Carbondioxide (CO2) Welding:

Terms and Definitions:

CO2 Welding is defined as the type of welding where the we wind the welding wire into a coil and is placed into the welding torch automatically with the help of a motor. When electricity is supplied to the tip of contact of the welding wire, it acts like and electrode and strikes a spark between the base metal and itself. It is also called Metal Active Gas (MAG) welding

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Advantages

• Good Mechanical Properties
• Economical
• Large Deposition Rate and Deeper Penetration
• Lesser Slag

CO2 Welding is used for welding thick materials.

MIG Welding:

Metal Inert Gas Welding is defined as the type of welding process where a continuous solid wire, which is inert in nature, acts as an electrode. This is heated and placed in a weld pool using a weld gun. This causes two base metals to melt and form a joint. A shielding gas is released along with the electrode during the process to protect from airborne contaminants.

Advantages

• Higher welding speed
• Greater rate of deposition
• Less clean up required post welding
• Can be easily automated
• Ultra low hydrogen process

MIG Welding is usually used for welding sheet metals in automobiles and domestic industries.

TIG Welding

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Tungsten Inert Gas (TIG) Welding is defined as the type of welding process where a non-consumable tungsten is used as an electrode for welding. A cover gas like Argon/Helium is also used to prevent the welded area from atmospheric contamination.

Advantages

• No slag problems
• High quality and strong welding observed
• Non-corrosive and ductile joints
• Suitable for welding very thin sections

TIG welding is used to weld steel, stainless steel, chrome alloys, aluminium, nickel alloys, magnesium, copper, brass, bronze, and even gold. TIG welding provides services to wide range of industries like, aerospace, automobile, aircraft etc.

Ultrasonic Welding:

Ultrasonic Welding is the type of welding process used mainly for thermoplastic injection moulded products. Here, mechanical vibrations of frequency higher than audible waves is used to soften the joining lines of the molded products and hence welded together. We help in the design considerations required for services like these.

Advantages

• Time saving higher production rate
• The bonds produced are high quality and with a clean tight seal.
• Extremely safe
• Can be easily automated.