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Oxy-fuel cutting and oxy-fuel welding can be described as the processes of using oxygen and fuel gases to either cut or weld metals. There are some striking differences between these two processes. In the first process, a cutting torch is made use of for heating ferrous metal to a temperature of around 980 degree Celsius. An oxygen stream is being trained on a hot metal that combines with iron chemically which later flows from the kerfs, or cut in the form of slag of iron oxide. In the second process, a ‘welding torch’ is made use of for welding metals.

Torches that burn the inside fuel with air (atmosphere) cannot be termed as oxy-fuel torches. They stand out owing to the use of single tank. This is because oxy-fuel cutting/welding requires oxygen, fuel, and two tanks. It’s not possible to melt some of the metals with single-tank torches. Hence, these torches can be used for brazing and soldering, but not for welding. A metal-cutting torch is better known as hot blue spanner, blue wrench, hot wrench, smoke wrench, and gas-axe.

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Types of Torches: The torch can be defined as the part held and manipulated by the welder to get the weld made. It possesses a valve and connection for oxygen and the same things for fuel gas, a handle to obtain the grip, an integrating chamber (angularly set) where there occurs a mixing of oxygen and fuel gas, with a tip where formation of flame takes place. The fuel gases used along with oxygen include propylene, propane, hydrogen gas, MAPP gas, Liquefied Petroleum Gas (LPG), and the most widely used is acetylene.

Injector Torch: It can be defined as an archetypal oxy-fuel torch, also known as an equal-pressure torch. It carries out the mixing of mere two gases. The injector torch operates in such a way that high pressure oxygen comes out of the tiny nozzle present in the torch head, and the fuel gas gets dragged towards it via the venturi effect.

Rose-bud Torch: The use of this torch is to carry out the heating of metals for straightening, bending, etc. It is generally used where a huge area requires heating. It produces a rose-bud shaped flame at the end, hence the name. This torch can carry out the function of heating small areas like rusted bolts and nuts as well. However, here, filler rod won’t be used with torch.

Cutting Torch: The head of the cutting torch is used for cutting metal. Its identification details are as follows: The inside of the torch consists of a combination of oxygen and acetylene. It helps in producing flame of a high temperature. It consists of 3 pipes going to a nozzle at 90 degree. It also contains an oxygen-blast trigger which blasts away the material during its cutting by the way of providing oxygen.

Welding Torch: The welding torch consists of either 1 or 2 pipes running towards the nozzle without oxygen-blast trigger. As the name suggests, it performs the function of welding.

how to cut metal with an oxygen and acetylene torch. This is just a basic overview of how to use an acetylene torch to cut metal. cutting 1/2 inch steel with a torch and also how to pierce metal with the torch. This is a cheap harbor freight welding torch

More Acetylene Torch Articles

The Advantages of Laser and Welded Fabrications cutting services

There has been a lot of innovation in the field of laser and welded fabrications. In fact there are so many tools that it has become quite easy to fabricate a variety of metals and materials. Laser cutting is one of those technologies introduced to make your fabrication job easy. It refers to a specialized kind of cutting that is ideally suited for fabricating large or small metal plates or sheets. This kind of profiling sheets or metal plates are done by using electronically controlled CNC technology. This technology makes sure that each cutting effort is programmed to make sure that there is greater accuracy and very less wastage.

The Uses of Laser and Welded Fabrications

Laser cutting technology is used for fabricating a variety of materials like stainless steel, aluminum, copper alloys and carbon steel. This method is quite widely used in the metal fabrication industry. This technology is also used for increasing productivity levels; reduce wastage, increased cutting capacity and speed. At the same time laser and welded fabrications are used for reducing the cost of production and enhance the quality of cutting.

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The Fabrication Process

There are different types of lasers used in the cutting process. The most commonly used laser cutting tool is the CO2 laser which is used for cutting metals as well as for welding. This laser has the capacity of cutting twenty to thirty metal sheets of 1mm thick within a minute

It is the required thickness that determines how many times you can pass the sheet metal through the rollers in order to flatten it. Since these rollers require a great force to flatten the metal.

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The Benefits of Welded fabrication

Laser and welded fabrication technology is used for making security doors. When looking for these doors it is important to choose a fabricating company that offers a range of welded fabrication products that are not only attractive but also very safe. Welded fabrication is also used for making window grills for your home.  Likewise this technique is also used to manufacture gates according to your specifications. Finally, laser and welded technology offer the ease of cutting and at the same time improve the quality of the finished product.

