discovering the 7018, 6013, 6011 and 6010 welding rod sizes (+chart!)

discovering the 7018, 6013, 6011 and 6010 welding rod sizes (+chart!)

Lets take a closer look at the 7018, 6013, 6011 and 6010 welding rods four of the most common and fundamental welding rod sizes which youre likely to come across to try to understand each in more detail.

For starters, looking at the welding rod classification can already tell you quite a bit about the type of electrode youre using. The first two numbers refer to the tensile strength, or how much stress the weld bead can withstand. If the classification starts with 60, for example, it means that the welding rod can withstand 60,000 pounds per square inch. As a result, the higher the number, the stronger the electrode.

The third digit tells you about the positions in which that welding rod can be used. In all the welding rods were looking at today, youll see that the number is 1. In other words, all four are all-position electrodes.

The final number is a little more complicated. SMAW welding uses electrodes which are coated in various chemicals, which protect the joints during the welding process. The last digit in the classification is used to identify coatings that have been used on the electrodes, and so which current should be used. Well cover these all individually for each welding rod.

By looking at the classification, we already know that the 7018 welding rod is an all-position rod which produces weld beads which can withstand 70,000 pounds of stress per square inch. The last digit when read in conjunction with the penultimate digit indicates that it has an iron powder low hydrogen coating, so it can be used with AC and DC+ currents.

The fact that the coating has a very low hydrogen content means that it produces welds which are very strong and smooth. It also explains why you might hear these electrodes referred to as low high rods on occasion, too!

Although low hydrogen rods have their benefits, they do have to be stored much more carefully than most other rods in order to prolong their lifespan. With these electrodes, you cant allow any water or moisture to come into contact with them at all. The best way to prevent this from happening is by storing the 7018 welding rod in a rod oven at 250F if you dont plan to use it for anything more than a few hours. A professional, purpose-built welding rod oven is ideal if your budget allows, but if not then you could always try a makeshift oven of your own.

This is a very versatile welding rod, which is probably why its one of the first youll come across when learning to weld. Its strength makes it fantastic for structural welding, including on nuclear power plants, high-pressure pipes, and large bridges. The key to achieving the smoothest, strongest welds on any of these projects (and more) is to drag it across the surface of the metal, although you can also move it from side to side slightly. Either way, youll find that you produce minimal spatter.

Once again, the 6013 is an all-position welding rod, but this time you can see that the welds will be able to withstand 60,000 pounds of stress per square inch. Not as much as the 7018, but its still pretty formidable and more than enough for most projects. Here, the last two digits 13 tell us that there is a high titania potassium coating on the electrode, so is compatible with AC, DC+ and DC- currents. This offers huge versatility as you can use it at low voltages and with virtually any welding machine, even those which are AC only. This level of versatility sets the 6013 welding rod apart from all the others which were covering today.

Beginners will probably be introduced to several other welding rods first including the 6010 but this is an electrode which is often overlooked as its just as easy to use. One main difference is that its typically paired with small, entry-level welding machines, whereas some of the other welding rods are usually used with slightly more advanced machines.

As it isnt quite as tough as the previous electrode which weve looked at, the 6013 welding rod is better suited to smaller jobs such as automotive projects. It achieves medium penetration on thinner sheet metals, although its worth noting that it should only be used with new, clean metal sheets. This welding rod produces slightly more spatter than the 7018 (but in the greater scheme of things its still impressively little), and any slag can be removed quickly and easily. As a result, the welds are clean and visually appealing.

The best technique to use when welding with this electrode is to move it in small circular motions across the joint. Not only does this help to produce strong welds, but its also a great way to control your speed.

As with most electrodes, you should try to prevent the 6013 from coming into contact with any water. It should be stored in a moisture-proof container, and if it does become damp for any reason then it should be thoroughly dried out in a warm welding rod oven before use.

The 6011 and 6010 welding rods are very similar, so many people wonder what the advantages are of using one over the other. Looking at the welding classification tells us that they can both withstand 60,000 pounds of stress per square inch, and theyre both all-position welding rods. On the face of it, theres not much between them, but in reality, the classification is where the similarities end

The final digit of the classification is one of the key difference between these two electrodes and one factor which stands firmly in the 6011s favor. The 11 means that it has a high cellulose potassium coating, which (like the 7018) can be used with either AC or DC+ currents. As a result, youll find that you can use it with pretty much any welding machine, even beginner ones.

The 6011 is very easy to use, while still achieving deep penetration on your welds. Unlike the 6013, you dont have to stick to clean metal with this electrode, as it can easily cut through dirty or corroded metals. As a result, its a great choice for welders who are doing repair work.

This welding rod does produce a small amount of slag, but its slightly more difficult to remove than slag from other welding rods, including the 6010. It mostly comes down to personal choice, but if you dont want to spend too much time and effort chipping off slag, then perhaps the 6011 shouldnt be at the top of your list.

However, it does have one major drawback when compared to the 6011. The 6010 features a high cellulose sodium coating (as indicated by the 10 in its classification), so it can only be used with a DC+ current. This means that as brilliant as it might be for so many different applications, the 6010 welding rod is rendered useless if you have an AC only welding machine.

Furthermore, the 6010 is a very common welding rod, but that doesnt mean its easy to use. In fact, many beginners struggle to get to grips with this electrode due to the fact that it produces a very tight arc. If you dont have the skill to control a tight arc, then you cant even begin to make strong, clean welds, which can be both demoralizing and frustrating.

That saidif you do have the skills and thecorrect welding machine to use the 6010 then it can produce some brilliant welds. Like the 6011, its great for deep penetration and cutting through dirty, corroded or rusty metal, making it ideal for maintenance. This electrode is also one of the most popular choices for root passes on pipes due to the fact that it runs noticeably more smoothly than the 6011, and because the slag is easier to chip off.

For the most part, this welding rod can be kept at room temperature, provided that its dry. If it does come into contact with moisture for a few hours or more, then it will need to be thoroughly dried out before use. As with most electrodes, youll have to throw the 6010 away if it becomes drenched.

Hopefully, by now it should be clear that theres a lot more to choosing the right welding rod than first meets the eye. Its important to master the art of four of the basic and most common welding rods, as this will make it a lot easier to understand the principles and properties of others when your welding becomes more advanced.

All four of the welding rods which weve looked at are all-position rods, which offers great versatility; all except the 6010 can be used with AC and DC+ currents. In that sense, the 6010 welding rod is slightly more specialized as it requires specific tools and a higher level of skill to use.

Thats why the 6011 is probably a better electrode choice for beginners, especially those who will be working with dirty metals. It produces slightly dirtier welds than the 6010, although it easier to use. Both create deep penetrative welds, making them ideal for tougher repair and maintenance jobs.

The 6013 stands apart from the other two electrodes which can also withstand 60,000 pounds of stress per square inch, in that it can be used with virtually any welding machine. Rather than being used for repair and maintenance, this electrode is better suited to car bodywork and other automotive projects. It should be used with clean, new sheets of metal, but provided that you can tick that box, this is a great, easy-to-use welding rod which is definitely worth trying out.

All things considered, the 7018 welding rod is definitely the bigger brother of the other three. Its stronger and smoother than the rest, making it brilliant for high-stress structural welds. It does have to be kept bone dry when not in use, but this is a small amount of care to put in to achieve excellent results.

Below youll find a small welding rod chart comparing all the different aspects of these electrodes (and a few other common types), which you can use as a quick-reference guide to help you out in the workshop.

All four welding rods have their own qualities, strengths, and weaknesses. Choose the wrong one and your welds will end up weak and messy, but pick the right electrode for the job and youll find welding a breeze!

stick welding with 6013 rods

stick welding with 6013 rods

I suppose that left me with the opinion that 6013 rods were only intended for schools, barns, and not much good for anything serious.Then along came the internet and welding forums and I saw pictures of beautiful pipe welds done with 6013 over in the UK.incidentally, if you havent checked out the weldingtipsandtricks forum, you can do that right here

I bought a miller thunderbolt stick welder a few years ago off craigslist for around $250 and so I thought that would be a good choice to use since it is an AC/DC stick welder and 6013 are designed to weld using any polarity.

how to compare 6013 vs 7018 welding rods?

how to compare 6013 vs 7018 welding rods?

