A welding rod is an essential tool when performing shielded metal arc welding. It can either be consumable or non-consumable. It is necessary to know about welding rods for those who are new to the welding industry.

For arc welding to work, electrodes/welding rods are needed. Electricity passes through it and eventually fuses the base metal. It creates an electric arc of 5,000°C (9032 F). Different types of rods are available for different applications. To ensure satisfactory results, it is important to choose the right electrode.

Mild steel electrodes are approved by the American Welding Society in thousands of varieties, so you have to pick the right one. 6011 and 6013 rods are similar, but they will perform optimally if used for the right applications. Let’s compare the two and see which is better based on their similarities and differences.

6011 Vs 6013 Welding Rods Difference

Construction, mining, and manufacturing are all industries that use welding in some form. Let’s compare two rods that are commonly used for stick welding, electrodes, also known as welding rods – 6011 and 6013.
It is a waste of time and money to buy electrodes for welding machines without knowing their properties. Here’s what should need to know.

Briefly, 6011 and 6013 are both very similar rods, before we drill down into the details of the rods. They can all be run on AC, DCEP, DCEN, and in all positions.
Welding rods 6011 are designed specifically for AC applications. They are also suitable for use in DC applications. Welding pools that are smaller mean less slag to clean up, which is a good thing.

What Is 6011 Welding Rod?

6011 is a general-purpose, high carbon, low alloy rod. It is typically used for structural welding to repair defects in thick steel plates.

6011 also known as the “Wonder Metal,” is a versatile, low cost and widely available material that can be welded with a wide range of filler metals.

The electrode that is used for this type of weld typically ranges from 2 to 5 millimetres in diameter and has a wire with a thickness between 0.6 and 0.8 mills per square inch.

What Is 6013 Welding Rod?

6013 welding rod is a general-purpose, medium carbon steel welding rod. It is typically used for welding ferrous metals such as steel, stainless steel, and copper alloys. 6013 can also be used to weld aluminium.

This Welding Rod is a type of aluminium welding rod with a tensile strength of 130,000 psi. It is a low hydrogen welding rod and contains no more than 0.35% wt of aluminium.”

A 6013 Welding Rod is a type of metal that is used for welding. It has a tensile strength of 130,000 psi and contains no more than 0.35% wt of aluminium.

A Detailed Comparison Between 6011 & 6013

Penetration Capabilities

Most of the features of each welding rod are similar, but the depth of penetration is what differentiates them. 6013 electrodes are suitable for welding thin metal sheets, which require little penetration, while 6011 electrodes penetrate thick metals deeply.

To weld a metal base, a welding rod should have the ability to penetrate deeply into it. A deeper penetration will result in a stronger fusion.

A 6011 has a greater penetration capability than a 6013. Thick metal sheets and parts, along with heavier-duty jobs, are better suited to this machine. Corrosion can be obtained through the type, as well as dirt and other debris.

For light to medium welding, 6013 is used mainly for small details and thin metal bases. It produces a soft arc, making it the most suitable type for beginners. Additionally, there is little spatter, which reduces the likelihood of injury.

Use and Application

Welding corroded or dirty metal uses 6011 electrodes. Electrodes can penetrate grease, paint, and other materials. Pipefitters, pipeliners, and boilermakers need this type of material because it is tough.

Galvanized steel, mild steel, and other low alloy materials are suitable for 6013 electrodes. For short and medium welding, they allow for smoother electric arcs. Most commonly used in vehicle construction, marine repairs, sheet metal welding, and others.

Elongation

Elongation describes the ability of a material to bend or stretch before it ruptures. The ratio between this strength and that of yield strength typically falls between those two values. The original length is used as a percentage to calculate this ratio.

The 6011 welding rod lengthens by 24%, whereas the 6013 welding rod lengthens by 25% in 2 inches.

Tensile Strength & Yield Strength

As mentioned, both rods have a minimum tensile strength of 60,000 pounds per square inch. Maximum tensile strength, however, varies significantly between the two. E6011 has a psi of 82,000, while E6013 has a psi of 74,000.

The yield strength of a material refers to its ability to deform permanently when stressed. 6011 welding rods have yield strength of 69,000 psi, while 6013 welding rods have yield strength of 67,000 psi.

Material

The two rods are made from different materials. It is necessary to use cellulose potassium flux with 6011 rods. On the other hand, 6013 rods are made of high potassium flux. A thin, flaky coating of slag is applied to the 6011, which is not prone to peeling away.

The 6013 has a dense layer of slag that easily peels off.

Power sources

AC and DC are both compatible with these electrodes. Direct currents, however, can be helpful when deep penetration is required. Consequently, working with DC polar for 6011 will be better than working with AC polar for 6013.

Arc characteristics

A 6011 arc is rough and violent due to the deep penetration of the direct current and the direct current used. 6013, however, has a softer arc than 6011.

Things that are Common in Them 

Tensile Strength

This characteristic describes how well the material resists tension. There are 6,000 psi (pounds per square inch) and 4210 kpc (kilograms per square centimetre) ratings on 6011 and 6013, respectively.

This measurement can also be easily determined. Analyzing the first two figures is all that is required. Because these two electrodes are the same, their tensile strength is also the same.

After this point, each welding rod is different.

Although they have many of the same characteristics, they cannot always be used interchangeably. It is common to compare 6011 and 6013, though 6011 is more commonly used than 6010.

Amount of Polarity

Both electrodes use direct current and alternating current in order to weld.

This is because the direct current creates a steady flow of electricity in one direction. Alternating current, on the other hand, reverses the electricity flow. Both can be used for welding, and the choice is largely a matter of individual preference.

As DC provides higher temperatures and steadier results, it is more convenient for welding. AC is used when a lower amount of heat is needed.

The 6011 and 6013 rods can be distinguished by their third number, even if you don’t know the facts. A number 1 means the electrodes can be used with both AC and DC.

Conclusion

6011 and 6013 electrodes are the most common welding rods, available in a variety of sizes based on your needs and machine capabilities. A welding rod should be chosen based on its properties, such as polarity, penetration, tensile strength, and polarity to ensure that it provides the best results.
Different welding projects require different welding rods, so the 6011 and 6013 are suitable for different welding projects. It is my hope that you found this article useful for gathering your thoughts and choosing rods for your project.