Plasma cutter is quite user-friendly instrument to engrave steel and other metals. Generally, these machines work by making use of a high-voltage electrical arch and a condensed gas such as air.  An electrical arch made by an inner electrode ionizes gas going through a nozzle, making a strong arch of plasma at the tip of the cutter. This arch makes contact with the working facade and makes a high heat trail that dissolves a part less than 1.6mm thick.

The power of the plasma flows and then exactly puffs out the liquefied part on the work portion, making a moderately spotless cut with modest or no slag.  Lightweight and moveable plasma cutter utilizes 110 voltages with a productivity of approximately 12-35 AMPS. To make their usage easier, these machines regularly features with aboard air compressors. Big machines are 220 volts format with a productivity of 50 to 80 amps.

Hand-held devices can be utilized to slice any metal up to1.25cm whereas industrialized plasma cutters are able to slash through 5cm of metal. When you use this machine, the face of the metal outer of the engraving area stay moderately cool and it is one of the major benefits of utilizing a plasma cutter. This also stays away from the twisting and paint harm that can take place if you use other flame machines.

Cuts that are made by these machines are comparatively faster than conventional torches. Furthermore, they are not depending on highly-inflammable gases. There are lots of plasma cutters available that work superiorly like gougers and they can slice metal much faster with accuracy.  Their consumables such as electrode and nozzle occasionally need repeated replacement that adds little extra cost to the operation but drastically improve the productivity.

Non-conductive substance such as timber or synthetic cannot be slice with this machine. There are lots of factors to think about when you are selecting a plasma cutter.  The first and most important thing is the thickness of your material that is being engraved most often in your business. The best and common rule is to pick up a plasma cutter that is able to engrave twice of your standard cutting thickness. You may think that you are buying the thing which is more than your requirements because it seems like that but  it will offer you with the competence to slice thicker metals when required, and give you superior quality with high accuracy engraves.

The quality of the component and the time used up in secondary functions on clean-up are eventually affected by the quality of the slash that is on the finished portion. Modern accuracy plasma techniques make a taut focused arch giving a fair, smooth and instant cut with contracted kerfs, as nearer to laser quality engrave metals as achievable.

Related 110 Mig Welder Articles

Blacksmiths create products from metal. They use iron (or the derivative, steel) which they warm up inside a forge up to the point it is hot enough to work with hammers, chisels and anvils. Blacksmiths make goods such as horseshoes, candlesticks, swords, wrought iron gates, leaded porches, railings, sculpture, tools plus more !.

The expression ‘blacksmith’ originates from the activity of ‘smiting’ iron (the ‘black metal’). Iron is called the ‘black metal’ because it goes black if heated in a fire. The ‘smith’ bit originates from the word ‘smite’ that means ‘to hit’. Therefore, someone who hits iron for a job is a blacksmith.

In fact, blacksmiths also make use of other metals too including copper, bronze, aluminum, brass and titanium, particularly for artistic items. Wrought iron is the purest form of iron, and steel is a mixture of iron and between 0.3% to 1.7% carbon by weight. The more carbon the iron has got, the harder it can be made.Cast iron features between 2.0% to 6% carbon by weight and it is brittle.

Blacksmiths sculpt, weld, heat-treat and finish the metal to get it to the condition they’re aiming for. When the metal is put in the flames, it glows red, followed by orange and yellow which is the best point for the blacksmith to work it. Leaving the metal to keep heating will result in it glowing white and then melting. To create the final item, the blacksmith will use an assortment of the forging processes which are bending, shrinking, punching (making holes and depressions), drawing (lengthening the metal) and upsetting (making the metal thicker in one dimension by shortening it in the other). Welding is used to join two or more pieces of metal together. Finishing can involve polishing and brightening the metal with a wire brush or sandpaper or smoothing burrs and unnecessary sharp edges using a file.The metal could also be finished with paint, oil and wax.

A blacksmith is extremely skilled. They must be aware of the properties of each and every metal they’re using and be able to work speedily before the metal cools down too much.Most of the techniques require good hand-eye coordination and years of practice to perfect.

The very best blacksmiths in the world contend annually in The World Championship Blacksmiths’ farrier Competition in Calgary, Alberta.The best entrant is crowned The World Champion Blacksmith.

Local blacksmiths used to be more common in the days when many people got around using horses. However, it is very important help any nearby blacksmith because it would be incredibly depressing to see the industry die out. Buying a hand-crafted candlestick from a blacksmith is far nicer in comparison with having one that is mass-produced which a great many other people have. Commissioning an outdoor trellis or metal staircase means that you can have a custom piece of work that can last a lifetime and you will be supporting the local economy too, so why not see what your local blacksmith can do for you.