The first two numbers on the size number of the electrode represent the tensile strength of the electrode. For example, 60 indicates that the electrode has a tensile strength of 60,000 pounds per square inch.

We understand it is difficult to find out what welding rod to use. Hence, we have provided a guide below with the two major welding rods explained so you can select the most suitable welding rod for yourself.

These electrodes are commonly used for welding applications like shipbuilding, construction, and fabrication. The key difference between the 6013 vs 7018 welding rodes is that the 6013 rods can weld through various contaminants like rust or dirt. The 7018 rod, though provides greater weld quality and is more comfortable. However, it can only be operated on clean surfaces. Furthermore, the 7018 rod is superior in strength and elongation characteristics as compared to 6013 welding rods.

Get this on AmazonThe 6013 rod is a commonly used welding rod in the industry. It is an all-position welding rod, the welds of which can resist 60,000 pounds of stress per square inch. Welding with 7018 has higher endurance, however, the 6013 welding rod is still pretty tough and sufficient for most projects. The electrode delivers a smooth and medium penetrating arc. These rods are compatible with AC and DC+ currents. It is usable with small AC power sources having low open-circuit voltage as well.One reason why folks love the 6013 rod is due to the ability of the 6013 Electrode rods to handle different currents. This makes it very adaptable and hence can be used with any welding machine including small machines. Due to this feature, the 6013 rod is unique as other welding rods require larger machines. You can also use it at low voltages. Besides shipbuilding, the 6013 welding rod uses its applications in the build-up of over-machined and worn mild steel surfaces and general light fabrication.The 6013 electrodes are built for lighter jobs like automotive projects due to minimal slag that can be lifted easily. In fact, the electrodes swift freezing slag gives the best performance while welding in the vertical down position. The 6013 electrodes produce mild arcs with lesser spatters and can only be used for welding material that is clean, new sheet metal.The wire is a mild steel electrode coated with high Titania potassium. We observed the coating helps in making a spray-type arc which leads to deep penetrating welds. In comparison to its peers, the wire has low elongation.The 6013 rod has medium penetration on thinner sheet metals.The ideal technique to use when welding with the 6013 electrodes is to maintain small circular motions across the joint. This is beneficial in making strong welds and is also a great way to control your speed.Like most other electrodes, you must avoid the 6013 rods from coming into contact with any water. Typically, a moisture-proof container is ideal. If the 6013 electrode becomes damp for any reason it should be carefully dried out in a warm welding rod oven before use.ParametersDetailsMaterialMild SteelWire CoatingHigh titania potassiumTensile Strength60,000 psiYield Strength48,000 psiPositionAll-positionsPros Welding 6013 has superior quality It is an electrode of all-positions Swift freezing slag ensures top performanceCons The 6013 welding rod is low on strengthOverview of 7018 Electrode Rods Get this on AmazonThe 7018 electrode is the easiest to use. It comes with a thick flux with a high powder content. Penetration is negligible leading to a smooth and quiet arc with lesser spatters.The 7018-welding rod is an all-position rod that produces weld beads that can resist 70,000 pounds of stress per square inch. Due to its iron powder low hydrogen coating, it can be used with AC, DC+, and DC- currents. Owing to its coating having a minuscule hydrogen content it produces welds that are smooth and very strong. By dragging the rod across the surface of the metal and moving it from side to side you can achieve these smooth and strong welds. This is also the reason for these electrodes being referred to as low high.The 7018-welding rod is known to deliver uniform welds on metal and at temperatures below zero, it has greater impact properties. It is because of this the 7018 rods are used for ship hull construction, heavy-duty equipment, and production or fabrication.7018 electrodes are widely used because of their versatile nature and they can weld thick materials like steel, and they produce strong welds. They are perfect for structural welding, pressure pipes, nuclear power plants, and large bridges.Low hydrogen rods, however, do have some disadvantages. For instance, to ensure longevity they must be stored more carefully. Furthermore, they must be kept away from water or any form of moisture. To avoid this from happening they must be stored in an oven at 250 degrees F. If finances are not an issue, professional purpose-built welding is perfect. However, if youre on a budget you could always try a makeshift oven of your own. The 7018 welding rod specifications are given below.ParametersDetailsMaterialMild SteelWire CoatingLow hydrogen potassiumTensile Strength70,000 psiYield Strength58,000 psiPros Good weld quality Quieter operation Splatter free arc Stable arcCons Low penetration Needs extra storageKey Differences between 6013 and 7018 welding rods The 6013 and 7018 both can be used for applications like shipbuilding. construction, maintenance, production, fabrication. However, there are a few key differences that a welder must be aware of.The coating on the wires is completely different. While the 6013 is high in Titania potassium, the 7018 rod has a low hydrogen potassium coating.Further, the electrodes have a wide contrast in yield and tensile strength. The 7018 has higher specifications in both. The 7018 electrode also has a higher elongation of 22 percent in 2 inches.

The 6013 rod is a commonly used welding rod in the industry. It is an all-position welding rod, the welds of which can resist 60,000 pounds of stress per square inch. Welding with 7018 has higher endurance, however, the 6013 welding rod is still pretty tough and sufficient for most projects. The electrode delivers a smooth and medium penetrating arc. These rods are compatible with AC and DC+ currents. It is usable with small AC power sources having low open-circuit voltage as well.

One reason why folks love the 6013 rod is due to the ability of the 6013 Electrode rods to handle different currents. This makes it very adaptable and hence can be used with any welding machine including small machines. Due to this feature, the 6013 rod is unique as other welding rods require larger machines. You can also use it at low voltages. Besides shipbuilding, the 6013 welding rod uses its applications in the build-up of over-machined and worn mild steel surfaces and general light fabrication.

The 6013 electrodes are built for lighter jobs like automotive projects due to minimal slag that can be lifted easily. In fact, the electrodes swift freezing slag gives the best performance while welding in the vertical down position. The 6013 electrodes produce mild arcs with lesser spatters and can only be used for welding material that is clean, new sheet metal.

The wire is a mild steel electrode coated with high Titania potassium. We observed the coating helps in making a spray-type arc which leads to deep penetrating welds. In comparison to its peers, the wire has low elongation.

The ideal technique to use when welding with the 6013 electrodes is to maintain small circular motions across the joint. This is beneficial in making strong welds and is also a great way to control your speed.

Like most other electrodes, you must avoid the 6013 rods from coming into contact with any water. Typically, a moisture-proof container is ideal. If the 6013 electrode becomes damp for any reason it should be carefully dried out in a warm welding rod oven before use.

Get this on AmazonThe 7018 electrode is the easiest to use. It comes with a thick flux with a high powder content. Penetration is negligible leading to a smooth and quiet arc with lesser spatters.The 7018-welding rod is an all-position rod that produces weld beads that can resist 70,000 pounds of stress per square inch. Due to its iron powder low hydrogen coating, it can be used with AC, DC+, and DC- currents. Owing to its coating having a minuscule hydrogen content it produces welds that are smooth and very strong. By dragging the rod across the surface of the metal and moving it from side to side you can achieve these smooth and strong welds. This is also the reason for these electrodes being referred to as low high.The 7018-welding rod is known to deliver uniform welds on metal and at temperatures below zero, it has greater impact properties. It is because of this the 7018 rods are used for ship hull construction, heavy-duty equipment, and production or fabrication.7018 electrodes are widely used because of their versatile nature and they can weld thick materials like steel, and they produce strong welds. They are perfect for structural welding, pressure pipes, nuclear power plants, and large bridges.Low hydrogen rods, however, do have some disadvantages. For instance, to ensure longevity they must be stored more carefully. Furthermore, they must be kept away from water or any form of moisture. To avoid this from happening they must be stored in an oven at 250 degrees F. If finances are not an issue, professional purpose-built welding is perfect. However, if youre on a budget you could always try a makeshift oven of your own. The 7018 welding rod specifications are given below.ParametersDetailsMaterialMild SteelWire CoatingLow hydrogen potassiumTensile Strength70,000 psiYield Strength58,000 psiPros Good weld quality Quieter operation Splatter free arc Stable arcCons Low penetration Needs extra storageKey Differences between 6013 and 7018 welding rods The 6013 and 7018 both can be used for applications like shipbuilding. construction, maintenance, production, fabrication. However, there are a few key differences that a welder must be aware of.