Magnets are made by aligning the magnetic dipoles of iron and manganese in metal. However, these metals do not possess magnetic properties by themselves. There are also many types of magnetic materials available, such as neodymium iron boron (NdFeB), samarium cobalt (SmCo), ceramic magnets (ferrites), and aluminium nickel cobalt (AlNiCo). These materials are used to make permanent magnets, but they can be demagnetized. Magnetic dipoles are randomly oriented to produce a random magnetic field. Here’s how:

How to Demagnetize Metal

Demagnetizing a magnet is a process that is performed to restore magnetism to a magnet after the magnet has become demagnetized. Exposure to external magnetic fields, temperature changes, or mechanical stress can lead to demagnetization, which can be reversed when the cause of the demagnetization is removed. Direct current (AC) must be applied to a magnet to demagnetizing it.

In case the magnet is not fully demagnetized, it may be necessary to heat and hammer it in order to align the magnetic domains with the new magnetic field. Magnets that have been removed from an assembly line or other manufacturing process can be restored to their original state using this procedure.

Magnets realign their atoms so that they point in all different directions once heated. When this happens, the magnet ceases to be magnetic and is transformed as a result. Demagnetization can also be achieved by striking a magnet against an anvil or metal plate. This is often used inside of a hammer or sledgehammer where the metal head is magnetized and struck against a non-magnetic surface to remove any residual magnetism. By demagnetizing the hammer, it is less likely to stick to other magnets and will be easier to handle.

A magnet may become demagnetized if it is dropped, hit with an object, or exposed to external factors. You can use several methods to restore the original strength of a magnet that has been demagnetized. Neodymium magnets will lose strength as they demagnetize as you use them, so keep this in mind. Most magnets can be made stronger by heating them in a furnace for anywhere from three minutes to two hours at temperatures of about 1,700 degrees Fahrenheit (950 degrees Celsius). It is time-consuming and costly for small jobs. Other options include using a blowtorch or another device similar to a gas torch.

It is also possible to use a hammer, but this method requires that you strike the magnet repeatedly until the strength reaches the desired level. Due to the risk of damaging the magnet, it is not recommended by experts. The magnet will be permanently damaged if this occurs.

Demagnetize a Magnet by Heating or Hammering

Before you use a magnet, you will often have to demagnetize it. This is because many magnets are placed near credit cards and other devices that have magnetic strips. These magnets can wipe the data off of magnetic strips if they are not properly demagnetized. There are two ways that you can demagnetize a magnet: heating and hammering.

To demagnetize a magnet, simply heat the magnet to a temperature above its Curie point. The Curie temperature is the temperature at which a material loses its magnetic properties. At this temperature, the magnet will lose its magnetic properties.

How to Demagnetize a Magnet by Heating

1. Heat a magnet in an oven until it reaches its Curie point or remove it from the magnets if they are clumped together. (The Curie point of a magnet can vary, but is usually around 500 degrees Celsius.)
2. Place a magnet on top of an anvil and strike it with a hammer until it cracks or bends. This may take several strikes depending on how strong the magnet is and how much force you can exert.

The heating method is safer and just as effective as hammering your magnet. It involves placing your magnet inside an oven that has been heated to 350 degrees Fahrenheit for 30 minutes. The heat causes the atoms in the magnet to vibrate, making its magnetic field less stable and more difficult for it to attract metal objects. You should avoid using a microwave to heat your magnet, as doing so could cause the magnet to explode inside of the microwave.

How to Demagnetize a Magnet by Hammering

1. Hammer one magnet into another, this will cause them to lose their positive and negative charges and join together as neutral magnets.
2. Remove the magnets from each other and hammer them against the anvil until they break apart completely, breaking their magnetic field completely.
How to Demagnetize a Magnet by Placing Them Against Magnetic Materials: Placing neodymium magnets next to each other causes them to.

The hammering method is the more traditional way to demagnetize a magnet. It involves hitting the back of the magnet with a hammer or heavy object. The impact causes the magnet’s magnetic field to become random, which will make it unable to attract metal objects. However, this method can damage your magnet in the process and should be avoided if possible.

Self Demagnetization

Magnetized tools and metal objects can be demagnetized. Demagnetization is the process of removing magnetism from a magnetic material. Demagnetization may be accomplished by heating the material above its Curie temperature, applying an external magnetic field, or subjecting it to a strong electrical current.
The Curie temperature refers to the temperature below which a material loses its magnetism. A permanent magnet, made of ferromagnetic material such as iron (Fe), cobalt (Co) or nickel (Ni), becomes demagnetized when it is heated above its Curie temperature (the upper critical field).

This is accompanied by a loss of magnetostatic energy due to electromagnetic radiation being emitted from the magnet. Self-demagnetization occurs when current flows through a conductor that is in a magnetic field; the resulting eddy currents cause self-demagnetization of the conductor. Self-demagnetization is used for degaussing of CRT monitors, electromagnets, and some hard disk drives, to prevent data loss due to remnant magnetism that would otherwise persist after power has been switched off. Electronic tools such as multimeters are required for demagnetizing hard disk drives.

Apply AC Current

A magnet can be demagnetized by applying an alternating current (AC) through it. This will cause the magnetic domains within the material to realign with the direction of the current. If an AC field is applied across a magnet, the magnetic domains will move in opposite directions, decreasing their net magnetization.
When you pass a magnet through an alternating current, its magnetic domains will shift their alignment in response to changes in direction of the magnetic field from the alternations of current. This causes the permanent magnet to lose its strength in proportion to the amount of current applied. To demagnetize a magnet by applying an alternating current:
1. Connect one end of your wire to a battery and the other end to a switch that can control when power flows through it.
The battery should have enough voltage (1–4 volts) for the application. A 9-volt battery is commonly used because it provides enough voltage with sufficient current capacity and can easily be obtained at most electronics stores or Radio Shack.
2. Connect one end of your wire to one terminal on your battery and another end to the other terminal on the battery so that you are completing a circuit between them.

Why a Magnet Should be Demagnetize

Magnetic fields are everywhere. From the speakers in the phone to the main power supply to the earth itself, there are invisible magnetic fields all around us. Some people with metal implants don’t like that they can be affected by magnetic fields, while others find them a hindrance when storing their stuff. Demagnetizing a magnet might be necessary for one of these reasons. 

Your first step must be determining if you’re prepared to sacrifice this magnet. Never destroy something that’s an integral part of a project or that you can’t replace. Take other steps to reduce its magnetic field or shield yourself from its effects instead. Alternatively, de-magnetize the magnet.

