Welding is a process where high heat appliances are used at joints or ends of metals or few plastics to connect them. This is done by melting them slightly and fastly enough to connect them. Welding gases create this heat through a flame. Different gases or combinations of gases create different flames varying in their heat and power.

Different types of welding gases work differently on various metals. One can choose inert gases or reactive gases for this purpose since they both react specifically with the provided metals to create either a melting effect or otherwise. These gases can also usually keep the welding clean and pure by removing dust particles nearby. It is necessary to choose the most appropriate gas since it determines how much splatter could arise while welding. This splatter is a lot to clean and is also counterproductive to the whole process since it wastes a lot of the metal during the process.

What are gases used for?

Such gases are used for four different purposes in the process of welding as follows:

  • Shielding: The primary problem that welders face is air bubbles forming within molten metal, creating frail links and uneven welds. The filler material being used must essentially be flux-cored, or flux coated to form the perfect weld for the metal. This is replaced using shielding gases which keep out the impurities and result in the welding process remaining stable under critical conditions. Common examples of these gases are Argon, Helium, And Carbon Dioxide.
  • Purging: A purging gas is quite similar to that of shielding gas; the only difference is that it is applied on the underside of the weld, typically for welding stainless steel and is done by sealing the underside and blowing the gas over it. The top of the joint being weld is then processed by sealing off the bottom and is done separately from the natural process of the weld. Nitrogen is one of the most widely used purging gases.
  • Blanketing: The next type of gas is blanketing gas. This isn’t as common as the previous two gases and is done to ensure that the weld processed will not be stained or adulterated post-processing. The gap around the weld is filled with gas to remove any airborne contaminants. In most cases, the finished product is placed in a gas tank and sealed to ensure complete protection. Blanketing uses dry inert gases like Nitrogen and Carbon Dioxide as well.
  • Heating: The final type of gas is called a heating gas used to increase the heat of the reaction on the filler paraphernalia.

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One important thing to note here is that this requires a reactive gas. The need for an arc dissipates when the gas itself supplies the heating prowess. This is common in many welding scenarios and is done as a pre-heating process. Propylene, Hydrogen, and Acetylene are some examples of heating gases.

It becomes important to use welding gases to achieve maximum efficiency during the welding process. Several gases can achieve the same, and it becomes difficult for those that aren’t aware of the industry standard to choose the perfect method.

Over the last century, these gases have become a very common commodity in most workshops and as such, there is a need to be informed about such gases. These gases are an essential aspect of the process, and knowing the different purposes of gases will go a long way in ensuring welds are of maximum efficiency and effectiveness.

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Steffy Alen is a copywriter and content strategist. She helps businesses stop playing around with content marketing and start seeing the tangible ROI. She loves writing as much as she loves the cake.