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TIG welders (Tungsten Inert Gas) are versatile being able to weld a wider variety of metals than other types of welding technologies.
TIG welding produces exceptional, high quality welds with less splatter and mess. TIG welding is not just for commercial use, it’s suitable for home welding as well.
To help you choose a top TIG welder we have done the research so you don’t have to. We’ll also answer some frequently asked questions about welding and the power supplies you might need.
Let’s get started!
Best TIG Welders
|PRIMEWELD TIG225X IGBT AC DC Tig/Stick Welder||Everlast PowerTIG Dual Voltage Welder||Amico TIG-225 TIG Welding Machine|
|Weight:||90 Pounds||60 Pounds||30 Pounds|
Quick Answer: The 6 Best Rated TIG Welders For 2021
- PRIMEWELD TIG225X IGBT AC DC Tig/Stick Welder
- Everlast PowerTIG Dual Voltage PULSE ACDC Welder
- Amico TIG-225 TIG Dual Voltage Inverter Welding Machine
- AHP AlphaTIG 200X TIG Welder
- Weldpro Digital TIG AC/DC Euro Torch
- Amico MTS-205 205 Amp Combo Welder
TIG Welder Reviews
- Volts: 110/220
- Amps: 225
- Duty Cycle: 40%
- Weight: 90 pounds
The PRIMEWELD TIG225X 225 Amp AC/DC TIG welder was designed and manufactured with heavy attention to detail and functionality.
This power supply is one of the few “middle-ground” welders available. It is great for both professionals as well as hobbyists.
This welder operates on both AC and DC currents and works with up to 220 volts of power. It features switched that can be adjusted depending on your job.
These switches control everything from voltage, welding options, slope ranges, and two-touch or four-touch operation.
The welder box has a fantastic ventilation system to help avoid overheating. It sports a metal bar handle at the top, making it easier to move to where it is needed.
All of the connection points for wires and pipes are clearly labeled, so you will be less likely to make a mistake during set-up.
Customers who purchased this product also love the supplier’s customer service team. It is reportedly the best customer service among the welding companies frequently used by welders of all skill levels.
Great customer service along with a 3-year warranty will give you peace of mind and security in what is the best portable TIG welder on our list.
- Volts: 110/220
- Amps: 200
- Duty Cycle: 60%
- Weight: 60 pounds
This dual voltage TIG welder offers a fantastic balance of precision, performance, and price.
The dual voltage functionality gives the user the ability to weld aluminum as well as other standard types of metals.
The 2018 Everlast PowerTIG Welder offers impressive versatility with AC, DC, and Stick welding. The torch and accessories have a comfortable, ergonomic design to keep you from unnecessary handling fatigue.
This will allow you to work for longer periods without hand or muscle cramping.
Compared to other welding power supplies in the same price bracket, the Everlast PowerTIG has a very stable DC arc and minimal spray. It also sports easy-to-read, color-coded digital controls.
Everlast also offers an amazing warranty on their products. They include a 5-year parts and labor warranty, covering the most expensive aspect of maintenance costs with this kind of equipment. If you are looking for the best TIG welder at a reasonable price, the Everlast PowerTIG is a good choice.
- Volts: 115/230
- Amps: 220
- Duty Cycle: 60%
- Weight: 30 pounds
The Amico TIG-225 is an impressive welder. It comes at a lower price point than others without sacrificing quality, as it includes a lot of modern technological innovations.
The TIG-225 incorporates one of the most advanced IGBT inverters. IGBT stands for an insulated gate bipolar transistor.
Essentially, what this inverter does is it gives you more advanced control over the welding arc. Tailor the travel speeds, bead profile, and arc starting point to your specifications.
The TIG-225 is multifunctional. You can easily and freely experience Stick, TIG, and Arc welding without the need to buy separate power supplies.
This kind of versatility means that you will be able to weld stainless steel, nickel alloys, copper, brass, and others with ease.
This welder is extremely user-friendly, between its light overall weight and the wide amperage range. It comes with a full set of accessories as well as an owner’s manual. The one-year warranty is also included.
- Volts: 110/220
- Amps: 200
- Duty Cycle: 60%
- Weight: 70 pounds
If you need to perform TIG or Stick welding jobs, the AHP AlphaTIG is the perfect piece of equipment for you.
It isn’t capable of MIG welding however, so keep that in mind if you intend to try any heavy or intensive work.
For its low price, the AHP AlphaTIG has a lot of power packed into it. With a duty cycle of 60%, you can complete a lot of work with appropriate intervals.
It operates primarily on either 110v or 220v single phase with either AC or DC output.