The 7018-welding rod is an all-position rod that produces weld beads that can resist 70,000 pounds of stress per square inch. Due to its iron powder low hydrogen coating, it can be used with AC, DC+, and DC- currents. Owing to its coating having a minuscule hydrogen content it produces welds that are smooth and very strong. By dragging the rod across the surface of the metal and moving it from side to side you can achieve these smooth and strong welds. This is also the reason for these electrodes being referred to as low high.

The 7018-welding rod is known to deliver uniform welds on metal and at temperatures below zero, it has greater impact properties. It is because of this the 7018 rods are used for ship hull construction, heavy-duty equipment, and production or fabrication.

7018 electrodes are widely used because of their versatile nature and they can weld thick materials like steel, and they produce strong welds. They are perfect for structural welding, pressure pipes, nuclear power plants, and large bridges.

Low hydrogen rods, however, do have some disadvantages. For instance, to ensure longevity they must be stored more carefully. Furthermore, they must be kept away from water or any form of moisture. To avoid this from happening they must be stored in an oven at 250 degrees F. If finances are not an issue, professional purpose-built welding is perfect. However, if youre on a budget you could always try a makeshift oven of your own. The 7018 welding rod specifications are given below.

The 6013 vs 7018 electrodes look identical but the similarities end there. While welding the 6013 has a deeper penetration than the 7018 electrodes on the surface of the job that the user is operating on.

Although the 6013 is harder to operate it leaves significantly less slag behind as compared to the 7018 electrodes. Notably, the 6013 also doesnt require preparation using an oven to bake the electrodes at 300 degrees Fahrenheit like the 7018. It is imperative for welding with 7018 to have a clean surface for the root pass.

On the other hand, 7018 is significantly more accessible to use and produces a consistent quality of welds. 7018 is best used when the base metal is easily reachable. Aside from this, 7018 offers a much more stable arc and requires minimal oscillation.

Sean Coby is a welder par excellence and well respected among the welding community in Woodbridge, VA. He prides himself to be the fabricator and mechanic in the automotive/ diesel industry for the past more than eight years now. As the chief editor of his https://weldinginfocenter.com, he shares his experience to be safe during welding and to take proactive steps for becoming a successful welder like him.

https://weldinginfocenter.com is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to Amazon.com, Amazon.co.uk, Amazon.ca. Amazon, the Amazon logo, AmazonSupply, and the AmazonSupply logo are trademarks of Amazon.com, Inc.

how hard is it to weld with a 7018 rod vs 6013 for beginners? - welding maniac

how hard is it to weld with a 7018 rod vs 6013 for beginners? - welding maniac

If you search around the internets depths for welding rods, youll typically find either 6013s or 7018s. If youre new to welding, you probably dont know what these numbers mean. The first two digits, in this case, 60 and 70, indicate the tensile strength. So the 6013 has 60,000 PSI (pounds per square inch) and 7018 has a PSI of 70,000.

The next digit indicates the position. Each welding rod has a significant number for positioning. For example, a 1 shows an all-position electrode, and a 2 indicates a horizontal position electrode. Finally, the last digits state the kind of coating and the welding current.

The 6013 welding rod (also known as the general-purpose welding rod) offers the most versatility and can work in all positions throughout a welding job. These rods are made from mild steel and provide a smooth penetrating arc.

A 6013 welding rod can work with both AC and DC currents but is especially suitable for low voltage AC power sources. Youll likely find these welding rods on vehicle repair projects including cars, boats, and general factory machinery.

The arc created by a 6013 welding rod is typically easy to maintain with low spatter loss. Even beginner welders have a ton of control when working with these electrodes. With that in mind, the most favorable position for 6013 welding rods is vertical down due to its fast freezing slag.

Last but not least, the mild sheet metal rod has a high titania potassium coating. This coating helps create deeper penetration, and the 60,000 PSI tensile is enough strength to cover most DIY welding jobs.

The 7018 welding rod is also used in general-purpose welding but is made from carbon steel. Welders typically reach for a 7018 if they need extra polish or are working with metals with extremely high melting points.

Its low-hydrogen iron coating makes it more crack resistant and protects the welding beam from oxygen and moisture. Like the 6013 welding rod, the 7018 can be used in all positions and with both AC and DC power sources.

Though the 7018 welding rod is suitable for general-purpose welding, its strong point is structural welding. Some examples of structural welding jobs include bridges, commercial sites, power plants, and military vessels.

When comparing 6013 vs 7018, youll find lots of similarities, as both welding rods are suitable for general welding and construction jobs. However, there are also a few significant differences you should know about.

For starters, they both have significantly different coating material. The 6013 welding electrode has a high titania potassium coating, and the 7018 contains low hydrogen potassium. Also, both rods have a different yield and tensile strength.

6013 welding rods are suitable for light and medium penetration jobs. Additionally, they are great for welding carbon steel and can weld at any angle. Some of the most common uses of 6013 welding rods are welding sheet metal, ship repair, vehicles, and general machinery.

7018 welding rods are also general-purpose welding rods and are suitable for welding carbon steel. Youll commonly see 7018 electrodes in structural welding jobs such as pipelines, ocean vessels, commercial construction jobs, and steel structures. Its also the most common welding rod in the retail welding industry.

Many beginner welders make the mistake of thinking the 6010 and 6013 welding rods are interchangeable. This is far from the truth. 6010 welding rods have deep penetration and freeze quickly, while 6013 welding rods do quite the opposite. They also handle differently, so the amount of control you have changes with whichever electrode you choose for the job.

The answer to this solely depends on the welding job and your level of experience. If youre a DIY or hobbyist welder, youre probably better off going with a 6011. 6011 welding rods are the most versatile and will let you get any small project done.

Generally speaking, and this is backed by various welding communities online, the 6013 is the most suitable welding rod for beginners. Thats because even complete beginners can create beautiful welds using a 6013 electrode.

We hope this information was helpful, and youre confident when choosing your next set of welding rods. If youre new to welding, trial and error is an essential part of the learning process. However, a little help from expert welders can go a long way.

6011 vs 6013 welding rod: which one to pick? weld faqs

6011 vs 6013 welding rod: which one to pick? weld faqs

The e6011 or 6011 welding rod is a fast freezer rod that was designed especially for AC. However, this rod can also be run on DC. It is known for having a smaller welding pool, which translates to less slag to clean up.

The numbers that make up the figure 6011 all refer to different characteristics of the welding rod. The number 60 refers to the rods minimum tensile strength, which stands at 60,000 psi. Tensile strength is the ability of a rod to resist being pulled apart.

The first 1 that comes after the number 60 means that the rod can be used in any position, flat, horizontal, vertical, or overhead. The last 1 refers to the welding rods composition in terms of flux, slag, and power.

The best 6011 welding rod amperage will depend mainly on the thickness of the rod. The thicker the rod, the higher the amperage. Thus a 3/16 inch rod will require an amperage of between 140 to 210 amps.

Due to its deep penetration and fast freeze characteristics, this welding rod is used for welding pipes. It is also used for welding painted, dirty, or rusted surfaces where aesthetics are not necessary.

The e6013 welding rod is similar to the 6011 in some aspects but also different in others. This electrode has an iron-pound slag that requires more power. This rod has a mild to medium penetration with a larger pool.

The best amperage for the 6013 rods also depends on its thickness. A rod with a diameter of 1/16 will require an amperage of between 20-45 amps. On the other hand, one with a diameter of inch will require an amperage of 80 to 130 amps.

The two rods differ in regards to the materials used to make them. The 6011 rod has a cellulose potassium flux composition. On the other hand, the 6013 has a high potassium flux composition. As for the slag, in the 6011, you get a thin flaky slag that is not prone to peeling off.

As already seen, the minimum tensile strength of both rods is 60,000 psi. However, the maximum tensile strength differs. That of the e6011 stands at 82,000 psi while that of the e6013 stands at 74,000 psi.