So What Are Some of the Applications For the Gas Tungsten Arc Welding Process?

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Home Page > Home Improvement > Construction > So What Are Some of the Applications For the Gas Tungsten Arc Welding Process?

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So What Are Some of the Applications For the Gas Tungsten Arc Welding Process?

By: Jennifer Jenkins
Posted: Jan 04, 2011

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So what are some of the applications for GTAW?
Obviously, this process is used for a wide variety of applications where the parts are made out of non-ferrous metals. Maintenance and repair is done by both manual and automatic methods of Gas Tungsten Arc Welding. From stainless to titanium, aluminum, inconel, monel, cobalt, magnesium, hastalloy, you name it, and it can probobly be welded with TIG.

It is appropriate for welding of pipe and tubing in all positions. The excellent control of heat input gives maximum penetration while preventing melt-through on the root (first) pass. A lot of times a procedure is used where the root pass is welded with the GTAW process and then completed with Shielded Metal Arc Welding, Gas Metal Arc Welding, or flux Cored Arc Welding. This is used to obtain a high quality, low cost weld.

Consumable inserts are sometimes used in critical service applications. These inserts reduce porosity when alloyed with deoxidizers, improve the contour of the underside of the weld, and minimize cracking in the weld. On thin pipewall (depending on the base metal) , complete fusion is obtained without the use of filler metal. Filler metal , is used with thicker sections in order to fill the joint. Pulsed current may also be used.
Automatic circumferential or orbital Gas Tungsten Arc Welding is also used to weld pipe and tube.
Power piping, Air piping, Refrigeration piping, Chemical industry process piping, and Nuclear power piping are some of the different industries that apply the Gas Tungsten Arc Welding  process for welding pipe and tubing. Vacuum jacketed piping and pressure piping are a couple of cases where critical welding is required.

Nuclear Power Facilities :

Critical welding in the construction and repair of nuclear power facilities is required. Both manual and automatic methods are employed for many nuclear applications because of their precise control of the welding.
Pressure Vessels, Boilers, and Heat Exchangers :
Gas Tungsten Arc Welding has a wide range of applications in  the pipe and tube industry for the welding of pressure vessels, boilers, and heat exchangers. It is employed where full fusion welding is made from one side, without the use of permanent backing rings, and on girth butt welds with a smooth internal contour. Adequate mechanical strength and corrosion resistance for a particular service encountered can be obtained by choosing the correct filler metal and welding conditions.

Aerospace :

The Gas Tungsten Arc Welding process is the major welding process used in the aerospace industry. Aircraft, spacecraft, and launch vehicles are a few of what’s included in this industry. Some of the metals welded include aluminum, nickel, stainless steel, magnesium, and super alloys. Both the manual and automatic methods are employed in this industry. Pulsed current is also used extensively in this industry. Just about all critical welds made in this industry are done by TIG and a highly skilled welder.

Ships :

The Gas Tungsten Arc Welding process is applied in the ship-building industry because different materials like aluminum, molybdenum, and stainless steel are used. There is a lot of applications in this industry for the welding of stainless steel and aluminum.

Transportation :

The Gas Tungsten Arc Welding process is used somewhat in the automotive and railroad industries. It is used mainly for the welding of non-ferrous metals, maintenance, and for small components. Fabrication of aluminum fuel tanks is one application used in this industry.
In the railroad industry, several of the interior components are made of aluminum, stainless steel, monel, and copper are sometimes welded by this process. Some maintenance and repair of passenger trains is also performed.

Another area of use for this process is contractor work. If you have the equipment and skill you can charge anywhere from – 5 per hour. I personally know a person who’s company charges per hour for TIG aluminum jobs and he gets it. If you don’t have the equipment, you could always try to go to work for a contractor. TIG welding is a very rewarding profession, and they always need skilled welders.

So my advice to you is, if you want to be a TIG welder, get some training ( I recommend The Hobart Institute of Welding Technology in Troy, Ohio ) They’re the best! Maybe, if you could afford it,  get a certification in GTAW while you go to school there. Apply yourself, and learn as much as you can. Then be aggressive, and go out there and get a job in the TIG welding industry. Make sure to keep your attendance perfect, if at all possible. Employers want you to come to work and be on time. If you do this you’ll be on your way to an interesting and fun career that is rewarding.