The process of demagnetizing a magnet is fairly easy and can be useful if you need to keep a magnet in a certain position. 

The demagnetization process usually involves exposing the magnet to either heat or an electrical current and then gradually removing it. 

How to Demagnetize a Magnet Removing the magnetic field from a magnet is different for every type of magnet, but all methods require the same basic steps: 

1. Heat the magnet. 

2. Cool the magnet. 

3. Remove the magnet from the magnetic field. 

4. Repeat until no magnetic field remains. Heating, cooling and removing are often done in steps, to avoid overdoing it. A magnet can become demagnetized past the point of use if it is exposed to too much heat or an intense magnetic field. Always proceed slowly when demagnetizing anything, especially if you aren’t sure what you’re doing.

Welders need to be warned about wearing personal protective equipment. A welder’s job involves numerous hazards, such as molten metal, toxic fumes, and intense ultraviolet and infrared radiation. In addition, it is risky for workers to experience an electric shock, poisonous fume inhalation, and burns to the skin. Therefore, wear the appropriate protective gear while welding to shield from these dangers.

Welding Safety Equipments & Protective Clothing

Welding safety begins by understanding what could go wrong and get prepare for it. All welding operations must conduct with protective clothing and equipment, including helmets and shields and many more that are  mentioned below in detail. The safety tips for welder also helps to guide which equipment should use and how to use.

1- Welding Hazards

Burns from hot metals and weld spatter are the most common welding injuries. Electric shocks and arc rays caused the other damages. However, some precautions may implement to minimize hazards.

Fire retardant cotton or wool should use as welding PPE, as well as leather and heavyweight gloves to protect against UV radiation, welding spattered, sparks, and open flames.

Always wear protective clothing and cover the whole skin to prevent burns. Below are a few options:

• Long sleeve jackets
• Welding capes
• Long pants
• Welding aprons
• Welding caps
• Welding sleeves
• Helmets

Make sure the pants cover the boot and are cuff-free. Wear high boots that are fully laced.

Wear a leather apron to avoid sparks and spatter.

2- Welding Helmets

Welding helmets protect the face and neck against sparks and radiation, just as welding machines and torches do. However, a powerful arc can cause rapid skin and eye damage without a helmet (or hood or mask).

Helmets for welding are available from 3M Speedglas. 

Experts recommend welding helmets that darken automatically for both beginners and experts. Because auto-darkening helmets do not require a flip between welding sessions, quality welds are easier to obtain. The flipping of traditional fixed-shade helmets also eliminates neck fatigue.

Many factors to consider when selecting a welding helmet are discussed in-depth: How to Test an Auto-Darkening Welding Helmet.

3- Helmet With Eye Protection

By protecting eyes and face, a helmet accomplishes two tasks at once:

• Hot Slag
• Sparks
• Blinding light
• Debris
• Radiation

Welders face all of these hazards. The spark can miss quite quickly, leading to debris bursting all over. The struggle of maneuvering is additionally made challenging when emotionally attached to the job. 

Never overlook this step, and always be careful. Don’t forget to take a suitable eye protection class. Sometimes it’s impossible to wear a full welding helmet when working in close quarters. Goggles or face shields can use in these situations. A welding goggle usually has #5 lenses for brazing and cutting, but these lenses aren’t strong enough to provide adequate shading for more robust welding processes. It also leaves the skin completely exposed. Hand-held shields are easy to hold with a hand.

4- Welding Goggles

Ultraviolet and infrared radiation are always generated as visible light during welding. Therefore, the welder may receive indirect eye injuries from UV and infrared rays. Wearing welding goggles provides temporary eye protection during welding and cutting.

A welding goggle is a safety device for protecting the eyes from both heat and optical radiation and from flying debris sparks that may result from welding. There are several options for lenses in welding goggles to meet the needs of users. Because arc welding requires darker lens shades, gas welding filters are not ideal.

5- Hand Gloves

Hands play an important role in welding. A crucial element of handle molten metal is direct heat and direct contact with the molten metal. Only hands are close enough to heat, radiation and arc to cause severe damage. Therefore, welders prioritize the protection of their hands. 

Slag, even in tiny amounts, can seriously damage the hand. In addition, a hand burn treatment is time-consuming and costly.

Some gloves are specifically designed for welding. These gloves are designed to protect the hands and also provide excellent welding performance. It is not hard to wear welding gloves. Taking a welding glove off in a second allows doing professional welding immediately.

• Stick and heavy-duty gloves

This product protects direct heat and spatter. Further, gloves with silicone patches prevent splattering and heat. Choose MIG welding gloves with thick insulation, dense stitching, and flame-resistant construction for the best results.

• Tig welding gloves

There is a wide variety of styles and sizes available when it comes to tig welding gloves. The material used to make them is often heat-resistant such as deer hide. Angular contact welding gloves can choose according to your personal preferences. The gloves offer comfort, flexibility, and durability so that you can weld like a professional. MIG welding gloves are available in both stick and heavy-duty styles.

• Standard duty gloves

With their leather material, they offer flexibility and agility. They differ only in their lack of insulation from heavy-duty MIG welding gloves and providing excellent heat and spatter protection.

6- Welding Jackets

During welding, simple leather jackets are not enough. The welders are protected from all types of dangers with these unique heat-resistant jackets. A welding jacket is necessary to protect clothes from heat and sparks, which can cause the clothes to catch fire.

The market offers several types of welding jackets. The welders can quickly wear them to match their style because they are stylish and eye-catching. Make sure the welding jacket fits appropriately by checking the arm and torso length before purchasing. Always buy a coat with leather and flame-resistant material.

Here are some types of jackets.

• Cotton jacket

Cotton jackets are excellent for light-duty work and short welding sessions. Washing them and wearing them will not cause any problems. Further, they come in fabric treated with flame-resistant properties and in engineered flame-resistant material. These jackets will allow choosing the most comfortable one.

• Flame resistant fabric

It is best to use these jackets while welding any metal. MIG welding with them is perfectly safe for heavy-duty applications. They protect against heat, radiation, and splatter. As with the light cotton jacket, they are durable and comfortable as well.

• Leather jackets 

It is very comfortable and durable to wear leather jackets. They have been famous for decades in the welding world. However, welders are often hesitant to wear them due to their underwear’s hotness. It’s very uncomfortable to work when the body temperature is elevated, and the heat welding process increases your body temperature.

