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About Us

We are the Authorized Dealer for ESAB Welding Products since 1991. We are one of the leading suppliers for

Welding Electrodes, Welding Machines, Gas Cutting Equipment and other accessories to various government

department and manufacturing industries (Automobile, Foundry, Engineering, Gas etc) from Chennai office

across India


“Build trust with customers and experience the best”. 

Trust = Long term relationship with our customers, supply genuine products within given time

Experience the best = try offering best products


We always believing in the long-term strategic relationship with our customer and offer best quote in this

competitive market.

About ESAB

ESAB is a world leader in the production of welding and cutting equipment and consumables. Our innovative, world-renowned equipment

and solutions are developed with input from our customers and built with the expertise and heritage of a global manufacturing leader.

The ESAB brand is synonymous with world leading expertise in the following key areas:

  • Manual welding and cutting equipment

  • Welding consumables

  • Welding automation

  • Mechanized cutting systems

For each discipline, continuous development of methods, materials and know-how is being directed to meet the challenges posed by the

diversity of industry sectors we serve. ESAB is organized to deliver efficient, high-productivity solutions to meet customer requirements in

a manner that exceeds their expectations no matter the market segment. ESAB offers a world of products and solutions for virtually every

welding and cutting process and application. We serve industries that serve the world, including:

  • Automotive

  • General fabrication & civil construction

  • Pipelines

  • Pipe mills

  • Power generation

  • Process industry

  • Repair & maintenance

  • Shipbuilding & offshore

  • Transport & mobile machinery

Our Services

Our Products

Welding is a fabrication process that uses high temperature to melt and fuse two pieces of metal together. The process of welding does not merely bond the two pieces together but through the use of excessive heat and in some cases other metals or gases are added which makes the metallic structure of the two pieces of material to join together.  Welding can be applied in different kinds of industries such as; building and construction, oil and gas, marine, power generation, automobile and transportation. Materials commonly welded are metals; such as Aluminium, Iron, mild steel and stainless steel. There are different energy sources that can be used during the process of welding. These include a gas flame, an electric arc, laser, an electron beam, friction, and ultrasound

Welding Consumables

ARC Welding Equipment

Gas Equipment


In Welding, substances called filler materials or consumables are used. As the name implies, these substances provide a filler or a body of molten materials that provides a strong bond to be formed between the base metals used. Most welding processes will also require some form of shielding to protect both the main components and filler from being oxidized during the process.

Metal parts that are joined during welding are called the parent material. Consumables are the material added to help form this joint. The form of these materials may see them referred to as parent plate or pipe, filler wire, consumable electrode (for arc welding), etc.

Using the correct consumables or filler material in welding brings about a strong bond between the two metals involved. These are one of the four most important components involved in welding, others include, the metal to be used, the source of heat, and the shield from air. The consumable is added to the point that is to be linked together to form a single piece of metal when the metal is heated to its melting point while being shielded from air. In arc welding, consumable does not only act as a filler during the heating but also helps in stabilizing the flame.


The type of consumable used during welding depends on the nature of the job intended. Electrodes draw the necessary energy in order to perform welding applications. Consumables includes

  • Stick Electrodes

    • Stick welding requires a lot of skill and also some know-how about stick electrodes (also called welding rods). There are different types of stick electrode, some of them includes (According to the American Welding Society); The E6010, E6011, E6012, E6013, E7014, E7024 and E7018 electrodes. Variables such as storage techniques, electrode diameter and flux composition all contribute to stick rod selection and performance, with basic knowledge one can minimise difficulty which will ensure better outcome in the welding processes.​

  • Fluxes

    • Flux is commonly used to produce a shield of gas around the weld pool to prevent oxidation of the hot metals. Flux typically acts as a deoxidizer preventing the formation of porosity in the weld pool. Flux and filler metals together are known as welding consumables. When an arc is struck, the flux burns and produces a series of complex chemical reactions. As the flux ingredients burn in the welding arc, they release shielding gas to protect the molten weld pool from atmospheric impurities. When the weld pool cools, the flux forms slag to protect the weld metal from oxidation and prevent porosity in the weld bead. Flux also contains ionizing elements that make the arc more stable (especially when welding with an AC power source), along with alloys that give the weld its ductility and tensile strength. Some electrodes use flux with a higher concentration of iron powder to help increase deposition rates, while others contain added deoxidizers that act as cleaning agents and can penetrate corroded or dirty workpieces or mill scale.​

  • Flux cored wires

    • There are two types of flux-cored wires — gas-shielded and self-shielded. Gas-shielded flux-cored wires require external shielding gas, and the slag is easy to remove. Consider using gas-shielded flux-cored wires when welding on thicker metals or in out-of-position applications. Gas-shielded flux-cored wires have a flux coating that solidifies more quickly than the molten weld material. As a result, it creates a shelf to hold the molten pool when welding overhead or vertically up. Self-shielding flux-cored wire does not require external shielding gas because the weld pool is protected by gas generated when flux from the wire is burned. As a result, self-shielding flux-cored wire is more portable because it does not require an external gas tank. This has a larger ball type transfer and produces low spatter levels, it also produces a rounder penetration profile with excellent side wall fusion. Flux cored wires is wasted during the course of welding because it does not form part of the final weld.​

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