Yield strength refers to the point beyond which a materials deformation becomes permanent when subjected to stress. The 6011 welding rods yield strength stands at 69,000 psi, while that of the 6013 stands at 67,000 psi.

Elongation refers to the degree to which a material can be bent or stretched before rupturing. It is usually somewhere between tensile strength and yield strength. It is measured as a percentage of the original length of the material.

The 6011 is used mainly for welding mild steel and rusted, painted, or dirty surfaces. On the other hand, the 6013 is primarily used for welding thin sheets of metals. The 6013 is used in applications that require low amperage, while the 6011 is used where high penetration is needed.

As already seen in the 6013 welding rod meaning and 6011 meaning, the 6013 has a high potassium composition while the latter has a cellulose potassium composition. As such, the 6011 has a higher penetration than the 6013.

In all honesty, there is no clear winner between the two as they are used in different settings. Also, both have their pros and cons, and your choice will come down to what you are welding.In all honesty, there is no clear winner between the two as they are used in different settings. Also, both have their pros and cons, and your choice will come down to what you are welding.

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6011 vs 6013 welding rod - you should know in details

6011 vs 6013 welding rod - you should know in details

While performing shielded metal arc welding, a welding rod is an unavoidable tool. This welding rod can be consumable or non-consumable. And if you are new in the welding industry, the importance of having knowledge about welding rods is quite gigantic.In this article, you will know the difference between 6011 vs 6013 welding rods. In fact, both of these rods are highly used in different construction sites and industries. But yet, they have some significant differences between them in the terms of application and usage.Buying an electrode for your welding machine without knowing the properties is a waste of time and money. So, let me tell you everything you need to know.What Is 6011 Welding Rod?A welding electrode that can stand 60,000 PSI pressure, can be used in any position, and has deep penetration properties is known as 6011 Welding Rod. This rod is popular among welders because it can weld on any rough surface regardless of dust, paint, or contamination.What Is 6013 Welding Rod?If you are welding in thin sheets of metal and over a clean surface, 6013 must be your first choice. Thats because high potassium in the composition gives a stable arc than other welding electrodes. Besides, this one is a fill-freeze rod that can be used in either AC or DC.6011 vs 6013 Welding Rods: A Detailed ComparisonBefore jumping to the conclusion of which one should be your preferred welding rod lets take a quick look at the comparison of 6011 vs 6013 welding rod.Penetration of the weldAlmost all the features are the same for both the welding rods but the main thing that differentiates them from each other is the depth of penetration. 6013 electrodes usually weld best on the thin metal sheets where deep penetration is not required, while 6011 penetrates deeply in thick metals.Power sourcesBoth of these electrodes can work on AC and DC current. But when deep penetration is needed it can be helpful to use Direct Currents rather than Alternating Currents. Therefore, the arc of 6011 will be better if you work on DC polar and for 6013, AC polar will be the best.Arc characteristicsSince 6011 uses direct current and the penetration is deeper, Arc of 6011 is violent and rough. But the arc of 6013 is softer than 6011.The composition of fluxThe flux which surrounds the electrode is an important indicator for the application of the welding rod by the welder. The composition of 6011 flux is cellulose potassium which is also known as a fast freeze. On the other hand, the high potassium rod is the flux for 6013.Type of slagThe slag type of 6011 is mostly thin and flaky but the 6013 produces a dense slag. Now, the advantage of 6011 is, the welding never peels off over time but for 6013, the welding doesnt last long. (Read more about 1/8 vs 3/32 Welding Rods).UsageThe 6011 electrodes are highly used in the maintenance work in the mining and shipping industry where the sheet is galvanized, painted, or rusty and also for manufacturing any metal structure. Since it can be used in all directions and the weld cooling happens real fast, the rod is popular among many welders.In comparison, the 6013 electrode creates a smoother arc in thin sheets where appearance is more important than penetration frames or body of bus or truck, furniture, sculpture can be welded by 6013.Frequently Asked Questions (FAQs)Q. What is the best all-purpose welding rod?Answer: It should be the 6011 welding rod because 3/32 or 1/8 sized rod in your toolbox can help you anytime and any type of work with fast-fill freeze technology.Q. How do you store a 6011 welding rod?Answer: you can store all the unused 6011 welding rods on a dry storage box because no moisture absorption happens for this welding rod.Q. Can you weld uphill with 6013?Answer: it is possible but since it uses AC polarity, the welding might not look too good.VerdictIn the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

In this article, you will know the difference between 6011 vs 6013 welding rods. In fact, both of these rods are highly used in different construction sites and industries. But yet, they have some significant differences between them in the terms of application and usage.Buying an electrode for your welding machine without knowing the properties is a waste of time and money. So, let me tell you everything you need to know.What Is 6011 Welding Rod?A welding electrode that can stand 60,000 PSI pressure, can be used in any position, and has deep penetration properties is known as 6011 Welding Rod. This rod is popular among welders because it can weld on any rough surface regardless of dust, paint, or contamination.What Is 6013 Welding Rod?If you are welding in thin sheets of metal and over a clean surface, 6013 must be your first choice. Thats because high potassium in the composition gives a stable arc than other welding electrodes. Besides, this one is a fill-freeze rod that can be used in either AC or DC.6011 vs 6013 Welding Rods: A Detailed ComparisonBefore jumping to the conclusion of which one should be your preferred welding rod lets take a quick look at the comparison of 6011 vs 6013 welding rod.Penetration of the weldAlmost all the features are the same for both the welding rods but the main thing that differentiates them from each other is the depth of penetration. 6013 electrodes usually weld best on the thin metal sheets where deep penetration is not required, while 6011 penetrates deeply in thick metals.Power sourcesBoth of these electrodes can work on AC and DC current. But when deep penetration is needed it can be helpful to use Direct Currents rather than Alternating Currents. Therefore, the arc of 6011 will be better if you work on DC polar and for 6013, AC polar will be the best.Arc characteristicsSince 6011 uses direct current and the penetration is deeper, Arc of 6011 is violent and rough. But the arc of 6013 is softer than 6011.The composition of fluxThe flux which surrounds the electrode is an important indicator for the application of the welding rod by the welder. The composition of 6011 flux is cellulose potassium which is also known as a fast freeze. On the other hand, the high potassium rod is the flux for 6013.Type of slagThe slag type of 6011 is mostly thin and flaky but the 6013 produces a dense slag. Now, the advantage of 6011 is, the welding never peels off over time but for 6013, the welding doesnt last long. (Read more about 1/8 vs 3/32 Welding Rods).UsageThe 6011 electrodes are highly used in the maintenance work in the mining and shipping industry where the sheet is galvanized, painted, or rusty and also for manufacturing any metal structure. Since it can be used in all directions and the weld cooling happens real fast, the rod is popular among many welders.In comparison, the 6013 electrode creates a smoother arc in thin sheets where appearance is more important than penetration frames or body of bus or truck, furniture, sculpture can be welded by 6013.Frequently Asked Questions (FAQs)Q. What is the best all-purpose welding rod?Answer: It should be the 6011 welding rod because 3/32 or 1/8 sized rod in your toolbox can help you anytime and any type of work with fast-fill freeze technology.Q. How do you store a 6011 welding rod?Answer: you can store all the unused 6011 welding rods on a dry storage box because no moisture absorption happens for this welding rod.Q. Can you weld uphill with 6013?Answer: it is possible but since it uses AC polarity, the welding might not look too good.VerdictIn the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