Jennifer Jenkins

 

 

 

Jennifer Jenkins – About the Author:

Jennifer Jenkins is an expert in many niches. She would like to invite you to visit another one of her and husband Ralph’s many websites. If your interested in earning extra cash while working at home, then go to http://www.free9fastcashvideos.com and sign up to get your FREE membership and a totally FREE 9 video course on how to start an Internet Marketing business.

Source: http://www.articlesbase.com/construction-articles/so-what-are-some-of-the-applications-for-the-gas-tungsten-arc-welding-process-3967313.html

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Article Tags:
gas tungsten arc welding, gtaw, non ferrous metals, arc welding, welder, stainless steel, applications, pipe and tubing, nuclear power, filler metal

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More Welded Rings Articles

It is obvious that Arc welding is considered as the major and an essential part of all the industries involved in designing and infrastructure. But what arc welding is? It is a process of fusing two metals by applying intense heat. This welding type used welding power supply in order to create an electric arc between base material and electrode. And, the final product that develops contain all the properties, just as in metals. The term arc welding is named because the heat that is used during the process of melting the metal at the juncture of joining is caused by an electric arc. With the help of a mechanically guided electrode, carrying the current between tip and the joint leads to cause of electric arc. Listed here are some of the arc welding tips and techniques for the beginners.

- Safety Precautions
Remember that before commencing with any of the welding methods, you need to adopt proper safety precautions. During welding harmful UV rays and sparks are produced that can damage eyes and skin, so it is important to wear safety glasses to get rid of any kind of damage. Also, wearing helmets during arc welding is mandatory. After all, self protection is a must to reduce risk of fire accidents and electric shocks. So before starting with arc welding, make sure that you have every safety gear ready with you.

- Rod and Arc Setting
This is the one of the most crucial and important parts of this procedure. And, if you are starting with this welding type for the very first time then it is better to do it on a rusty metal work as it is much more tolerant to the rusty surfaces. Also, make sure that your current setting should be in the correct position. And, if you are making use of 2.55mm rods, then make sure to use only 80 amps current supply. Also, polarity settings have to be adjusted. Polarity setting is done in such a way that the rod is positive and the earth is negative.

- Arc Welding Process
At first you need to turn on the welding machine. An electric arc is being generated when the welding rod comes in contact with the juncture of fusion. Generally, Tap Starting and Scratch Starting, are used for the process of electric arc generation. In Tap starting method, an electrode is used to tap on the work that removes excessive flux from electrode tip, which meanwhile creates an electric contact to generate the arc. While in scratch starting method, the rod is made to scratch against the surface of the work slightly and as the spark is generated, the rod can be lifted off. Also, remember not to put extra pressure in the method, because through this the rod might get stuck to the work medium.
Stick welding is known as the process that makes use of a covered electrode called stick. Also, known as Shielded Metal Arc Welding or SMAW, stick welding is the most widely used method today than other welding methods. But, now the question is how do they work?

The equipments used:

Stick welder contains circuitry inside the machine, which enables to carry a specified amount of voltage, therefore creating an arc. And, this is the reason why these welders are sometimes referred to as ARC welders. Totally relying on the application as well as on the machine, the current can be either alternating or direct current. The circuit board, which is present inside the welder enables it to ground the negative to the positive by creating heat without burning the electronics.

Shielded Metal Arc Welding (SMAW)

The welding procedure with the help of stick is called shielded metal arc welding or SMAW. The welding stick is a metal, which is coated with a flux material that burns off when the arc is struck, thereby creating a gas that protects the weld created. This type of welding is the most preferred method for the purpose of large metal structures like building framework, etc., because of its versatility and penetration ability. Although, today, other welding process like Flux-cored welding, or wire feed, is gaining more popularity, but stick welding still dominates the field.

The Weld:-

Factually, there are two types of leads that occurs in a stick welder. One lead is the negative clamp, and the other is the positive lead. In positive lead, the consumable metal stick is placed, while the negative lead is clamped on to the metal that is to be welded. During the process, when positive lead containing the stick comes in contact with the metal, an arc is created that further burns into the metal surface. Throughout the arc burning process, the stick is also burned, which thereby creates the weld. And, this is why welding is considered different than that of soldering process.

Safety Measures

While getting indulged in the process of welding, it is imperative to consider certain safety precautions to get rid of the risky environment. Always make sure to wear a welding hood when striking an arc. It is known that harmful UV rays are produced during the welding that can lead to burn in the eyes, so it is advisable to wear suitable goggles during welding. Also, wear leather welding gloves and a long-sleeved leather jacket, as well as heavy footwear and jeans. Remember, to remove all the inflammable materials from the work area before welding. So, consider the safety measures in order to get clean and successful welding.