7- Welding Boots

The welding process cannot complete without welding boots. Although leather boots are an option, they are not particularly protective. In addition, it is sometimes necessary to work with an open flame or live current when welding. Those exposed to welding without welding-specific boots will suffer from electric shocks, slips, and burns that are much more severe.

It is vital to protect feet from burns and electric shocks during welding. To protect feet completely, make sure boots meet the following specifications.

• Slip-resistant
• Rubber-soled
• Flame retardant
• Sturdy ( leather made)
• Steel plate above the sole
• Cover past the ankle 

It’s always recommended to wear welding shoes and to protect the body from any hazardous material.

8- Welding Pants

The welding process can’t dress like a daily routine. Welders can wear pants with unique designs to protect their legs. These pants have heat-resistant material that helps prevent legs from getting burned by heat, radiation, and hot sparks.

The following fabrics are available for welding pants.

• Spark guard cotton
• Twill cotton Flame resistant
• Flame resistant cotton
• Flame Resistant Low Rise
•  Signature denim Flame resistant

They are all made of fabric that protects the legs well. It is essential to avoid cuffs when buying pants. Burned debris can plucke into the legs of pants with cuffs. The best scuffle pants protect your legs and can be found online, but they may be hard to locate.

There is not much difference between buying heat-resistant pants and scuffle pants. A pair of pants that are heat-resistant can be made welding-friendly by unhemming the bottom cuffs.

9- Welding Respirators

Diverse types of fumes and glasses form during welding. Because they are toxic gases, they are dangerous to your health. Inhaling these gases daily can destroy the lungs. Welders must use a respirator to avoid inhaling these poisonous glasses.

Welders wear them under their helmets during welding. These respirators are equipped with specific types of filters which remove tiny particles and toxic gases. 

Moreover, the respirators ensure an adequate supply of oxygen, allowing the user to breathe comfortably.

If there is limited ventilation, people must wear respirators to protect their lungs. To breathe smoothly and protect the lungs, wear a simple dusk mask in the large ventilated areas.

10- Earmuff

Welding work requires ear protection. When melting metals or welding, the sparks, heat, and arcs cannot be controlled. Therefore, it is wise to wear earplugs to protect ears and hearing.

Simple winter earmuffs cannot be used for welding because they are designed to protect from extreme cold, not extreme heat and sparks. In addition, winter ear muffs are sometimes made of synthetic materials, and some of them may set on fire very quickly.

Heavy metal cutting sounds daily can also hurt ears. Earmuffs are the best tool for protecting the earnings sense. As well as decreasing loud noises associated with metal cutting and grinding.

Conclusion

Several types of personal protective equipment are available on the market and online. Wearing PPE depends on several factors, including the hazard, location, how to perform the task, and the material’s comfort. These are the best PPE suited to needs at a reasonable price for convenience.

This welding safety equipment checklist concludes our article with the hope that you will find it helpful. Wear safety equipment to prevent heat, hot sparks, toxic gases, and radiation from damaging the body parts or senses. It is possible to suffer severe long-term damage from even minor negligence when wearing this equipment.

Technology is providing you with enhanced safety day by day as the market expands. Auto-darkening welding helmets become essential when dealing with a welding machine. To avoid injury during welding, welding helmets with auto-darkening features are crucial. The light and dark levels are automatically adjusted.

Any welding project requires a welding helmet, no matter how big or small. It’s essential to keep in mind that welding exposes to intense heat and ultraviolet light, resulting in fatal injuries if not handled properly.

How to Test an Auto-Darkening Welding Helmet?

Experts warn against relying on safety promises that a company offers. Check some additional steps instead to ensure safety. Here are some quick steps that can help to determine whether a hamlet is auto-darken.

Expose The Lens To Full Sunlight

This lens can be a good choice when it performs well in the sun. Over the years, the program has demonstrated its reliability.

The best way to test an auto-darkening helmet’s light sensitivity is to expose it to full sunlight. To activate the auto-darkening system, face the sun while wearing the helmet. It is most efficient to test the quality of the helmet in full sunlight.

During this time, ensure that the helmet’s sensitivity setting is set to the highest level. Low sensitivity levels require much light to trigger the lens change; high sensitivity levels require relatively little light.

Sun exposure is also the easiest method for testing the helmet since it does not require additional equipment. However, this only works in bright, sunny weather. As an alternative, explore some of the other options.

But before all these procedure, should know all the necessary safety equipment during welding.

Strike an Arc

Test the helmet by giving it an arc welder flash. Unfortunately, welding is a technique that isn’t always favorable because it exposes the user to certain risks.

To test:

1. Ensure your safety by wearing all the necessary safety gear.
2. Arc welding requires the use of a welding helmet with auto-darkening technology.
3. Verify that the lens reacts appropriately.

Since a helmet is used, evaluating its performance at an angle is the best idea.

Sensitivity and Delay Control Test

A helmet with auto-darkening sensors controls different shades within the helmet using arc sensors. First, check whether your helmet has a delay and sensitivity control since these are two of the most crucial features of an auto-darkening helmet.

Check to see if any changes have been made after changing the settings. Helmets are capable of adjusting to slight variations; therefore, ensure that the helmet performs as expected.

A delay feature on most helmets sold as an auto-darkening welding unit prevents from getting flashed. Make sure the lens is kept dark by this feature.

Safety Test

Welders should wear auto-darkening helmets that meet safety standards to prevent welding accidents or injuries. ANSI Z87.1-2003 specifies the requirements for welding helmets with auto-darkening. Verify the certification information by asking where you purchased the helmet or researching it online.

These properties and features are necessary for an excellent auto-darken helmet.

• Provides complete UV/IR protection
• The infrared filter
• Durable and impact-resistant
• Suitable for temperatures ranging from 23°F to 130°F

Power Test

Solar panels and lithium batteries are usually used to power auto-darkening helmets. Battery-powered helmets are available in both replaceable and non-replaceable types. In addition, a battery pack is used in some solar-powered systems.

It should request to get a warranty card while buying the helmet since batteries are difficult to check. Solar helmets charge when their solar panels detect the light of day. Go outside to check.

Clarity Test

Welding helmets that automatically darken are required to be tested for optical clarity. First, make sure the helmet is clear. By viewing through the lens of the helmet, it allows checking for clarity quickly and easily. In addition, its transparency will make it easier to strike an arc more accurately.