You can also utilize a foot pedal and switch to use the machine in either a two-cycle or four-cycle operation. This will allow you a greater range of precision and control with both TIG and Stick welding.
There are also pulse controls, which many users find favorable.
- Volts: 110/220
- Amps: 200
- Duty Cycle: 40% AC, 60% DC
- Weight: 60 pounds
The Weldpro Digital TIG Euro Torch is a great piece of equipment to invest in if you need a lot of functionality for a comparatively low cost.
It is a fully-functioning AC/DC TIG and Stick welder with endless potential. Every control on this model is digital.
Take the time to review the manual and learn how to work the touchpad digital control functions. This will help avoid unnecessary confusion during operation, and will make your experience much better.
Once you are accustomed to the digital interface, operating this machine is incredibly simple. The precision that the digital controls offer, along with the numeric display, will make consistent monitoring and performance a breeze.
It comes with a rocker-style foot pedal and every other fitting, including pipes, gauges, welding torches and more.
At 60 pounds, it might be a little cumbersome for frequent movement, but it is a good balance to the heavy-duty matrials and a fantastic transformer. It also comes with a strong carrying handle to help with portability.
It also features unparalleled A/C adjustability. This allows for a lot more precision when working with AC currents, though the machine can also be used with DC currents.
Customers of this product have favorable things to say about the manufacturer’s customer service, two-year warranty, and the company’s willingness to go above and beyond to service their customer base.
When you plan on spending a good chunk of money on equipment, these are great things to hear.
- Volts: 110/230
- Amps: 205
- Duty Cycle: 60%
- Weight: 25 pounds
If you’re looking for a lightweight, user-friendly welding machine, you don’t have to look any farther than the Amico MTS-205.
Particularly great for MIG welding and new welders, Amico has made what might possibly be the most easily-used power supplies.
It does not only function as a MIG welder, however. This welding machine can be used as a TIG and Stick welder.
It can handle most any welding task and will weld up to 1/2 -inch of material with ease. There will be little reason for you to have to maintain or switch machines to finish a project.
Like the TIG-225, the MTS-205 offers the IGBT technology, meaning you get the same multifunctional versatility in this welder as you do with the slightly-heavier TIG-225.
The MTS-205 is also power-efficient, so you won’t spend as much on operating costs to use it.
There is no risk of short-circuiting with this welder, limiting accidents caused by potential electrical shocks. It automatically detects and compensates for voltage fluctuations, temperature control, and amperage control.
This way you can work safely and easily with peace of mind.
TIG Welder Comparison Table
|TIG Welder||Volts||Amps||Duty Cycle||Weight||Rating|
|PRIMEWELD TIG225X IGBT Welder||110/220||225||40%||90 lbs||4.7 / 5.0|
|Everlast PowerTIG Dual Voltage||110/220||200||60%||60 lbs||4.9 / 5.0|
|Amico TIG-225 TIG Welding Machine||115/230||220||60%||30 lbs||4.4 / 5.0|
|AHP AlphaTIG 200X TIG Welder||110/220||200||60%||70 lbs||4.6 / 5.0|
|Weldpro Digital TIG AC/DC Euro Torch||110/220||200||40% AC, 60% DC||60 lbs||4.3 / 5.0|
|Amico MTS-205 205 Amp Combo Welder||110/230||205||60%||25 lbs||4.3 / 5.0|
How to Choose the Best TIG Welder – Buyers Guide
Ease of Maintenance, Setup and Use
Professional welders especially may have to work with their machines every day for long periods. Having to set aside time every day after working a long shift will get tiresome quickly. While you should practice regular cleaning and maintenance, you should look for a low-maintenance, user-friendly welder to avoid extensive headaches.
When welding, the voltage availability will dictate the power output of your equipment. You should make sure that all circuits, outlets, generators, or other power sources are up to standard and will safely be able to handle operating your welder.
Whether you primarily need a MIG, TIG, or Stick welder, you should take the durability of your equipment into account. MIG welding, in particular, focuses on hardcore, heavy welding projects.
The environments you may be welding in could also be hazardous to not only you but to your equipment, if it is not built strongly enough. The more durable your power supply and attached equipment, the better off you will be.
To make the decision between AC or DC welding, or getting a machine that can switch between the two, you should first know what AC and DC welding are.
AC welding uses an AC current for its power supply. An AC current is an alternating current, meaning that it’s not linear or consistent in supply. The current does not move in a straight line and instead changes direction at around a 60-hertz frequency.
Most of the world’s electrical grids use AC currents, and that is why they are still prominent. AC welding is preferred for TIG welding aluminum specifically, as the current type allows welding at higher temperatures.