This video is about the superior quality and ease of use with the Vyking cutting tools, grinding tools, drill bits and welding rods. The items are available in Jameson’s Hardware Supermarket in Makassar. Jln:Dr.WSHusodo 147-149 Makassar Telp: +62411317198 E-mail: jamesons.mks@gmail.com Fax: +62411310913

The average person’s impression of how metal is welded is that you simply fire-up a blow torch and run it along the edge of a metal seam to weld it together. Or they probably think you can just run that same torch across any kind of metal and cut through it, like in the safe-cracker movies. But the reality is that professional welding actually involves some fairly extensive knowledge, and is somewhat of an art form that takes many years of experience to master. Even so, if you are wanting to learn, you can start with a few simple techniques. Once you’ve mastered the basics and have a beginner’s idea, you can then move on to the more complicated skills that take longer to master.

Safety Precautions

Before you ever start any project, always think about safety precautions first. Equipment and supplies can be replaced; you cannot be replaced. You may think that getting burned is the worst thing that can happen in a welding accident. However, damage to your eyes can occur from the intense light that comes from the process. Some metal welding techniques make use of high voltage electricity to create a weld, which always raises the possibility of electrocution or death if the you are careless. As you start any welding project, be sure to wear a proper helmet to protect your eyes, head and hair. And don’t forget protective gloves and clothing. Lastly, be sure to read and follow all safety precautions written by the manufacturer of the particular metal welding equipment you are using.

Oxy-Acetylene Welding (also known as Oxyfuel Welding)

This is the type of welding that the average person is most familiar with, and which is often casually described as a “blow torch”. However, even though oxy-acetylene welding is the most commonly-known type, it is actually the least used technique among professionals. On the upside, it is less complicated and less expensive than other types of welding. However, oxy-acetylene is less common nowadays because it is less accurate, doesn’t produce a weld bead as cleanly as other methods and can result in weaker weld joints due to the slower cooling time it involves compared to other welding techniques. Even so, if you are interested in learning how to weld metal, you may want to practice oxy-acetylene welding in addition to other types of welding. It will be a handy skill to have because it’s the best type to use on certain common welding projects, such as pipes or tubes, and when you have to use welding equipment to do repairing, bending and cutting.

Arc Welding

The most common technique used these days is “Arc Welding”. If you’re learning how to weld metal, you will definitely need to practice arc welding. Rather than using a gas torch, arc welding involves using high voltage electricity passing into the piece of metal. In Arc Welding, a spark (or “arc”) jumping across from one piece of metal to the other causes enough heat to melt metal and form a weld. This process is more desirable in most cases because it is more accurate and produces a cleaner, stronger weld. Within the category of “Arc Welding” there are actually several different methods to choose from, depending on the type of metal welding work you need to do.

Shielded Metal Arc Welding (SMAW) may be best when you have large welds or metal welding in unusual positions, where a rough weld is acceptable. With this method, the electricity runs through an electrode rod (or “stick”) which actually melts, producing the welded joint. On the other hand, MIG Welding, also know as Metal Inert Gas Welding, or Gas Metal Arc Welding (GMAW), may be better if you are involved in a metal welding project that requires more speed. With this welding technique you don’t use rods that you have to keep replacing as they melt. Instead, you use equipment that sends the electricity through a metal tip that doesn’t melt, and a separate piece of continuous wire is fed to the tip which melts and forms the weld. TIG (Tungsten Inert Gas) Welding is somewhat similar to MIG welding, but is better when working with thin materials where you need a high-quality weld and speed is not important. As you learn you will also hear of other methods, such as Flux-Cored Arc Welding (FCAW), Submerged Arc Welding (SAW), Plasma Welding, etc. But don’t worry too much about remembering all of the various techniques. Just focus on one method at a time and get to the point where you are comfortable that you know how to weld with that method before you learn something new.

Other Welding Methods

Although you will primarily be concerned with Arc Welding and Oxy-Acetylene Welding as you learn how to weld, you might hear about other types and wonder what they are, such as Resistance Welding, Energy Beam Welding and Solid-State Welding. Don’t let that overwhelm you right now. Many of those welding methods are primarily useful in large, specialized industrial applications and don’t really affect you as you learn how to weld.

