Clarke Mig Welder Review

The Clarke Mig Welder is a highly popular and well-reviewed welding device, with many professionals touting it as one of the best on the market. Featuring all the necessary components for precision metalwork, this remarkable tool can make quick work of even complex projects and save time while producing flawless results. Whether you’re a first-time welder or an experienced professional looking to invest in a reliable unit, it pays to learn more about what makes this model so special — which is where our detailed review comes into play! From exploring its capabilities to uncovering its unique features, you’ll understand exactly why fans are so passionate about their star-studded Clarke Mig Welder by the end.

In this Clarke mig welder review, we’ll talk about how the welder performed. We’ll also discuss the performance of this tool and some recommendations. This welder is not suited for professional use, but is a good fit for hobbyists. We’ll go over the welder’s features and performance, as well as provide tips for joint preparation.

Review of the Clarke 130EN MIG welder

This Clarke 130EN MIG welder is a good starter model for beginning welders. It is easy to use and durable. It is also a good choice for hobbyists. However, before using this unit, you should learn the basics of welding and which types of welds work best.

The Clarke 130EN MIG welder has four power settings, a Tweco torch, and an ON/OFF control. It operates at 120 volts AC and is rated at 30 to 130 Amps. It has a duty cycle of 40 percent and is suitable for welding light metals.

A MIG welder is an essential tool for crafters and metalworkers. The Clarke 130EN MIG welder is a popular model with many features and benefits. It features MIG and flux MIG welding functions and can weld various strong metals. It also features automatic thermal overload protection.

Clarke 130EN MIG welder
Clarke 130EN MIG welder

The compact design makes it easy to carry around. It eliminates the need for gas cylinders. It also comes with a complete kit for welding, including a flux-coated wire, a professional torch, and an earth clamp. This model is suitable for 0.023 to 0.035 inch wire diameters. It is also compatible with conventional shielding gases.

The Clarke 130EN MIG welder can weld metal up to 3/16 of an inch thick. Its four power settings include low, medium, and high. It also features a wire speed control switch. The power settings can be controlled to fit different types of metal and different wire diameters.

Related – How To Adjust A Mig Welder Settings – The Best Beginner Guide 

Are you unsure of what welder would be best for you?

Since it’s your money, you should purchase the finest welder that will not only satisfy your demands but also be dependable, strong, simple to operate, and long-lasting.

Although there are many excellent welders on the market right now, the Clarke 130EN is a wonderful choice for both hobbyists and new welders.

But knowing the fundamentals of welding and the kinds of welding you wish to undertake is crucial in order to choose the best welder for you.

This review will teach you:

  • The most widely utilized welding techniques today.
  • How the Clarke 130 EN stacks up against competing welders that are readily accessible.
  • Advantages and disadvantages of the Clarke 130EN Welder

Let’s discuss the three fundamental forms of welding: MIG, TIG, and STICK. You’ll have a better notion of the sort of welder you need after you understand the various welding processes.

The most popular kind of welding is MIG. It is most frequently employed in production, like a car factory, and employs a gas shielding method.
Like MIG welding, TIG welding employs gas, but the operator needs greater expertise. It is used to create accurate, exquisite welds for artwork, aircraft, and other applications.

Stick welding joins metal pieces using a disposable electrode. Though more suited to heavier metal, such as structural beams in skyscrapers and tall buildings, it is the simplest to master.

Then there is a welding technique that is comparable to MIG but does not use gas, so there is no need to worry about large tanks or having your gas refilled. Shielding gas is not required in the operation of flux core welding since it employs a unique and affordable core. Although the welds might not be as attractive as those made with TIG welding, they will nonetheless be structurally robust.

Additionally, a strong weld that penetrates the metal is necessary to avoid water damage and ensure its completeness. Your weld may degrade over time as a result of an imperfect weld that permits water to seep in. Your project, construction, or residence might sustain water damage if the weld is particularly bad.


  • Flux core welder, requiring no gas purchase. Straight out of the box, you can weld.
  • Easily convertible, with a fully functional MIG welder that you may use gas if you so want.
  • Multiple power options – Lets you regulate the wire’s speed. You have the option of laying your welds thick or thin.
  • To guarantee penetration and a strong weld, it is best for modest projects and metals that are less than 14 thick.