Lens Test

The switching speed of a lens refers to its reaction time; it is how quickly the lens darkens. Even though some helmets may take longer, 1/4000th of a second is the ideal reaction time.

The delay means a greater risk of getting injured when the helmet cannot handle large sparks as quickly as possible. Placing the helmet on and using various methods is all that is needed to test lenses. Changes in light intensity or park size should not affect the lenses’ reaction time.

Grind Mode Test

Auto-darkening helmets often have a grind mode switch or button for activating auto-darkening. Press the grind mode button or flip the switch. Before welding, always turn off the grinding mode to utilize the auto-darkening shade lens.

IR Remote Control Test

In auto-darken helmets, the lenses coat with ultraviolet and infrared protection layers.

• Try the test using a household item like a TV remote. The following example shows how to use a TV remote control.
• First, use the remote to turn on/off the helmet while wearing it.
• Next, focus on the remote’s light toward the lens of the helmet.
• Finally, on the remote control, press any key.
• Ensure that the helmet switches to the dark mode automatically.
• RF and pulsed remote controls will not work because they emit RF signals.

Proper Fit

The helmet wear should fit comfortably while welding. Make sure it’s not too loose or too tight not to impact the vision and safety. If it is too loose, it could shift and expose parts of the neck or cause not to see correctly through the lens.

When working for long periods, a tight helmet can be uncomfortable. To ensure safety, go for a snug fit rather than a loose fit. A simple snap of the neck should secure your helmet in place. Either the side clips are too tight, or this helmet does not automatically lower as it should.

When welding, there is a need to position the face down so that it is protected. Before starting to weld, welders place their helmets correctly by snapping their necks as they approach their workstation.

The flames will meet the metal before the helmet has been lowered, causing a flash. This is the result of intense light, which accompany by ultraviolet rays. A person’s vision may be negatively affected by this.

Eye Fatigue

A welder experiencing eye fatigue will be one of the most apparent signs their welding helmet isn’t working correctly. Overexposure to light usually causes eye fatigue.

There are various signs of eye fatigue, including pain, headaches, blurred vision, and double vision. All of these symptoms should address as soon as possible.

A lot of welders do not wear welding helmets without protective see-through glasses underneath. It protects against ultraviolet radiation rather than blocking visibility.

This is a quick checklist for welding helmets:

• Does the helmet meet the safety standards?
• What’s the right intensity lens for the job?
• Does the lens appear firmly in place?

Conclusion

Testing the auto-darkening welding helmet before welding helps avoid eye strain. No arc is required; other methods are as effective for testing the auto-darkening helmet.
A spark from a lighter can also do the trick, as can full sunlight. It’s also possible to use bright fluorescent lights in the absence of the sun. IR remotes are always a good idea if all else fails.

Using these techniques can significantly decrease the time to strike the arc, as the helmet will working correctly before hitting it.
When it comes to testing the effectiveness of auto-darkening helmets, the following steps can be helpful (for beginner and professional welders). First, of course, the helmet is also lightweight and impact-resistant. Still, regardless of the factors being important (minor), it is always essential to test if the auto-darkening mechanism works before using it.

Welding is using at a massive scale in the world. Welding processes are commonly used across various industries, including aerospace, automotive, manufacturing, energy, and construction, and used to join metals, thermoplastics, or wood for different applications. It is also used to create artwork by a growing community of artists, but it is also harmful.

15 Amazing Welding Safety Tips

All those undertaking this activity must use some precautions to make them safe. Some tips should follow, such as tool using awareness, using welding gloves, high-top leather shoes, 3D glasses, respirator, ventilated area, leather jacket, welding helmet, and many more.

By following these guidelines, the risk can be minimized.

1- Awareness

It is a hazardous profession with multiple factors that may endanger the health of welders. So the awareness about this activity is very vital. There is a lack of knowledge about hazards, Personal protective equipment and use the PPE among them. To make the work safe, employees should be fully trained and well aware. These safety guide help in all the are of welding like while Welding Exhaust Pipe.

2- Ventilated Area

Ventilation means the supply of fresh air in the contaminated area. It distributes the air and removes all fumes, dust, and particles. It is advisable to work in an open or ventilated place. It provides the employee’s comfort zone.

3- Avoid Repetitive Stress Injuries

The use of auto-darkening helmets relieves neck fatigue in comparison to traditional fixed shade helmets because they are lighter and don’t require the user to snap their head to lower the hood. It can also be automatically dimmed between welding processes, which saves several seconds on larger components, which quickly adds up to several minutes. It makes it easier for companies to stick to their build schedule when these minutes are kept.

4- Hazards to Avoid

Welders are facing many hazards. Some of them are exposure to gases, electric shock, health injury, ultraviolet radiations, spark, burn, intense heat, and loud voices.

5- Don’t See the Light

A welding arc’s rays can cause “arc flash” in unprotected eyes within seconds, a painful condition that may not manifest for hours afterward. 

If welding or watching is carried out while wearing a welding helmet, the operator should be provided with a proper filter shade. The helmet should also be worn with safety glasses and ear protection. Protect others from the arc by installing screens or barriers.

Choose a suitable lens shade for welding applications. An OSHA guide describes how to choose the right lens according to welding criteria. Fix-shade lenses are appropriate for weld parameters and materials that do not vary.

6- Read the Manual

There is a lot of important information in a welder’s operating manual, such as safety information and procedures for maximizing its performance. To ensure that operators are familiar with the machine’s contents, it is important to train those operators. To replace a lost or damaged manual, contact the manufacturer. Many manufacturers provide online user manuals. It is not recommended to use this article in place of the manufacturer’s instructions.

7- Freely Breathe

During welding, smoke and fumes are released into the atmosphere that can be harmful to health. It is possible to accumulate toxic fumes when welding in confined spaces or to replace the oxygen in the air with shielding gases. Remove fumes from the area as much as possible and breathe clean air while working.

Wearing respirators is recommended when welding certain materials, so consult a welding engineer, an industrial safety specialist, or the datasheet for welding electrodes before welding.

8- Exposure of Gases

During welding, many invisible gases like Nitric Oxide, Nitrogen dioxide, Carbon Monoxide, Ozone, Phosgene, Hydrogen Fluoride, Carbon dioxide can easily penetrate the lungs, which may cause cancer, asthma, pneumonia, and some other diseases. Respirators can help to protect welders from exposure to harmful fumes.

