Yuka Osawa How To Find Welding Inspector Courses

Sunday, July 10, 2011

Welding inspector is a technical field that is followed by many people after their high school diploma.  Many students who want to join this field would need to have proper recognized study of welding.  You can start off early with your wielding inspector career, but it is most common to begin right after you finish high school education.
In order to become a welding inspector, you need to find schools or institutes where they are teaching wielding inspector courses. The first place to look for is online, as most of the welding inspector courses now are offered online. At the beginning, you can take some demo classes to start off; after they are finished you must choose a module of study that suits you most.
Many online schools and colleges offer flexible study timings designed for a working student. As a welding inspector job is more of practical hands on job, it requires more practical study than theoretical. The online study must complement some practical work that can be performed under a welding specialist’s guidance.
On the internet, you can find various welding inspector courses. Some are degrees that last over three to four years, while others are short term courses that you can do over a small period of time. It totally depends upon the student, how quickly the student grasps the information. Internet is a big world and you can certainly find many other welding inspector courses and its students, with whom you can collaborate and discuss.
Other than online, there is the traditional way of studying welding inspector courses, which is getting enrolled in a school or college that teaches these courses. This is a much better and easier method of getting a welding inspector certification that you must get before doing any commercial work.
Finding a good and affordable school can be a touch difficult. You can ask around and take some classes to determine whether the school is good for you or not. Your local school should be your first priority, as you would have the local experience and you will enjoy your study there more. Many of the welding inspector courses that you take here will have impact on your future job or line of work, so it is extremely important that you study well. Try to take good grades as this can affect your job in the future.
By taking a certification and studying this fully, you will not only understand the subject but will also get insight into the industry norms and how the industry works. Welding work is all about working with the industry and you must have sufficient knowledge about the industry before you actually become a part of it.
A welding certification would certainly help you become better in what you are. It would give you the recognition that is needed after undergoing rigorous welding training and exercises. Your certification would help you in getting a job and would put you above other non-certified people. Your future will be certainly boosted as you would be a certified welding inspector.
Read the story >

Marin Akizuki Gases and Welding Magazine Goes Back to School

proposition—slashing prices to compete with bids for state and federal dollars, making it challenging to sell on service over price. However, several gases and welding distributors have discovered that there are benefits to building a relationship with technical schools, community colleges and high school welding programs. As part of its continued commitment to helping young professionals further their careers in the gases and welding industry, the August issue of GAWDA Edge features an article entitled “Back to School,” which highlights three distributors who have formed strong relationships with schools.

The first step to building a valuable relationship with a school is by connecting with instructors. John Small, president at Pooch Welding Supply (Benton Harbor, MI), recently joined the advisory committee for Lake Michigan College’s welding program. In his capacity as advisor, Small guides instructors on what equipment they need to keep up with the industry. Keeping instructors informed of new products and processes not only aids the program’s continuous improvement, but it may even lead to a sale in the future.

While students and instructors may provide business to a distributor immediately, the real payoff is down the road. Craig Wood, president of O.E. Meyer ‘s industrial division, stresses that a partnership with a welding school is a long-term investment. “Some of the students we have worked with at Terra Community College are now 40 years old and they still speak highly of our company. By getting involved during their younger, formative years, the students will remember who we are and what we offer when they get older.”

To read more ways that gases and welding distributors are making the most of their welding school partnerships, head over to www.gawdaedge.org and check out the latest issue of GAWDA Edge, the online resource for young professionals in the gases and welding industry.

For more information, contact Devin O’Toole, editor of GAWDA Edge, at editor@gawdaedge.org or 315-445-2347.
Founded in 1945, the Gases and Welding Distributors Association (GAWDA) is the premier source for manufacturing knowledge, education and networking. Through its member journals (www.weldingandgasestoday.org), e-magazines, newsletters and industry wiki (www.gawdawiki.org), GAWDA connects suppliers of gases and manufacturers of related equipment as well as manufacturers of welding equipment and distribution leaders, for the purpose of safely delivering optimal solutions to the users of those products. GAWDA publications are the industry’s voice for all matters related to the latest technology and the most up-to-date processes spanning welding equipment and products and services related to industrial, medical, specialty and cryogenic gases. A 501(c)3 organization, GAWDA members are located throughout North America.
Founded in 1945, the Gases and Welding Distributors Association (GAWDA) is the premier source for manufacturing knowledge, education and networking. Through its member journals, e-magazines, newsletters and industry wiki, GAWDA connects suppliers of gases and manufacturers of related equipment as well as manufacturers of welding equipment and distribution leaders.
Read the story >