Conclusion

Hopefully you now know a little more about the basic concepts that will be important to you as you learn how to weld. As you can see, although there are numerous methods, each with it’s own unique set of equipment, procedures and purposes, there are actually only a couple of basic methods you need to remember and practice. To get started learning, start practicing with an inexpensive arc welding setup. Get yourself a machine and just start experimenting with it on some scrap pieces of metal (after reading all instructions and taking all safety precautions, or course). Figure out what works, and what doesn’t. You will soon begin to develop a style that is most comfortable for you. Also, get yourself some oxy-acetylene equipment and try that type, too. With a lot of practice, you will become a good novice fairly quickly and will be able to master just about any common project you may encounter.

Related Welding Articles

Metal fabrication welding is an important part of the entire fabrication process of any metal. Due to the use of metal fabricated products in various industry sectors, this type of manufacturing has grown at a fast pace in the last few years. One of the various aspects is the use of robotic welding cell.

This system of using robotic welding technology has made things much easier and cost effective in the metal work as well as reduces costs to compete in an ever growing global market. It is also important for reducing errors or headcount, as is the case with all automation processes. However, there are a few things that are to be kept in mind before going ahead with this technology. This is because it involves huge investments, which would result in huge loss if used in the wrong way.

The first thing that you should keep in mind is to build up a team of trained and experience skilled workforce that has the ability to handle all kinds of related jobs. Indeed, for getting the best, all you have to do is go for some easy programming, simple tooling and straightforward operator training and there you go! You can become the best metal fabrication welding service provider in just a matter of few days.

Nowadays, there is also option of providing customized metal fabrication welding solutions with these automated machines. In fact, some companies have developed their very own robotic welding machines that offer custom results as per the needs of individual industry sector. This also increases the accuracy of the metal fabrication welding products, unlike in manual welding where every product has at least some variations from the other.

Indeed, robotic welding technology helps to increase productivity and reduce costs for creating greater viability in your business. Today, with the enhancement in software support system and expert part design assistance in robotic welding metal fabrication welding has reached new strides.

So, if you are into metal fabrication welding, then it is not a question as to whether you should adopt one, the question rather is when are you going to do it? If you haven’t as yet, then go ahead and get it right away.

Hi I am kyle Arthur expert in metal fabrication welding.

The process of joining metal together in a functional way is called welding. This old and most prevalent way to work with metal provides students with many options for welding education programs and study. Students can enter programs at the vocational level to fully understand the field of welding.

There are numerous methods used to weld metal together and students have the option of choosing programs that cover one major area or multiple areas. A combination program may be the best choice for students who wish to have more career options upon completion. Focused programs are very useful to become highly proficient in one welding technique, which makes students specialized and able to advance within the profession. Some main options available through welding schools and colleges include:

*ARC Welding

This type of welding is the simplest and most used method. Professionals use a general power supply to generate an electrical current that heats and connects two pieces of metal together.

*TIG Welding Tungsten Inert Gas or TIG welding is used to create a very precise weld on all metals. The use of an electrode heats metal while under the protection of a shielding gas, usually Argon, to remove any contaminants from the weld.

Other areas of study can lead students to work exclusively with pipe welding. According to the Bureau of labor Statistics there are over 100 procedures that can be used to weld metal together. This fact alone makes the need for education even greater. When deciding on a vocational college students need to first determine what level of education they want to pursue. Students that want to work through a certificate or associate’s degree program can find many program options in vocational schools.

Welding certificates are usually short and highly specific. Practical training focuses on giving students practice with welding and blueprint reading. Many programs offer students training in pipe welding where they learn the four common welding positions; horizontal rolled, fixed, inclined, and vertical. Students can expect to complete two semesters of introductory welding principles. Maintenance welding, print reading, and arc welding are the prominent areas explored inside a certificate program. Students can pursue more education or enter jobs in industrial technology or at construction companies.

Associate’s degree programs are highly common and the best way to enter the field prepared. Relevant coursework is integrated with many hours of hands-on experience conducting welding projects. The technical, safety, and practical uses of welding are covered as students work through different phases. Students work with one welding procedure and then move on to another one. Many programs have a section where students learn how to use multiple welding practices to connect different structures together.

Both accredited educational options prepare students to work in the industry by providing them with the specific technical skills needed. The American Council for Construction Education (ACCE) can fully accredit qualifying welding training programs that offer the best training. Education is available from many schools and students can begin training once a program is selected.

 

DISCLAIMER: Above is a GENERIC OUTLINE and may or may not depict precise methods, courses and/or focuses related to ANY ONE specific school(s) that may or may not be advertised at PETAP.org.

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