The welder who faces some symptoms like Nose, eyes, and throat irritation should leave this area and get fresh air. This harm can prevent by providing ventilation areas, as good ventilation reduced the gaseous particles. Fan and exhaust fans are also used to control the exposure of fumes and gases from the welding area.

9- Electric Shock

In welding activity, electric shock is the most common hazard experienced by welders. It may happen when they touch two metal objects which have high voltage. Higher voltage may cause a higher rate of current that makes serious injury or even death. Electric shock, either direct or indirect both cause a high risk of injury.

It occurs if the welder stands near the water, on the metal floor, touches the inductor, or wearing wet clothes. Flame-resistant gloves, leather jacket, and leather safety shoes shield from the electric shock.

10- Get Rid of Clutter

Each piece of welding equipment is clearly marked and labeled by Vermeer within its welding areas. In the universe, everything has a place. All of the equipment and tools that the operator needs to perform his or her duties are contained in the welding area. Welding tables utilize a mechanism that puts the work at the proper height for the operator rather than traditional tables with fixed heights.

11- Health Injury

Wearing protective clothing is a significant part of welding. Without using PPE (personal protective equipment), the welder may lead to many injuries. It can be cuts, burns, smashed fingers, electric shock, and many others.

These may affect the skin very rapidly. To avoid all these dangers, one must use proper welding equipment. PPE must be dry and in appropriate condition.

12- Ultraviolet Radiations

Ultraviolet radiations are produced by high-temperature surfaces. Ultraviolet radiation has a low power of penetration. Hence, its direct effects on the human body are limited to the surface skin. The direct effects include reddening of the skin, aging, skin cancer.

It is important to use a welding helmet as it protects the welders from UV rays and harmful particles. A fire-resistant hood should also use; it saves the back of the head. High intense of light affect the eyes very badly. So for eye care, use a dark lens or 3D glasses.

13- Loud Voice

Exposure to intensive sound can be unpleasant and insufficient to work efficiently. A loud voice during the welding may cause ear damaging. Temporary or permanent hearing loss occurs, depending on the intensity of sound.

A welding helmet is a masterpiece of equipment for protection from hazards. For the shielding of the ear during this activity, use earplugs and a welding helmet.

14- Intense of Heat

Many other issues can arise from welding. Work in a hot environment may also have serious adverse effects. It may cause heat stroke, heat rashes, heat exhaustion, burning of the skin, breathing problem. In extreme heat, the body works extra hard to maintain a normal temperature, which can lead to death.

To protect from the high intensity of heat and sparks, wear only flame-resistant clothes. It should have no cuffs, and pockets must be covered. Do not use synthetic clothing.

15- Burn

Burn is a type of injury caused by UV rays, spark, and extreme temperature. These cause-effect the skin, eye, and some other tissues. It may happen very quickly. It is important to make the place fire-safe. It usually occurs when the operator is trying to avoid the precautions. It is advisable to prevent a burn, follow the PPE, and operators are properly clothed.

Put on the Proper Gear

It is not a good idea to wear shorts or short sleeve shirts in a welding cell. Helmets, gloves, and clothing are mandatory even when tack welding quickly.

Denim pants and tight-woven shirts are suitable flame-retardant clothing for firefighters. It is becoming more and more difficult for welding jackets to remain heavy, hot, restrictive, or cumbersome as they become lighter, thinner, and lighter. Several fire-resistant clothing options are available from safety equipment manufacturers today, all of which use flame-retardant cloth and pigskin leather for better protection and improved mobility.

Welding Gloves

Welding is typically a risky task, and wearing gloves comes in handy in protecting both the wrist and the hands. Besides protecting welders against electrical shock, these gloves provide an improved grip against resistance during welding.

Without wearing the proper PPE during the welding, there is a high risk of burns, cuts, electric shock, and crushed fingers. To avoid this risk, we must use welding gloves that are made of leather and must be heat-resistant.

High-top Leather Shoes

Doing work by stand on the metal surface is very dangerous as the risk of electric shock is very high. For foot protection, wearing leather shoes is the best option as it safeguards from electric shock, heat, falling objects, and fire sparks.

3D Glasses

Welding glasses are designed with shade number 3 or 5 lenses. It is very useful during brazing and cutting metal pieces. It shields the eyes from the high intensity of light, fire sparking, and ultraviolet radiations.

Respirator

Welding respirator is one of the important equipment. During this activity, many gases are produced and mix in the air. It causes many diseases and fatalities. It filters fumes and particles from the air and makes the welder comfortable and safe.

Leather Jacket

Leather jackets and clothing are items of personal protective equipment (PPE). Make sure a leather jacket must be wear, and the clothes are buttoned up. It repels the sparks consume during welding. It also protects from burns and electric shock.

Welding Helmet

It is an essential piece of personal equipment. It covers the welder’s head. It shields the eye, face, and neck from ultraviolet radiations, consuming fumes, burning particles, and sparks.

Conclusion

To conclude, it can say that welding is the most working process in the entire universe. It is used for making permanent joints. It has many advantages but also several hazards. To prevent injury to a person, extreme caution should be exercised when using any type of welding equipment.

Personal safety is necessary, not a choice for welders. Welding safety tips make the work safe and easier. It protects from potential hazards. It provides awareness. It makes the welders capable of taking steps at immediate risk.

It is sometimes necessary to assemble pieces of different metals, but welding metal is tricky. There are so many people searching for ways to “attach metal pieces without welding?”

While welding is one of the popular methods of doing this, several other options are available, and soldering, brazing, riveting, adhesives, and even nanomaterials can also use.

How to Bond Metal to Metal without Welding

There are a few techniques that can replace welding. Although some of these options may seem risky, such as welding, many are not as dangerous. Therefore, beginners or novices can benefit from them.

Let’s look at how to bond metal to metal without welding.

1- Glue

The glue hack is a great method for welding metal without a welder. Glue is a simple way to join two metal surfaces. First, an adhesive is applied to the surfaces that need to be joined; then, the surfaces are pressed together to form a bond.

Metals can be attached with various adhesives, such as silicone, polyurethane, epoxy, and double-sided tapes.

This product fuses various metallic cores to produce a strong bond between surfaces that need to join.

Initial Preparation

Don’t work in a hot or humid environment. Moreover, the area should be large enough to accommodate everything. Cover any nearby furniture with newspaper or protective clothes.
After that, pay close attention to the parts that need to be glued together. Ensure that they fit together perfectly. Next, get rid of any dust particles, cloth fragments, or adhesive remnants around the areas to put the glue.
Additionally, wearing latex or nitrile gloves will provide you with extra protection. Metal glue can’t apply to PVC, cotton, or nylon.

