#7018 stick welding

[americanindustrialsupl-blog]

Guide to 7018 Stick Welding

7018 stick welding is a revered technique for its robustness and versatility. Essential for strong, resilient welds, mastering the 7018 electrode is valuable for both seasoned and novice welders.

Key Takeaways:

7018 electrodes offer high tensile strength and adaptability in various positions.

Proper storage of electrodes is crucial to prevent moisture uptake, preserving weld integrity.

A tight arc and correct amperage settings are essential for optimal welding performance.

Understanding 7018 Stick Welding:

The 7018 electrode, used in shielded metal arc welding (SMAW), has notable tensile strength (70,000 psi).

It comprises a low-hydrogen iron powder coating, demanding meticulous storage to prevent moisture absorption.

The electrode's numbering (70- tensile strength, 1- positional flexibility, 8- low-hydrogen flux composition) indicates its robustness and versatility.

Specifications and Applications:

Ideal for environments with high stress, the 7018 electrode resists cracking.

Key applications include pipe welding, pressure vessel construction, infrastructure projects, and repair work.

Mastering Techniques:

Mastery involves specific techniques like the drag technique, managing high deposition rates, and slag formation.

Managing arc length and distance is crucial, requiring practice for skill enhancement.

Optimizing Fillet Welds:

Techniques for fillet welding include managing the weld pool and overlapping passes, with best practices focusing on angle, speed, electrode manipulation, and heat input management.

Effective Storage Strategies:

Proper storage involves controlling temperature (250-300°F) and humidity, using air-tight containers, and possibly reconditioning if exposed to moisture.

Advanced Welding Techniques and Settings:

Vertical stick welding with 7018 requires precise amperage settings and technique adjustments for uphill and overhead welding.

Amperage settings vary with electrode diameter, material thickness, and welding position.

The interplay of welding position, rod size, and amperage is vital for optimal results.

Base Metal Temperature Effects:

Adjusting welding amperage based on the base metal temperature is crucial, especially in cold environments.

Strategic Guide to Purchasing 7018 Electrodes:

Considerations for purchasing include cost, project requirements, electrode size, manufacturer quality, and storage capabilities.

Polarity in Stick Welding:

Polarity, either AC or DCEP, significantly impacts welding performance, affecting penetration depth and arc stability.

Troubleshooting Common Welding Problems:

Addressing issues like arc blow, welding spatter, and weld cracking is essential for optimal performance.

Applications and Case Studies:

The 7018 electrode is widely used in structural steel applications, repair, and maintenance welds due to its strength, durability, and versatility.

Overall, mastering 7018 stick welding involves understanding the electrode's properties, practicing specific techniques, managing amperage and polarity, and addressing common issues effectively. The electrode's versatility makes it suitable for a wide range of industrial applications, emphasizing the importance of skill and knowledge in its use.

[roach-works]

Heya Roach,

Longtime follower (Been here since Lost Teeth like White Jewels), first time asker. I've mostly been a stick and mig welder at work. Well, mostly stick tbh, it feels the best, 7018 and 6010 my beloveds. But I'm trying my hand at fluxcore because I don't wanna deal with gas at home. I've done a little bit of NR-232, but I couldn't find any 232 in 12lb rolls, and it was such a picky wire as far as angle goes. So I'm going with NR-211-MP in .030. Which I've never used. Have you ever worked with 211, do you have any tips?

unfortunately no! im actually pretty bad at welding and i never remember anything about the settings i need to use and i can't actually do anything but MIG. luckily for me, you're allowed to be pretty bad at stuff when you're a man, so i continue to be just mediocre enough to earn a paycheck.

i would suggest finding the oldest guy at your workplace and asking him for help and then gritting your teeth through a lot of irrelevant advice in hopes you will get some good advice. it works more than it doesn't.

also i advise smashing the patriarchy so women can be mediocre at things too. i'm working on that one myself but don't expect the project will wrap up any time soon. good luck.