Buying an electrode for your welding machine without knowing the properties is a waste of time and money. So, let me tell you everything you need to know.What Is 6011 Welding Rod?A welding electrode that can stand 60,000 PSI pressure, can be used in any position, and has deep penetration properties is known as 6011 Welding Rod. This rod is popular among welders because it can weld on any rough surface regardless of dust, paint, or contamination.What Is 6013 Welding Rod?If you are welding in thin sheets of metal and over a clean surface, 6013 must be your first choice. Thats because high potassium in the composition gives a stable arc than other welding electrodes. Besides, this one is a fill-freeze rod that can be used in either AC or DC.6011 vs 6013 Welding Rods: A Detailed ComparisonBefore jumping to the conclusion of which one should be your preferred welding rod lets take a quick look at the comparison of 6011 vs 6013 welding rod.Penetration of the weldAlmost all the features are the same for both the welding rods but the main thing that differentiates them from each other is the depth of penetration. 6013 electrodes usually weld best on the thin metal sheets where deep penetration is not required, while 6011 penetrates deeply in thick metals.Power sourcesBoth of these electrodes can work on AC and DC current. But when deep penetration is needed it can be helpful to use Direct Currents rather than Alternating Currents. Therefore, the arc of 6011 will be better if you work on DC polar and for 6013, AC polar will be the best.Arc characteristicsSince 6011 uses direct current and the penetration is deeper, Arc of 6011 is violent and rough. But the arc of 6013 is softer than 6011.The composition of fluxThe flux which surrounds the electrode is an important indicator for the application of the welding rod by the welder. The composition of 6011 flux is cellulose potassium which is also known as a fast freeze. On the other hand, the high potassium rod is the flux for 6013.Type of slagThe slag type of 6011 is mostly thin and flaky but the 6013 produces a dense slag. Now, the advantage of 6011 is, the welding never peels off over time but for 6013, the welding doesnt last long. (Read more about 1/8 vs 3/32 Welding Rods).UsageThe 6011 electrodes are highly used in the maintenance work in the mining and shipping industry where the sheet is galvanized, painted, or rusty and also for manufacturing any metal structure. Since it can be used in all directions and the weld cooling happens real fast, the rod is popular among many welders.In comparison, the 6013 electrode creates a smoother arc in thin sheets where appearance is more important than penetration frames or body of bus or truck, furniture, sculpture can be welded by 6013.Frequently Asked Questions (FAQs)Q. What is the best all-purpose welding rod?Answer: It should be the 6011 welding rod because 3/32 or 1/8 sized rod in your toolbox can help you anytime and any type of work with fast-fill freeze technology.Q. How do you store a 6011 welding rod?Answer: you can store all the unused 6011 welding rods on a dry storage box because no moisture absorption happens for this welding rod.Q. Can you weld uphill with 6013?Answer: it is possible but since it uses AC polarity, the welding might not look too good.VerdictIn the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

A welding electrode that can stand 60,000 PSI pressure, can be used in any position, and has deep penetration properties is known as 6011 Welding Rod. This rod is popular among welders because it can weld on any rough surface regardless of dust, paint, or contamination.What Is 6013 Welding Rod?If you are welding in thin sheets of metal and over a clean surface, 6013 must be your first choice. Thats because high potassium in the composition gives a stable arc than other welding electrodes. Besides, this one is a fill-freeze rod that can be used in either AC or DC.6011 vs 6013 Welding Rods: A Detailed ComparisonBefore jumping to the conclusion of which one should be your preferred welding rod lets take a quick look at the comparison of 6011 vs 6013 welding rod.Penetration of the weldAlmost all the features are the same for both the welding rods but the main thing that differentiates them from each other is the depth of penetration. 6013 electrodes usually weld best on the thin metal sheets where deep penetration is not required, while 6011 penetrates deeply in thick metals.Power sourcesBoth of these electrodes can work on AC and DC current. But when deep penetration is needed it can be helpful to use Direct Currents rather than Alternating Currents. Therefore, the arc of 6011 will be better if you work on DC polar and for 6013, AC polar will be the best.Arc characteristicsSince 6011 uses direct current and the penetration is deeper, Arc of 6011 is violent and rough. But the arc of 6013 is softer than 6011.The composition of fluxThe flux which surrounds the electrode is an important indicator for the application of the welding rod by the welder. The composition of 6011 flux is cellulose potassium which is also known as a fast freeze. On the other hand, the high potassium rod is the flux for 6013.Type of slagThe slag type of 6011 is mostly thin and flaky but the 6013 produces a dense slag. Now, the advantage of 6011 is, the welding never peels off over time but for 6013, the welding doesnt last long. (Read more about 1/8 vs 3/32 Welding Rods).UsageThe 6011 electrodes are highly used in the maintenance work in the mining and shipping industry where the sheet is galvanized, painted, or rusty and also for manufacturing any metal structure. Since it can be used in all directions and the weld cooling happens real fast, the rod is popular among many welders.In comparison, the 6013 electrode creates a smoother arc in thin sheets where appearance is more important than penetration frames or body of bus or truck, furniture, sculpture can be welded by 6013.Frequently Asked Questions (FAQs)Q. What is the best all-purpose welding rod?Answer: It should be the 6011 welding rod because 3/32 or 1/8 sized rod in your toolbox can help you anytime and any type of work with fast-fill freeze technology.Q. How do you store a 6011 welding rod?Answer: you can store all the unused 6011 welding rods on a dry storage box because no moisture absorption happens for this welding rod.Q. Can you weld uphill with 6013?Answer: it is possible but since it uses AC polarity, the welding might not look too good.VerdictIn the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

If you are welding in thin sheets of metal and over a clean surface, 6013 must be your first choice. Thats because high potassium in the composition gives a stable arc than other welding electrodes. Besides, this one is a fill-freeze rod that can be used in either AC or DC.6011 vs 6013 Welding Rods: A Detailed ComparisonBefore jumping to the conclusion of which one should be your preferred welding rod lets take a quick look at the comparison of 6011 vs 6013 welding rod.Penetration of the weldAlmost all the features are the same for both the welding rods but the main thing that differentiates them from each other is the depth of penetration. 6013 electrodes usually weld best on the thin metal sheets where deep penetration is not required, while 6011 penetrates deeply in thick metals.Power sourcesBoth of these electrodes can work on AC and DC current. But when deep penetration is needed it can be helpful to use Direct Currents rather than Alternating Currents. Therefore, the arc of 6011 will be better if you work on DC polar and for 6013, AC polar will be the best.Arc characteristicsSince 6011 uses direct current and the penetration is deeper, Arc of 6011 is violent and rough. But the arc of 6013 is softer than 6011.The composition of fluxThe flux which surrounds the electrode is an important indicator for the application of the welding rod by the welder. The composition of 6011 flux is cellulose potassium which is also known as a fast freeze. On the other hand, the high potassium rod is the flux for 6013.Type of slagThe slag type of 6011 is mostly thin and flaky but the 6013 produces a dense slag. Now, the advantage of 6011 is, the welding never peels off over time but for 6013, the welding doesnt last long. (Read more about 1/8 vs 3/32 Welding Rods).UsageThe 6011 electrodes are highly used in the maintenance work in the mining and shipping industry where the sheet is galvanized, painted, or rusty and also for manufacturing any metal structure. Since it can be used in all directions and the weld cooling happens real fast, the rod is popular among many welders.In comparison, the 6013 electrode creates a smoother arc in thin sheets where appearance is more important than penetration frames or body of bus or truck, furniture, sculpture can be welded by 6013.Frequently Asked Questions (FAQs)Q. What is the best all-purpose welding rod?Answer: It should be the 6011 welding rod because 3/32 or 1/8 sized rod in your toolbox can help you anytime and any type of work with fast-fill freeze technology.Q. How do you store a 6011 welding rod?Answer: you can store all the unused 6011 welding rods on a dry storage box because no moisture absorption happens for this welding rod.Q. Can you weld uphill with 6013?Answer: it is possible but since it uses AC polarity, the welding might not look too good.VerdictIn the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