How to Apply

Follow the below-mentioned steps:

Cleanup 

The glue should only apply to dry, clean surfaces that are at least a little rough. Make sure all grease, oil, wax, dirt, and dust are completely cleaned. Wipe off fingerprints with a cloth as well. Consider roughening up the surface with sandpaper if the surface is too smooth. 

Adhesive Application

Check the glue tube for instructions. These instructions will explain how to apply the product and how long it needs to dry. 

Apply glue to both surfaces with a brush or spatula after opening the cap. 

Put the pieces together tightly and press them together. Don’t leave spaces between them. Keep them undisturbed for about an hour after pressing them. 

Curing and Clamping

The clamping time for metal epoxies is usually about an hour. They cure more slowly than super glues and polyurethanes due to their longer curing times. Keep the glued parts undisturbed for at least eight hours after the glue has been applied.

2- Brazing

In the brazing method, various metal components join with a filler metal. Then, a temperature greater than 800 degrees apply to the filler metal. Although this method is similar to welding, it is less expensive.

To braze two pieces of metal, use a flame torch to heat flux between them. Then, using a braze (lower melting point metal), the pieces are solidly fastened together. Filler metal can make from a variety of materials. Among them are nickel, silver, cobalt, copper-phosphorus, as well as precious metals.

Initial Preparation

• Take a look at a few videos on cleaning materials properly and where to “wet” the joining areas.
• Secondly, make sure that the metal is working with is appropriate for torch and brazing.
• Use this torch to join copper tubes for smaller projects, such as joining copper tubes.

How to Apply

• It is essential to ensure a good fit between the two metals to ensure capillary action.
•  Brazing requires clean metal surfaces. If there is any rust, get rid of it first with grease and oil. 
•  It is helpful to use flux.
•  Before brazing to prevent oxides from forming on the joints’ Surfaces: Utilize gravity as support when brazing the joints.
•  Heat the assembly to brazing temperature first, then fill the joint with the filler metal.
•  After brazing, clean the assembly thoroughly to remove most flux residues, including cleaning flux resides and oxide scale.

3- Riveting

Riveting is an excellent method of joining sheet metal. A rivet is a mechanical fastener used to join metal pieces together.
The method can use to resist tension loads where opposing forces are present as well. Overall, bolts and screws are the better methods for supporting tension loads, however.
In the construction industry, it is most commonly used when using lightweight materials that require strong joints. Automobile chassis is also made from it. One of the easiest ways to rivet is with pop rivets. It’s quick and easy, and the tools are cheap.

How to Apply

• Punch the holes in the plates (While working with light-gauge sheets) or drill
• them (While working with heavy-gauge pieces).
• Whenever drilling takes place, the burr should remain.
• All pieces of metal need to be firmly connected.
• The rivet is inserted one at a time into each hole.
• Once the clip is inserted, strike it hard enough to straighten out the head.
• The hooks will pull the pieces together once the pieces are cool, so let them cool.

4- Soldering

Circuit boards and electronics are often connected with soldering, which is similar to Welding. On the other hand, Welding sets up a mechanical connection, whereas soldering typically forms an electrical connection between metals. Wire coils look similar to solder, which is a substance and melts when applied to hot surfaces.

A typical solder contains 99 percent tin, along with zinc, silver, copper, and bismuth. Also Know: How to test Auto darkening Helmet

Initial Preparation

Here’s an overview of how to solder metal pieces together. First of all, collect all the below-mentioned material.

• Flux
• Brush
• Solder
• Sandpaper
• Damp cloth
• Painter’s tape
• Safety glasses
• Protective gloves
• A soldering iron
• Damp sponge

How to Apply

• Make sure the iron is plugged in and given time to heat. It’s healing, too. Sand the edges of the metal that need to be joined.
• For the pieces to connect without gaps, they must be smooth. 
• Cover any places where the solder will not be necessary with painter’s tape.
• Prepare the soldering areas by applying flux. 
• Set up the workstation, but be sure to keep a distance from the soldier. 
• During this process, it is best to wear safety goggles and gloves.
• Now Start the soldering process.
• After the process, let the metal cool.
• The excess solder should be scraped off after everything has cooled.

5- Nanomaterials

A very new metal joining technique is utilizing nanomaterials or nanoscale sculpting. This process involves roughening the metal surface with electro-chemicals, 3D printing, and etching methods.
The results are a fine hook-like structure produced on a tiny scale. The adhesive is used to link these two surfaces, which provides an excellent bond.
Surfaces, especially those that have already been treated or painted, will not be damaged by high temperatures. It can be used in the construction of ships and cars to join large and heavy components.

Conclusion

Welding is an effective and reliable way of bonding metals together. It may not be necessary all the time, and its disadvantages might prevent us from selecting such an option.
However, this can also be dangerous and expensive. The options as mentioned above for joining metal use instead of welding. They each have their advantages and disadvantages, but there is something to suit every situation.
No matter what metal is going to join, the following techniques may fit the needs. Additionally, they are less expensive. Choose your favourite process and get to work!

Electric arc welding is a process that uses two types of current to create an electric arc, DC and AC welding. An electrode connects the metal and electrode of electric arc welding. By using an electric arc, the metals fuse. A power supply creates the arc, alternating current (AC) or direct current (DC). The polarity of the current is determined by the power source (AC or DC).

A significant factor affecting the strength and quality of welds is electrode polarity. A current flow is also known as an electronegative flow or an electropositive flow. It is generally parallel to the axis of a circuit, whereas AC flow is parallel to the axis halfway and reverse for the other half.

Difference Between AC and DC Welding Machine

There is not much difference between AC & DC welding, but it also affects the quality of the weld. Carbon arc welding, also known as AC welding, is the most basic type of welding. A DC power also installs to make welding easier.

Point	AC Welding Machine	Dc Welding Machine
Weight	Light in Weight	Heavy in Weight
Size	Small in Size	Larger in Size
Operating Cost	Cheaper	Higher
Arc Blow	Comparatively Easy	Difficult to Control
Energy consumption	3 to 4 kWh	6 to 10 kWh
Price Range	Reasonable	Pricey
Voltage drop rate	Less	High

The electrical current created by the welding machine and passed through the electrode by way of AC or DC. Let’s find out what makes them different!

