Many people think that manufacturing is dead or that it has all been outsourced to foreign countries. However, that is not the case. In many industrialised countries, manufacturing has actually increased over the last few decades. However, due to improvements in processes, more advanced machinery and even the rise of artificial intelligence, a lot of manufacturing is no longer done by a human. However, it's still critical. If you are a consumer, a product developer, or even someone who works in the industrial and manufacturing industries, check out these posts. They explain and explore a lot of the reasons why manufacturing is still important and arguably more important than it has been in years.
Piling contractors play a critical role in the construction industry, as they lay the foundation for the
Are you looking for a way to enjoy your outdoor space even more? A stainless steel outdoor BBQ could be j
Metal roof flashings are essential components of any metal roofing system, playing a crucial role in prot
The advantage of made-to-measure steel posts is that they can be cut to fit any space you need them to go
Metal laser cutting is one of the best ways to machine products with faster turnaround times, lower costs
Sheet metal fabrication involves using a range of different techniques to make sheet metal products. Once sheet metal parts have been formed, they will need to be joined together through the welding process. There are several welding techniques that can be used by sheet metal fabricators. One of them is oxy-acetylene welding. As the name implies, this welding technique involves the use of an oxy-acetylene torch to apply intense, localised heat to metal workpieces that need to be joined together in a slow, linear manner.
The following points will explain to you why oxy-acetylene welding is still one of the most popular techniques for welding sheet metal parts despite being available for industrial applications for quite a long time:
It is easy to employ.
One of the major reasons why a lot of sheet metal fabricators favour the use of the oxy-acetylene welding is because it is an easy-to-learn technique. The oxy-acetylene torch used to fuse sheet metal parts can be adjusted to regulate gas flow so that the temperatures required to melt the metal can be attained easily. Hence, there's no shortage of welders that can perform the welding job skillfully.
It is relatively cheaper compared to alternative welding techniques.
As with any other metal fabrication process, the cost is an issue. Sheet metal fabricators that are working on a tight budget prefer the use of oxy-acetylene welding because it is relatively cheaper when compared to other welding techniques like Tungsten Inert Gas (TIG) welding. It should, however, be noted that sheet metal fabricators may end up compromising the quality of welds by not opting for the more expensive welding techniques, as it is often said, "you get what you pay for."
It can be used in different environments.
Unlike other welding techniques like Metal Inert Gas (MIG) welding that can only be used in indoor environments, so as to shield molten metal welds from reacting with oxygen present in the atmosphere, oxy-acetylene welding can be employed practically anywhere, including outdoors.
The welding equipment is more portable.
In sheet metal fabrication jobs that require the use of portable welding equipment, oxy-acetylene welding is an appropriate choice of working technique. Generally speaking, the equipment required for oxy-acetylene welding is more portable when compared to most other types of welding equipment like TIG welding rigs.
If the above-discussed benefits match your requirements, then you should consider using oxy-acetylene welding for your sheet metal fabrication jobs.
Share