  • Excellent for home users, hobbyists, and infrequent welders. Not the greatest option for commercial or industrial applications.
  • Some folks could find the 53 pounds of weight to be too much.
  • Replacement components are accessible, but you might need to do a little online research.
  • It may be difficult to weld metal that is more than 14 thick because the AMPs may not be high enough to provide the metal sufficient penetration. For stronger welding and heavier metal, you might wish to switch to gas.

According to evaluations, there are two main issues with this welder: 1) components may not be readily available given that the company has closed its doors, and 2) the device is not able to weld metal that is thicker than 1/4 inch.

The Lotos model MIG 140 would be a suitable option if this is an issue for you, you want a machine with readily available components, and you wish to weld larger, heavier metals.

Performance of the welder

The Clarke MIG Welder can weld more than 3/16 inches of metal in one pass and has a range of power settings. It offers up to 130 peak Amps of power and comes with a 10-year warranty. This mig welder can be used to weld light and heavy metals. The wire speed control switch allows the welder to be adjusted to the right speed for the type of metal you’re welding.

The MIG105EN comes with a non-live torch that is easier to use for inexperienced welders. It’s dual-purpose, so you don’t need a gas bottle and can convert it to conventional shielding gases if necessary. It also comes with a special flux-coated wire and turbo fan cooling for an extended duty cycle.

If you’re a novice welder, you’ll want to invest in a high-quality tool. A Clarke MIG welder is an excellent choice. This machine can weld steel, aluminum, and other materials. But be aware that it may be difficult to find replacement parts.

When welding thick plate, it’s important to pay close attention to how far the weld is penetrating the material. If it’s too thick, the resulting weld can blow through the metal. In addition, don’t run too much gas, because you don’t want to introduce perousity into the weld.

Related – Snap-On MIG 140 Mig Welder

Recommendations for the welder

If you’re looking for a MIG welder that can deliver high-quality results, the Clarke 130EN MIG welder is a good option. This welder is priced well and offers a high-output power. Its user-friendly design and features make it a great option. You can also choose between gas and electric models, and you can even convert the unit to suit your needs.

Whether you’re looking for an entry-level welder or a heavy-duty machine for a large job, the Clarke 130EN is a good choice. It’s safe to use and can handle most metal projects around the home. It also costs less than $100 and offers great value for money. You can also purchase replacement parts for it at certain websites. If you plan to use the welder only occasionally, this is an affordable option.

This model is compatible with mild, stainless, and aluminum metal. It weighs less than 50 pounds and is easily transportable. It can weld 3/16-inch thick metal and has four power settings. It also has an automatic thermal overload protection system and a safety ON/OFF switch on the gun. This model also has a flux core, so there’s no gas required.

Miller Electric also produces a high-quality mig welder. The Millermatic 211 welder, for example, has smooth starting technology, and does not produce a spattery arc. It also has a good warranty and a variety of accessories, including a power cord and a wire brush. The Millermatic 211 MIG welder is a good option for beginners and fabrication shop owners.

Another Clarke MIG welder option is the Clarke 130EN. This MIG welder has automatic thermal overload protection and is ideal for welding cast iron, stainless steel, aluminum, and well steel. It comes with a mini spool of flux cored wire, a welding torch, and a wire brush.

One of the most important factors in the smooth operation of a mig welder is the proper polarity setting. The correct polarity setting is necessary for the type of Mig welding your machine is capable of doing. While most home welders use flux-cored wire, which eliminates gas shielding, it is important to set the polarity correctly. The correct polarity setting helps avoid stuttering, pulsing, and arc-breakup issues.

The Clarke 130EN MIG welder uses standard 120-volt household current, but the power output is 13 amperes at 60 Hz. It can also produce 30 volts DC at its maximum rate. Its duty cycle is 40%, which means that it needs six minutes of rest after every four minutes of 60-amp output. It also supports the use of pure argon.

If you need the highest-quality MIG welder for welding aluminium, it’s the Italian-made Ultra 220MP Pulse MIG Welder. It has a single-pulse and double-pulse functions. It also operates on 240V single-phase power. It’s worth mentioning that a smaller wire diameter is less ideal for welding aluminium, and a larger wire diameter will make it harder to achieve reliable wire feeding.

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