Mizusa Minami welding process

Historical monuments, construction of building, bridges, ship building, automobile, aerospace, power plants, refineries and lots of manufacturing activities needs the process of welding and it is a part of it. Manufacturing activities need proper welding technology to meet the demands and welding system is the backbone of all manufacturing activities. It is a fabrication process that joins metals, materials and thermo plastics.  When you consider the history of welding, forge welding was the only processes introduced first and later on arc welding, oxy fuel welding and resistance welding were developed. 20th century started good for the welding process, it saw many new welding processes and welding technologies.
Mig welding, tig welding submerged arc welding and flux core welding were developed during 20th century and new welding equipment with latest welding technology were introduced later. The manufacturing industry came to know about the importance of welding services and requirement for welding supplies increased a lot. To cope up with the heavy requirement, welding industries started to use new welding tools, welding products, welding accessories and welding equipment supplies that are designed according to the latest welding technology. Welding techniques is classified into two methods based on the welding consumables such as consumable and non consumable electrode methods.
Shielded metal arc welding, gas metal arc welding, flux-cored arc welding and submerged arc welding are the welding techniques that come under the consumable electrode methods. Gas tungsten arc welding, plasma arc welding, atomic hydrogen welding, electro slag welding and stud arc welding comes under the category of non consumable electrode methods. Tig welding uses tungsten welding electrode and consumable techniques use welding electrode rod or stick for its process. Many industries use inverter welding machines and there are different welding machines for different welding techniques. Apart from the welding products such as mig, tig, stick and submerged arc welding products, the other products such as wire feeders, spot welders, multi process units and water coolers comes under the welding products.
Plasma cutter the new invention comes under the category of cutting products and apart from plasma cutting, plasma gouging is also done in the same welding machine. Different types of welder machines are available such as mig welder, tig welder, on board welder, reconditioned welder, aluminum welder, steel welder and metal welder are used for the process of welding. Welding fumes are dangerous, so the weldor should be protected with welding gears such as welding helmets, welding masks, welding gloves and with proper welding accessories. Welding guns and welding torches are important to weldor and the weldor should have proper control over it.
Consumables available for welding are tig consumables, mig consumables, plasma cutter consumables, tungsten consumables and welding accessories is an optional tool that are attached to welding machines and it is used for the better performance of welding. In 1881-1882 a Russian inventor Bernardos created the electric arc welding first and welding process was a tough and nobody was willing to learn welding, but today welding schools were started to learn welding and we can learn welding easily through virtual reality.
Gavin Bone is an author for Plasma Cutters. He has written articles Welders. For information visit our site arc welding
Read the story >

Kawaii Yuri Tig Welding Aluminum Castings

In the expansion of the aluminum industry, aluminum castings have played a vital role. Anyone who is into the business of metal castings must be willing to learn some tips of welding aluminum castings with less amperage. There are few Tig welding inverters that can help you to meet your objective of power saving why you try to weld your castings in aluminum. These inverters use power as low as 115v only. These machines are first-class power sources but their output is limited to 200 amps only. At 200 amps, it’s not hot enough enabling you to weld with more comfort.
Another proven method to reduce amperage during welding is the preheating of the aluminum parts at a temperature of 200 degree. For preheating aluminum castings, you may use either a furnace or an oxy-fuel torch. But if you won’t have these two tools in place, still you have options to lower your amperage. Now in such a case, you need a gas grill. You may spare a gas grill just for preheating of aluminum parts but not for cooking anything on it. When you are ready with your gas grill, use aluminum foil to wrap the part to be preheated. Then put it on the oven. Keep the flame at medium and allow the heat to conduct through the part. Using a small propane torch won’t be a bad idea to make the part hot enough by moving the torch over it.
If you didn’t like the idea of using gas grill, here is another tip for you to reduce the amperage. When you try to Tig welding aluminum castings with less amperage, prefer using a 50-50 helium/argon mix as a substitute of straight argon. This mix does the magic, as helium provides more energy. Especially, for thick aluminum, use of helium is generally recommended. Helium adds more voltage to aluminum arc and supply of extra current is not needed. For aluminum with a thickness less than ? inch, use of straight argon can be a sensible choice.
Still, there is one great tip for Tig welding aluminum castings with low amperage. Now, you can think using a small Tig cup. Sometimes it is also called as Tig welding nozzle. This is actually a ceramic tip that is fixed at the end of the Tig torch. This Tig cup allows release of less shielding gas and prevents the oxidation of the tungsten electrode. The idea is not to use too much torch gas. The less amount of gas projected on the aluminum parts demands for less mount of amperage. Moreover, the degenerated arc energy adds to the gas shielding. Thus, welding parts get an extra amount of energy. In fact, allowing too much gas to flow will make it difficult to work with it.
Today, aluminum industry is a well-developed industry and hundreds of compositions of aluminum alloy castings are available keeping in mind their commercial usage. In most types of commercial casting processes, these tips for Tig welding aluminum castings will be greatly beneficial to reduce amperage.
Read the story >
Grab this Widget ~ Blogger Accessories