5 Major Difference

AC and DC welding differs in the following ways:

Size

DC welding machines are larger than AC welding machines

Price 

DC welding machines are usually more expensive than AC welding machines. 

Arc blow

DC welding tends to be more challenging to handle than AC welding 

Weight 

Compared to DC welding machines, AC welding machines are lighter

Voltage

Welding machinery with AC motors has a lower voltage drop, so it can use further away, whereas DC machines have a higher voltage drop, so they should use closer. 

A weld is a process of joining two or more metal parts, usually by melting them together. In general, welding arcs have polarity, which is like an electrical current.

What is Welding Arc Polarity?

A weld’s strength depends greatly on its polarity. The electrode-positive polarity is followed by electrode-negative polarity (reserve). Polarity usually occurs in two forms.

• welding straight polarity
• welding reverse polarity

A common term in Arc welding is straight and reverse polarity.

What is AC Welding?

Electric currents that reverse direction many times per second are known as alternating currents. For example, The polarity of a 60 Hz current changes 120 times per second. Due to the rapid reversal of magnetic field and current, AC welding doesn’t deflect the arc at all.

Applications

With AC positive switched on, it cleans up the surface of aluminium, suitable to weld aluminium.

Welding by AC is also very common in shipbuilding, particularly for seam welds due to its greater current capacity than by DC. In addition, the AC welding process can use for heavy down and plate welds and fast fills. There are many other ways to Join metal without welding.

Magnetized materials are a primary application for AC welding. This makes it helpful in repairing machines. 

What is DC Welding?

Electrical currents with constant polarity flow in one direction are called direct currents. Positive or negative currents can flow. Although DC welding produces stable arcs due to its constant magnetic field and current arc, it can do greater precision.

Applications

With DC welding, thinner metals are easily joined, and it is suitable for most stick welding applications, including welding steels with the TIG process. It is also useful for vertical and overhead welding.

It is best to use DC welding for:

• Cutting tap
• Hard facing
• Single carbon brazing
• Stick (SMAW) welding
• Stainless steel TIG welding
• Overhead or vertical welding
• The build-up of heavy deposits

Faqs

Which is better for welding, ac or dc?

Direct current polarity is commonly used in welding applications. With a constant output, it is better than ac welding. As a result, the arc is more stable, welding becomes easier, and spatter reduce. Further, dc positive can weld thinner sheets with faster deposition rates for greater penetration into the steel.

Why isn’t ac welding suitable for all materials?

Seam welds are also commonly performed with ac welding because they permit a higher current than dc welding. In addition to its ability to remove oxide from metal surfaces, it is also ideal for welding aluminium when switched to a positive alternating current.

Which is the best way to weld aluminium?

For aluminium welding, ac is preferable.

Does mig welding use dc or ac power?

Most migs are dc. Gas/gasless systems should equip with terminals to establish polarity. Gas is positive in the torch. The ac is a gas-free model that’s affordable.

What is the danger of ac welding?

Arc welders can pose a surprising amount of danger when improperly installed or operated. This includes the possibility of toxic fumes, dust, burns, fires, explosions, radiation, electric shocks, and heat stress. It is possible to become seriously injured or even die from any one of these risks.

Conclusion

With this complete guide, choosing the right type of job is easier than ever. The current depends on the type of weld and the effects of the specific kind of current, which type of weld is best suited for that particular type.

Moreover, The current user’s polarity affects the electrode’s polarity, so the electrode also needs to be considered. 

It’s common for a car’s exhaust pipe to need minor repairs after some time. Now there is no need to go to the garage to weld the exhaust pipe. Welding exhaust tubing can be done at home with little guidance and help keep some money to save rather than spending on professionals.

It can be done quickly with any welder, tig, mig, or stick, and it’s not too complicated to do by yourself. It just requires some instruction and concentration. These pipes usually are thinner than others; they can be as light as 0.028. So it requires more attention while  Welding exhaust pipes.

Follow these basic welding steps to weld an exhaust pipe. It doesn’t matter what level of experience or skill have.

Older Machines work great, but the bad thing is working on them is not an easy job. There are 10+ Brands building Welding machines of Different sizes and with different quality of output in the different price ranges.

Choosing a Tig Welder

Choosing a suitable machine is a wise option before spending money. If you are an old school guy, then it’s beautiful to go for old devices, but I must recommend buying a new one either you are professional or not. At the end of this article, you will get a clear idea about what to choose and why to choose. Before purchasing a Tig Welder, it is wise to review the following Quick List.

1. Voltage and Power Source
2. Size
3. Metal Thickness
4. Features
5. Brand
6. Price

Voltage and Power Source

What you think, Is there a need for an AC/DC source of power? Ac Power Source is required for Welding Aluminum and Magnesium, while stainless steel usually welds with a Dc power Source. Choose an Ac or Dc welding unit while Working on a Specific metal. Hobbyist Welder should go for dual power source AC/DC Tig Welder.

Size

Going to use the welding unit on one spot or not; if portability is not an issue for use, then skip this part. Otherwise, you will glad to know that now you can have a briefcase-size machine for a larger one. A 10-pound inverter weighs 230 Volts in the new units.

Metal Thickness

Knowing the required Amps is as necessary for a welder, just like milk for the baby. All metals required different Amps to weld. Stick or Mig is not the best option for thick metals because they put so much heat on the metal. Always check either the machine can go down to the required amps or not. Welding an exhaust pipe can be difficult sometimes.

Features

Looking for Extra Features just like a foot pedal for a tig welder is a good thing. However, I insist you also check safe to use, multifunctional, dual voltage, easy to use, Adaptable, duty cycle, long wires, Auto balance, Trustworthy, and guarantee, etc.

Brand

In this age of Amazon, Ali Express and other online shopping platforms. People are quickly buying required products, but it becomes hard to find a replacement when a part or something breaks. However, there are many Authentic Brands with excellent customer support available in the market.
Another positive side of choosing the right Brand is many of them comes with 30-days no question replacement. They also provide a limited time Free parts and repair warranty. But before that, should know that the difference between ac & dc welding

Price

The tig welder prices start from 300$ to 2500$ based on different brands, functionality, and sizes in the market. The most considerable part is either you are getting the value of money or not. So I must recommend you check this article of Best Tig Welder that will surely help you clear the confusion while choosing the suitable machine for yourself.

I hope you know better about choosing a perfect tig welder according to your requirements.