - 1500C

Composition
Iron, Manganese, Carbon, Trace Elements

Application
General Purpose Welding, Fabrication, Structural Welding

Material
Mild Steel

Diameter
3.15 mm

Flux Content
Rutile-Based

Melting Point
Approx. 1500C

Coating
Flux Coated

Length
350 mm

Welding Current Range
90-140 Amps

Thermal Conductivity
Standard for Mild Steel

Packing Type
Vacuum Sealed Box

Tensile Strength
430 MPa

Shelf Life
12 Months

Storage Condition
Dry, Moisture-Free

Polarity
AC/DC

Welding Electrode Trade Information

Minimum Order Quantity
10 Boxes

Supply Ability
10000 Boxes Per Day

Delivery Time
1 Week

About Welding Electrode

By keeping track with the market developments, we are occupied in providing an extensive range of Welding Electrode that is high in demands. This product is designed and developed by our vendors using latest tools and technology as per the set industry norms. To make sure its high quality and durability, this product is stringent tested as per set industrial standards. Offered Welding Electrode is recognized for compact design, light weight, rust resistance, perfect finish and longer functional life.

Reliable General-Purpose Welding Solution

Crafted for versatility, these welding electrodes are suitable for general welding, fabrication, and structural projects, delivering robust mechanical properties. The rutile-based flux coating provides excellent arc stability, while the 3.15 mm diameter ensures compatibility with standard welding machines. Optimal for both industrial and domestic uses, their reliable build guarantees consistent results across different environments and joint configurations.

Strict Quality and Storage for Peak Performance

To maintain operational efficiency and longevity, these electrodes should be stored in a dry, moisture-free space. Vacuum-sealed packaging protects the flux coating and ensures electrodes remain effective throughout their 12-month shelf life. Following recommended storage practices preserves their performance and prevents issues such as porosity or unstable arcs during welding operations.

Safe and Efficient Welding Process

These electrodes are designed for use with both AC and DC welding machines, operating best within a voltage range of 60-80 V and temperatures from 1200C to 1500C. Their iron, manganese, and carbon composition offers high tensile strength and consistent fusion, making them ideal for demanding fabrication and repair tasks. Their standard thermal conductivity and flux content streamline workflow and reduce post-weld processing requirements.

FAQ's of Welding Electrode:

Q: How should I store these welding electrodes to ensure their effectiveness?

A: To maintain effectiveness, electrodes should be kept in a dry, moisture-free environment and stored in their original vacuum-sealed box. Avoid exposure to humidity, as this can compromise the flux coating and welding performance.

Q: What is the recommended welding process for these electrodes?

A: For optimal results, operate these electrodes within a current range of 90-140 Amps and a voltage of 60-80 V, using either AC or DC welding machines. Preheat the workpiece if necessary and hold a steady arc to ensure smooth fusion.

Q: When should I replace or avoid using an electrode from the box?

A: If an electrode shows signs of moisture contamination, physical damage, or is beyond its 12-month shelf life, it should be replaced. Using compromised electrodes can lead to weld defects and reduced joint strength.

Q: Where can these electrodes be applied most effectively?

A: These welding electrodes are ideal for general purpose welding, fabrication, and structural welding on mild steel components. They are suitable for use in workshops, construction sites, and various fabrication industries.

Q: What are the key benefits of using these rutile-coated electrodes?

A: Rutile-coated electrodes provide excellent arc stability, easy slag removal, minimal spatter, and high weld strength. Their vacuum-sealed packing and robust mechanical properties ensure consistent, dependable results for a variety of applications.

Q: How does the electrode composition affect the welding performance?

A: The iron, manganese, and carbon composition, along with trace elements, enhances tensile strength and ductility, leading to sound structural welds. The rutile flux promotes a smooth bead appearance and efficient arc control.

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