Before jumping to the conclusion of which one should be your preferred welding rod lets take a quick look at the comparison of 6011 vs 6013 welding rod.Penetration of the weldAlmost all the features are the same for both the welding rods but the main thing that differentiates them from each other is the depth of penetration. 6013 electrodes usually weld best on the thin metal sheets where deep penetration is not required, while 6011 penetrates deeply in thick metals.Power sourcesBoth of these electrodes can work on AC and DC current. But when deep penetration is needed it can be helpful to use Direct Currents rather than Alternating Currents. Therefore, the arc of 6011 will be better if you work on DC polar and for 6013, AC polar will be the best.Arc characteristicsSince 6011 uses direct current and the penetration is deeper, Arc of 6011 is violent and rough. But the arc of 6013 is softer than 6011.The composition of fluxThe flux which surrounds the electrode is an important indicator for the application of the welding rod by the welder. The composition of 6011 flux is cellulose potassium which is also known as a fast freeze. On the other hand, the high potassium rod is the flux for 6013.Type of slagThe slag type of 6011 is mostly thin and flaky but the 6013 produces a dense slag. Now, the advantage of 6011 is, the welding never peels off over time but for 6013, the welding doesnt last long. (Read more about 1/8 vs 3/32 Welding Rods).UsageThe 6011 electrodes are highly used in the maintenance work in the mining and shipping industry where the sheet is galvanized, painted, or rusty and also for manufacturing any metal structure. Since it can be used in all directions and the weld cooling happens real fast, the rod is popular among many welders.In comparison, the 6013 electrode creates a smoother arc in thin sheets where appearance is more important than penetration frames or body of bus or truck, furniture, sculpture can be welded by 6013.Frequently Asked Questions (FAQs)Q. What is the best all-purpose welding rod?Answer: It should be the 6011 welding rod because 3/32 or 1/8 sized rod in your toolbox can help you anytime and any type of work with fast-fill freeze technology.Q. How do you store a 6011 welding rod?Answer: you can store all the unused 6011 welding rods on a dry storage box because no moisture absorption happens for this welding rod.Q. Can you weld uphill with 6013?Answer: it is possible but since it uses AC polarity, the welding might not look too good.VerdictIn the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

Almost all the features are the same for both the welding rods but the main thing that differentiates them from each other is the depth of penetration. 6013 electrodes usually weld best on the thin metal sheets where deep penetration is not required, while 6011 penetrates deeply in thick metals.Power sourcesBoth of these electrodes can work on AC and DC current. But when deep penetration is needed it can be helpful to use Direct Currents rather than Alternating Currents. Therefore, the arc of 6011 will be better if you work on DC polar and for 6013, AC polar will be the best.Arc characteristicsSince 6011 uses direct current and the penetration is deeper, Arc of 6011 is violent and rough. But the arc of 6013 is softer than 6011.The composition of fluxThe flux which surrounds the electrode is an important indicator for the application of the welding rod by the welder. The composition of 6011 flux is cellulose potassium which is also known as a fast freeze. On the other hand, the high potassium rod is the flux for 6013.Type of slagThe slag type of 6011 is mostly thin and flaky but the 6013 produces a dense slag. Now, the advantage of 6011 is, the welding never peels off over time but for 6013, the welding doesnt last long. (Read more about 1/8 vs 3/32 Welding Rods).UsageThe 6011 electrodes are highly used in the maintenance work in the mining and shipping industry where the sheet is galvanized, painted, or rusty and also for manufacturing any metal structure. Since it can be used in all directions and the weld cooling happens real fast, the rod is popular among many welders.In comparison, the 6013 electrode creates a smoother arc in thin sheets where appearance is more important than penetration frames or body of bus or truck, furniture, sculpture can be welded by 6013.Frequently Asked Questions (FAQs)Q. What is the best all-purpose welding rod?Answer: It should be the 6011 welding rod because 3/32 or 1/8 sized rod in your toolbox can help you anytime and any type of work with fast-fill freeze technology.Q. How do you store a 6011 welding rod?Answer: you can store all the unused 6011 welding rods on a dry storage box because no moisture absorption happens for this welding rod.Q. Can you weld uphill with 6013?Answer: it is possible but since it uses AC polarity, the welding might not look too good.VerdictIn the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

Both of these electrodes can work on AC and DC current. But when deep penetration is needed it can be helpful to use Direct Currents rather than Alternating Currents. Therefore, the arc of 6011 will be better if you work on DC polar and for 6013, AC polar will be the best.Arc characteristicsSince 6011 uses direct current and the penetration is deeper, Arc of 6011 is violent and rough. But the arc of 6013 is softer than 6011.The composition of fluxThe flux which surrounds the electrode is an important indicator for the application of the welding rod by the welder. The composition of 6011 flux is cellulose potassium which is also known as a fast freeze. On the other hand, the high potassium rod is the flux for 6013.Type of slagThe slag type of 6011 is mostly thin and flaky but the 6013 produces a dense slag. Now, the advantage of 6011 is, the welding never peels off over time but for 6013, the welding doesnt last long. (Read more about 1/8 vs 3/32 Welding Rods).UsageThe 6011 electrodes are highly used in the maintenance work in the mining and shipping industry where the sheet is galvanized, painted, or rusty and also for manufacturing any metal structure. Since it can be used in all directions and the weld cooling happens real fast, the rod is popular among many welders.In comparison, the 6013 electrode creates a smoother arc in thin sheets where appearance is more important than penetration frames or body of bus or truck, furniture, sculpture can be welded by 6013.Frequently Asked Questions (FAQs)Q. What is the best all-purpose welding rod?Answer: It should be the 6011 welding rod because 3/32 or 1/8 sized rod in your toolbox can help you anytime and any type of work with fast-fill freeze technology.Q. How do you store a 6011 welding rod?Answer: you can store all the unused 6011 welding rods on a dry storage box because no moisture absorption happens for this welding rod.Q. Can you weld uphill with 6013?Answer: it is possible but since it uses AC polarity, the welding might not look too good.VerdictIn the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

Since 6011 uses direct current and the penetration is deeper, Arc of 6011 is violent and rough. But the arc of 6013 is softer than 6011.The composition of fluxThe flux which surrounds the electrode is an important indicator for the application of the welding rod by the welder. The composition of 6011 flux is cellulose potassium which is also known as a fast freeze. On the other hand, the high potassium rod is the flux for 6013.Type of slagThe slag type of 6011 is mostly thin and flaky but the 6013 produces a dense slag. Now, the advantage of 6011 is, the welding never peels off over time but for 6013, the welding doesnt last long. (Read more about 1/8 vs 3/32 Welding Rods).UsageThe 6011 electrodes are highly used in the maintenance work in the mining and shipping industry where the sheet is galvanized, painted, or rusty and also for manufacturing any metal structure. Since it can be used in all directions and the weld cooling happens real fast, the rod is popular among many welders.In comparison, the 6013 electrode creates a smoother arc in thin sheets where appearance is more important than penetration frames or body of bus or truck, furniture, sculpture can be welded by 6013.Frequently Asked Questions (FAQs)Q. What is the best all-purpose welding rod?Answer: It should be the 6011 welding rod because 3/32 or 1/8 sized rod in your toolbox can help you anytime and any type of work with fast-fill freeze technology.Q. How do you store a 6011 welding rod?Answer: you can store all the unused 6011 welding rods on a dry storage box because no moisture absorption happens for this welding rod.Q. Can you weld uphill with 6013?Answer: it is possible but since it uses AC polarity, the welding might not look too good.VerdictIn the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

The flux which surrounds the electrode is an important indicator for the application of the welding rod by the welder. The composition of 6011 flux is cellulose potassium which is also known as a fast freeze. On the other hand, the high potassium rod is the flux for 6013.Type of slagThe slag type of 6011 is mostly thin and flaky but the 6013 produces a dense slag. Now, the advantage of 6011 is, the welding never peels off over time but for 6013, the welding doesnt last long. (Read more about 1/8 vs 3/32 Welding Rods).UsageThe 6011 electrodes are highly used in the maintenance work in the mining and shipping industry where the sheet is galvanized, painted, or rusty and also for manufacturing any metal structure. Since it can be used in all directions and the weld cooling happens real fast, the rod is popular among many welders.In comparison, the 6013 electrode creates a smoother arc in thin sheets where appearance is more important than penetration frames or body of bus or truck, furniture, sculpture can be welded by 6013.Frequently Asked Questions (FAQs)Q. What is the best all-purpose welding rod?Answer: It should be the 6011 welding rod because 3/32 or 1/8 sized rod in your toolbox can help you anytime and any type of work with fast-fill freeze technology.Q. How do you store a 6011 welding rod?Answer: you can store all the unused 6011 welding rods on a dry storage box because no moisture absorption happens for this welding rod.Q. Can you weld uphill with 6013?Answer: it is possible but since it uses AC polarity, the welding might not look too good.VerdictIn the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