AC welders tend to be cheaper to produce and purchase.
A DC current is used for DC welding. DC currents are currents that travel in one direction on a linear setting. Since DC currents are not supplied by electrical grids, they require an internal transformer to change AC currents to DC for use.
The constant, linear direction of a DC current will allow you to create a smoother weld. The arc is easier to handle due to increased stability, and as a result, there is also less weld splatter with this type of current.
For Stick Welding, a DC welder can use both AC and DC rods, while an AC welder can use only AC rods. DC welders are usually more expensive than AC welders.
Most quality welding machines today will have both AC and DC welding available. They will also come with switches or controls to allow you to switch between the options based on your welding needs.
The AC/DC machines are typically more expensive, but are well worth the cost for the convenience. You also save money in the long run by not having to buy extra welding machines or equipment.
Knowing the duty cycle of your welding machine is incredibly important. Having this information tells you how long you can operate your machine for and at what power before it overheats or outright breaks.
There are times where your machine may cut off before the duty cycle should be complete, and there are three main factors that contribute to that:
If your voltage is not precisely what the manufacturer suggests for a given duty cycle, it can throw off your timing and cause unintended damage to your machine. It could also have an effect on the weld itself, so be sure to check the voltage every time.
Most duty cycles are based on an ambient room temperature of 70 Fahrenheit. But if the temperature in your shop or work space is instead 100 Fahrenheit, your duty cycle will be affected negatively with lowered times or percentages.
Without proper airflow, your welder will not properly cool itself with its fan, and will suffer low-efficiency duty cycles as a result. Keep your welder at least 10-12 inches from any walls, corners, or other obscuring factors.
If your machine is cutting off prematurely, you should investigate to see if any of the above are the cause. Otherwise, you should contact your manufacturer to determine if maintenance or replacement is necessary.
Heavy-duty welding power supplies typically come with cooling systems in the form of fans and open ventilation. Smaller units may not have a cooling system at all, and may require supplementation or extra time and space to properly cool down.
Keep in mind that a cooling system will not negate the need to observe your machine’s duty cycle. Let it rest and properly cool down.
Functionality and Versatility
TIG Welders that come with AC and DC operation capabilities are arguably more useful to professional welders or hobbyists. Machines that come with different accessories or that can handle different kinds of welding tasks are also fantastic.
Unless you have a very specific welding task with one or two materials, a wider variety of uses is better in your equipment. This will save you time, money, and hassle of having to purchase, move, and maintain multiple units.
No welding machine is truly “all in one,” but if you get one that fits your most frequent needs and expectations, it will make your job much easier.
Size and Weight
Keep the physical size and weight of your welder in mind when you shop for one. Not only the machine’s actual size in reference to space occupancy but also take into account how much space it will require on all sides to remain properly ventilated as well.
If you plan on moving your machine around your workspace frequently, you won’t want to get something that weighs a ton. Depending on how much you have to move it, you will fatigue yourself very quickly.
When doing any kind of shopping, price is always important to consider. Sit down and set aside a budget for what you can spend on your equipment, and then find a few options within that price range. After that you can narrow down by features and specifications.
If you find a welder outside of your original budget that fits your wants and needs, make a goal to obtain it. Welding equipment, especially quality equipment, is an investment toward your professional life.
Warranty and Customer Support
Most welding machines come with a warranty of at least a year if they come from a reputable manufacturer. If it does not have a warranty, it is ill-advised to purchase it. Welders can be damaged or overworked easily, and are not cheap to replace.
If you do have to pursue your warranty or contact your manufacturer for any other reason, you want to deal with a pleasant support crew. Check reviews on the manufacturer’s customer support system and team.
You want your equipment to be strong, and it should come with strong foundations from the manufacturer, the warranty, and customer support.
FAQ About TIG Welders
Q: What is the duty cycle?
A: The duty cycle refers to how long the equipment in question will work before it overheats. With a welding power supply, it is a specification that defines the number of minutes that a welder can safely produce a particular current within about ten minutes.
The remaining time of those ten minutes are to allow the power supply to cool down. This prevents overheating, increasing your equipment’s longevity.
Q: Is TIG welding better than MIG?
A: Both TIG and MIG welding have their pros and cons depending on the application and the task at hand. Neither is better than the other, it boils down to preference and the job you are trying to accomplish.
For more complex, precise, and visually appealing work, TIG is the better technique to use. This is especially true of small projects and thin metals. TIG has easy adjustability in both speed and heat.
One of TIG welding’s biggest advantages is the amount of control it allows the welder to exercise. The welder can control heat and amperage with impressive precision. TIG welders are also thin and add to the control the welder has at their disposal.
Q: Is it hard to weld?
A: Learning to weld can be difficult depending on what type of learner you are. If you glean information and skills from watching tutorials or reading books, welding is going to be immensely difficult for you to learn.
However, if you tend to learn through active practice or are a “hands-on” learner, that doesn’t mean you won’t have some difficulty learning the trade. Welding is considered a moderately difficult skill to learn and master.
Professionals spend months to years learning to weld throughout an apprenticeship or trade school. You have to learn how to measure output, what projects need what type of weld, and things like that.
Not only that, but welding takes an incredible toll on the body. Your eyesight, skin, and lungs can suffer if you don’t use proper protective equipment, and sometimes even in those cases, it cannot be helped.
There’s also general fatigue to consider. Your bones, joints, and muscles will be undeniably sore throughout the learning process, and will not stop once you are considered a professional. Arthritis is common in welders.
Q: Can you weld aluminum to steel?
A: Aluminum can be welded to most other metals with relative ease by using adhesive bonding or mechanical fastening. This is not the case for steel, however. Special techniques are required to weld aluminum to steel.
A popular method to weld aluminum to steel is to create a bimetallic transition insert. This technique is also used regularly to produce strong welded connections within structural applications.
To make the bimetallic transition inserts, however, you need to already have some bonded steel and aluminum. Rolling, friction welding, explosion welding, hot pressure welding, and arc welding are all typical methods to create the initial bond.
In order to avoid overheating the inserts during welding, it is a good idea to first weld aluminum to aluminum first. This offers a larger heat sink for when the steel welding is performed.
Another method of welding aluminum to steel is to dip coat the steel. Also called hot dip aluminizing, this technique requires that you coat the steel in aluminum before attempting to weld aluminum to steel.
You could also try brazing, which is when you coat the steel surface with silver solder and weld them together with aluminum filler. Brazing and aluminizing are usually used for sealing purposes only and are not depended on for full mechanical strength.
Q: What is TIG welding good for?
A: TIG welding can be used to join all types of metal with few defects and superior weld quality. It is particularly good for small projects or work that requires intense precision.
TIG welding is the preferred method of welding for when you are using thin metals as well. TIG welding is not as good as MIG welding for heavier metals or larger projects.
A large variety of industries rely on TIG welding primarily. That is because TIG welding can be used for more metals than any other type of welding process. It can use AC or DC currents, depending on the metals and project in question.
TIG welding is used in the construction of air and space crafts. It is also used in the automotive industry on vehicle fenders because TIG welding offers anti-corrosive properties. Because of the precision available by using TIG welds, even artists prefer it for sculptures and other work.
Q: Is TIG welding AC or DC?
A: TIG welding can be used with both AC and DC currents. For work with aluminum, specifically, it is best to use AC currents. This is because of a specific property found in aluminum alloy that has a problem establishing a proper melting point. AC currents solve this problem.
Alternatively, for TIG welding steel, you would primarily use DC unless you are trying to weld the steel to aluminum. All of the preparatory welding of the steel can be accomplished with DC, but welding the steel to aluminum should still be done with AC currents due to the finicky melting point of the aluminum alloy.
Q: Is it hard to learn TIG welding?
A: There are some opposing viewpoints to the difficulty of learning TIG welding. Some welders argue that TIG is not only more aesthetically pleasing to accomplish a weld in, but that it’s also easier to learn as a technique overall.
Other welders argue that TIG welding is undeniably more difficult to learn. This is primarily because TIG welding requires coordination of both hands as well as one of your feet, whichever is operating the foot pedal.
There is also the factor of having to learn what heat works best with what metal alloys, and then learning how to properly control the foot pedal to control the heat output of the torch. It is also generally more expensive to work with TIG welding than MIG or Stick welding.
TIG Welding 101 – Beginning Techniques
How We Researched
To come up with the top TIG welders, we researched a variety of sources for reviews such as Home Depot, Lowes, Target and AcmeTools along with our own personal experience.
We also consulted online magazines for product research and reviews to get as much unbiased information as we could. To help weed out fake reviews we used Fakespot.com to make sure we only looked at genuine reviews.
With so much quality gear available, we had to narrow it down based on what we felt were the best options were for the price. The staff authors have a wide and varied background in yard maintenance and home repairs.
The authors have decades of experience and are eager to share their knowledge with readers.
To help narrow down the selection we used personal experiences along with recommendations from landscapers, bloggers and contractors.
After extensive research, we came up with our list to help you choose the right one for you.