The slag type of 6011 is mostly thin and flaky but the 6013 produces a dense slag. Now, the advantage of 6011 is, the welding never peels off over time but for 6013, the welding doesnt last long. (Read more about 1/8 vs 3/32 Welding Rods).UsageThe 6011 electrodes are highly used in the maintenance work in the mining and shipping industry where the sheet is galvanized, painted, or rusty and also for manufacturing any metal structure. Since it can be used in all directions and the weld cooling happens real fast, the rod is popular among many welders.In comparison, the 6013 electrode creates a smoother arc in thin sheets where appearance is more important than penetration frames or body of bus or truck, furniture, sculpture can be welded by 6013.Frequently Asked Questions (FAQs)Q. What is the best all-purpose welding rod?Answer: It should be the 6011 welding rod because 3/32 or 1/8 sized rod in your toolbox can help you anytime and any type of work with fast-fill freeze technology.Q. How do you store a 6011 welding rod?Answer: you can store all the unused 6011 welding rods on a dry storage box because no moisture absorption happens for this welding rod.Q. Can you weld uphill with 6013?Answer: it is possible but since it uses AC polarity, the welding might not look too good.VerdictIn the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

The 6011 electrodes are highly used in the maintenance work in the mining and shipping industry where the sheet is galvanized, painted, or rusty and also for manufacturing any metal structure. Since it can be used in all directions and the weld cooling happens real fast, the rod is popular among many welders.In comparison, the 6013 electrode creates a smoother arc in thin sheets where appearance is more important than penetration frames or body of bus or truck, furniture, sculpture can be welded by 6013.Frequently Asked Questions (FAQs)Q. What is the best all-purpose welding rod?Answer: It should be the 6011 welding rod because 3/32 or 1/8 sized rod in your toolbox can help you anytime and any type of work with fast-fill freeze technology.Q. How do you store a 6011 welding rod?Answer: you can store all the unused 6011 welding rods on a dry storage box because no moisture absorption happens for this welding rod.Q. Can you weld uphill with 6013?Answer: it is possible but since it uses AC polarity, the welding might not look too good.VerdictIn the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

In comparison, the 6013 electrode creates a smoother arc in thin sheets where appearance is more important than penetration frames or body of bus or truck, furniture, sculpture can be welded by 6013.Frequently Asked Questions (FAQs)Q. What is the best all-purpose welding rod?Answer: It should be the 6011 welding rod because 3/32 or 1/8 sized rod in your toolbox can help you anytime and any type of work with fast-fill freeze technology.Q. How do you store a 6011 welding rod?Answer: you can store all the unused 6011 welding rods on a dry storage box because no moisture absorption happens for this welding rod.Q. Can you weld uphill with 6013?Answer: it is possible but since it uses AC polarity, the welding might not look too good.VerdictIn the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

Answer: It should be the 6011 welding rod because 3/32 or 1/8 sized rod in your toolbox can help you anytime and any type of work with fast-fill freeze technology.Q. How do you store a 6011 welding rod?Answer: you can store all the unused 6011 welding rods on a dry storage box because no moisture absorption happens for this welding rod.Q. Can you weld uphill with 6013?Answer: it is possible but since it uses AC polarity, the welding might not look too good.VerdictIn the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

Answer: you can store all the unused 6011 welding rods on a dry storage box because no moisture absorption happens for this welding rod.Q. Can you weld uphill with 6013?Answer: it is possible but since it uses AC polarity, the welding might not look too good.VerdictIn the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

Answer: it is possible but since it uses AC polarity, the welding might not look too good.VerdictIn the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

In the process of stick welding, the welding rod plays a vital role. And I hope, through this article about 6011 vs 6013 welding rod, you will be able to differentiate your preferences and choose the right electrode for you.Otherwise, the welding might not come out as you expected. Follow the instructions of the manual given by the manufacturer and always take necessary safety measures before working.

how to weld with a 6013 welding rod | career trend

how to weld with a 6013 welding rod | career trend

The 6013 electrode or welding rod is designed for light to medium penetration all-purpose welding. This electrode is for use on carbon steel and can be used to weld with any polarity. It is a popular electrode for beginners because it has a very stable arc that makes it a good choice for poor fitting joints.

Position yourself so that you can always see the end of your electrode and the arc produced by the welding process. Keep your body in position for the weld you are making and keep your head out of the smoke produced while welding.

Based in West Virginia, Carl Adams has been writing professionally since 2005. His articles have been published on various how-to sites such as eHow. He runs several websites, and his writing interests include education, computers, welding and technology. He holds an Associate of Applied Science in electronic and computer engineering from the National Institute of Technology.

welding rod chart & classification

welding rod chart & classification

Welding is the process of fusing two pieces of metals (also called workpiece) together. This is accomplished by passing electric current from the welding electrode to the workpiece that creates an electric arc. The electric arc heats and melts the two metals together, which in turn, fuses the two metals together resulting in a stronger bond. The welding machine supplies the electric current which is either in the form of alternating current (AC) or direct current (DC).

The welding electrode, which is commonly known as welding rod, is a piece of flux-coated metal wire that also acts as filler when used in the welding process known as the shielded metal arc welding or SMAW. In the SMAW process, also commonly referred to as stick welding, the welding rod (a.k.a. stick electrodes) melts along with the workpiece, acting as filler. Due to this action, the welding rod is generally categorized as consumable electrodes type.

The welding rod is primarily consisting of a metal wire or rod and its outer flux coating. This metal rod melts when the electric arc is created and becomes part of the weld. This metal rod should be usually similar or identical material to the workpiece. However, there are welding cases that the welding rod and workpiece are of dissimilar materials.

The flux coating is the material that decomposes into a shielding gas during the welding process. The gas shielding protects the weld poolthe molten steelfrom being contaminated by the atmospheric gas. Part of these flux coating likewise turns into a kind of plaque known as slag, which protects the weld as it cools.

The American Welding Society (AWS) has devised an alpha-numeric system for naming welding rods. At present, this naming system is arguably the most widely used system to identify a welding rod. This alphanumeric system reveals the designed used and welding characteristics that differentiate each welding rod.

If you are a beginner in the welding industry, you may be confused upon looking at the welding rod classification, for you would readily notice that the welding rod chart have numerical digits. You should not be perplexed with these numbers for these numbers correspond to certain values. If you would take, for example, the 7018 welding rod, you would notice that there are four numerical digits. The first two numbers of 7018 correspond to the tensile strength or the stress-bearing capability of the weld bead. Hence, in the case of 7018 welding rod, the weld bead can withstand 70,000 lbs. Per square inch. For this reason, the higher the first two numbers, the higher the strength of the electrode.

The third digit, on the other hand, refers to the number of positions in which the welding rod can be used. It would be good to remember that there are four primary welding positions, namely, the flat, horizontal, vertical, and overhead positions. A number 1 on the third digit, therefore, basically means that it can be used for all four welding positions.

The last digit, however, refers to the coatings used on the electrodes. Electrodes are usually coated with varying chemicals to protect the joints when welding. These chemical coatings can determine the amount of current that could be applied during the welding process. Moreover, welding power supply varies according to the amount of current needed in the welding process. The power supply can be as simple as a car battery or as sophisticated as the high-frequency inverter that uses IGBT technology and can be controlled by a computer. Hence, the last digit together with the penultimate digit may indicate which type of power supply is appropriate for the welding processwhether it would be AC, DC+ or DC-.

There are different types of materials used as a flux coating. These materials include rutile (TiO- titanium dioxide or Titania), calcium fluoride (CaF), iron powder, and cellulose. These materials or mixture of these materials and/or other additional materials are used to allow certain types or different types of current to be used during the welding process. For example, specific electrodes use reverse polarity or DC+ current for welding; another would use direct polarity DC- current; some electrodes, however, could use both DC+ or DC- in lieu of each. But the majority of electrodes can also use alternating current (AC) instead of the already mentioned DC types. Moreover, welding rods are divided into three groups in accordance with welding characteristics. These groups are the following:

Fast-Fill Welding Rods The fast-fill welding rods are designed to melt allowing maximized welding speed quickly. These welding rods are excellent only for flat, horizontal position welding jobs. Fast-fill are heavily coated electrodes that produce a lot of slags on top of the weld.

Fast-Freeze Welding Rods The fast-freeze welding rods are quick to solidify and allow for all welding position. During the welding process, the weld pool readily solidifies, and this quick solidification prevents it from shifting. The fast-freeze are also commonly associated with reverse polarity (DC+) but can also operate with AC power. Fast-freeze welding rods produce flat beads and minimal slag.

Fill-Freeze Welding Rods The fill-freeze also known as fast-follow electrodes are general-purpose welding rods that produce wide coverage of slags. Fill-freeze are commonly known as straight polarity (DC-) electrodes, but they can also use AC or alternating current.

A group of electrodes known as the low-hydrogen welding rods is also recognized by welding pedagogues as the fourth group of welding rods. These low-hydrogen welding rods are designed to weld high-carbon or high-sulfur steel. These welding rods reduce hydrogen absorption by producing X-ray quality deposits on the weld.

The 6013 welding rod is capable of withstanding 60,000 lbs. of stress per square inch. Since its third digit is 1, it means that it can be used for all welding positions. Although the 6013 has a lesser tensile strength than the 7018 welding rod, it is still pretty strong and can complete most welding projects. The last two digits of 6013 also indicate that its electrode has a high titanium-potassium coating, and for this reason, it is compatible with almost all types of power supplies and currents. The use, therefore, of 6013 provides pro welders with more versatility for they can alternately utilize this welding rod using different types of currents.

Sometimes beginners in the welding process are first introduced to other types of welding rods like those of the 6010 and 7018 welding rods, and for this reason, they fail to see the advantages concomitant with the use of 6013. But once they begin to use the 6013, they immediately discover its advantages. They also learn that 6013 can be easily paired with small and entry-level welding machines.

The good thing about the 6013 welding rod is that it is ideal for smaller welding jobs because it allows for medium-range penetration on thinner metal sheets. The downside of using 6013 is that it produces more spatter than that of the 7018. However, you can readily remove these slags as quickly as they appear. Hence, the end-result of using 6013 is surely clean and optically appealing.

As explained above, the 7018 welding rod is capable of withstanding the pressure of 70,000 pounds per cubic square inch. The third digit also indicates that it is an all-position rod. Moreover, the last two digits of this welding rod also tell us that the electrode is coated with iron powder with low hydrogen coating. Hence, both AC and DC+ currents can be used to operate this welding rod.

The 7018 welding rod is sometimes referred to as low-high rod. The reason for this is that the low hydrogen content of its electrodes generally produces smooth, yet very strong welds. The downside, however, of using 7018 welding rods is that these rods must be kept in moisture-free storage because moisture can radically reduce the lifespan of these rods. Moreover, these rods should not come in contact with water for water can also diminish its lifespan. For this reason, you need to store the 7018 rods in moisture-free storage like that of that of an oven of around 250F, especially, if you would not use them for several hours. Some pro welders usually have a purpose-built oven designed for storing these types of welding rods. However, if you dont have enough budget for this type of oven, you simply can create an improvised oven to keep your 7018 rods free of moisture.

If you have already used the 6010 and 6011 welding rods, you would readily notice that there is a semblance between these two types of welding rods. By simply considering their names, you would readily realize that both welding rods can withstand 60,000 pounds of pressure. Moreover, they are applicable for all types of welding positions. The differentiating factor that sets these two types of welding rods apart lies in the consideration of the last two digits of these two types of welding rods. The 6011 has very high coating level of cellulose potassium. Hence, it can operate using AC and DC+ currents. This implies too that 6011 is usable with any type of welding machines. You can also use it if you are operating bigger types of welding machines. Moreover, you can achieve deep welding penetration with this type of welding rod, and you can also readily use it with dirty and corroded metals because of its deep penetration capability. For this reason, it is ideal for repair welding works.

The downside, however, of the use of this type of rod is that it produces a bit of slag which is more difficult to remove than the slags produced by other welding rods. Hence, if you dont have enough patience and time for removing unwanted slag, you should instead opt for other types of welding rods.

The 6010 welding rod is ideal for deep penetration and welding on corroded and dirty metals; hence it is ideal for patchworks and repair jobs. The 6010 also has the coating of high cellulose sodium. This implies that you can only use it with DC+ current. Hence, it is pretty much useless if your power supply is AC. Compared to 6011, 6010 can perform more smoothly than that of the 6011, and produce easier-to-remove slag.

However, despite the easy availability of 6010 welding rod, it is in actuality very difficult to handle and use. The difficulty lies in the fact that its electrode is not easy to grip since it produces a highly tight arc. Hence, it is necessary to learn how to restrain and control the tight arc of 6010 before you can gain mastery of its use.

high quality 6013 welding rod carbon steel e6013 welding rod ,6013 electrode - eb castworld % high quality 6013 welding rod carbon steel e6013 welding rod ,6013 electrode

high quality 6013 welding rod carbon steel e6013 welding rod ,6013 electrode - eb castworld % high quality 6013 welding rod carbon steel e6013 welding rod ,6013 electrode

Leading supplier of high alloy castings and forgings. There are 4 companies with sales of more than 100 million yuan, across the 4 major areas of wear resistance, heat resistance, corrosion resistance, and machinery

6013 is the carbon steel electrode with titanium oxide coating has good welding process performance, AC and DC dual-purpose, stable arc, easy re arc striking, free strip transportation, good slag removal, small spatter, fine and beautiful weld joint, all kinds of welding positions can obtain satisfactory welding effect, with certain mechanical strength, plasticity and impact toughness.

it is used to weld the upper plate of ship made of ordinary strength marine steel. It is especially suitable for discontinuous welding of small sheet metal parts and short welds and cover welding with smooth surface.

Our production base for welding electrodes has five complete production lines and perfect inspection and test system, with an annual production capacity of more than 100000 tons, which are all exported to Europe, America, Southeast Asia and other markets. The large annual sales enable us to offer a competitive price for our product.

6013 mild steel electrodes | the harris products group

6013 mild steel electrodes | the harris products group

A versatile, deep penetrating steel electrode with smooth, stable arc characteristics. Its used for the welding of mild steels, galvanized and some low alloy steels. The coating produces a forceful, spray-type arc, resulting in deep penetrating welds. The slag is thin and easily removable.

differences of stick welding (7018 vs 6013)

differences of stick welding (7018 vs 6013)

Looking at an electrode, you can find the numbers stamped on the rods themselves. If you see the letter E on a rod, that means electrode. There is no difference between rods with or without the E. Its only the four-digit number that matters.

The most common electrode rods will start with 60 or 70. These digits correspond to how many kilopounds per square inch (KSI) of tensile strength the electrode will create. 60 signifies 60,000 pounds, while 70 equals 70,000 pounds. In many cases, this means the weld itself is stronger than the materials you're fusing. If youre welding for a simple home project, you will most likely use a lower number electrode. But if youre welding metal for a large-scale project, such as a construction site, you may find yourself needing an electrode with a higher number.

Once you know how many KSI you need, you can look at the second set of digits, which correspond to the rods flux coating. Higher numbers mean the rod has more coating. A 7018 rod will have more coating, while a 6013 rod will have less coating.

In addition to being part of the coating scale, the third number also signifies one of three possible electrode positions. The number 1 signifies an all-position electrode, which is the most flexible. The number 2 means flat or horizontal, while 4 means flat, horizontal, vertical down, and overhead.

If youre looking at different rods, there isnt one thats definitively better than the others. Your decision mostly dependson the project youre working on and what your experience level is. Many beginners will learn to use a 6013 in their welding classes. Unless a building project calls for a higher KSI value, the 6013 is a commonly used and reliable option. In many cases, the 7018 is an industry standard. In addition to having the higher KSI and coating, it's also a low-hydrogen option, meaning its less likely to cause cracking on crucial infrastructure projects like bridge construction. However, the rods lack of hydrogen does mean youll need to keep it in a rod oven to prevent it from absorbing moisture, which could weaken the rod. Once you know which type of welding stick you need for your project, visit Industrial Metal Supply. We sell an assortment of sizes and options, perfect for tackling most projects.

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