[orbitaldropshocktroopers]

guys who dont weld are always saying shit like "this 1" gap on 12 guage steel i just spray painted, weld it. also we dont have 6010, so youll have to do it with 7018. have fun sticking your rod asshole"

[the-bad-batch-baroness]

You weld 👀

I'm more of a TIG welder myself, and I can MIG weld circles around most, but those 7018 rods were so dang troublesome for me! I mean, they made beautiful beads, and the slag removal was *chef's kiss* 👌🏻, but I could never get my amperage right so they wouldn't stick 😩

I made a what the fandom thinks of you generator

edit: please remember

1. i have to read all the tags

2. ITS RANDOMLY GENERATED I AM SORRY IF YOU DONT LIKE YOUR RESULT BUT DO NOT FUCKING HARASS ME ABOUT IT

thank you

[mapleweldca]

Elevate Your Welding Projects: Buy Inweld 7018 Steel Stick Electrodes Online in Canada | Mapleweld

Welding is both an art and a science, demanding precision, expertise, and materials. Whether you’re a seasoned welder or a newcomer eager to explore this craft, the quality of your tools matters immensely. Enter the Inweld 7018 Steel Stick Electrodes, a gold standard in welding consumables. Known for their performance, versatility, and durability, these electrodes are a must-have for welders in Canada. And with Mapleweld, you can conveniently buy Inweld 7018 Steel Stick Electrodes online in Canada from the comfort of your home.

Why Are Inweld 7018 Steel Stick Electrodes a Game-Changer?

When it comes to welding, precision and reliability are non-negotiable. The Inweld 7018 Steel Stick Electrodes stand out for their ability to deliver clean, strong, and durable welds, even in demanding conditions. Here’s what makes them indispensable:

Exceptional Weld Quality

These electrodes are engineered for superior arc control, resulting in smooth, defect-free welds that require minimal post-weld cleanup.

Low-Hydrogen Design

Their low-hydrogen coating minimizes cracking risks, ensuring robust and long-lasting welds.

Versatile Applications

Whether you’re working on structural welding, repairing machinery, or fabricating automotive parts, Inweld 7018 electrodes excel in various tasks.

User-Friendly Performance

With easy arc striking and re-striking, these electrodes make every welding job more efficient, saving time and effort.

Why Welders in Canada Choose Mapleweld

For Canadian welders seeking a trusted supplier, Mapleweld is the go-to destination. With their comprehensive online store, you can buy Inweld 7018 Steel Stick Electrodes online in Canada with ease. Here’s why Mapleweld is the preferred choice:

Wide Product Range

From welding rods to cutting-edge accessories, Mapleweld offers everything you need for your welding projects.

Commitment to Quality

All products, including the Inweld 7018 electrodes, meet strict quality standards, ensuring top-notch performance and reliability.

Competitive Prices

Get premium welding supplies without breaking the bank. Mapleweld offers some of the most competitive prices in Canada.

Seamless Online Shopping

With an intuitive website, fast delivery, and secure payment options, Mapleweld makes it incredibly easy to order welding supplies online.

Expert Support

Need advice on choosing the right welding electrodes? Mapleweld’s knowledgeable team is just a click away.

The Benefits of Buying Welding Supplies Online

Gone are the days of driving from store to store in search of the perfect welding supplies. With Mapleweld, you can effortlessly buy Inweld 7018 Steel Stick Electrodes online in Canada and enjoy several benefits:

Convenience: Browse, compare, and order from anywhere, anytime.

Availability: Never worry about stock shortages. Mapleweld ensures consistent availability of top-quality welding products.

Time Savings: No more waiting in lines or dealing with in-store hassles.

Applications of Inweld 7018 Steel Stick Electrodes

The Inweld 7018 Steel Stick Electrodes are prized for their adaptability, making them ideal for a range of projects:

Structural Welding

Perfect for building and repairing steel structures, these electrodes provide strong and reliable welds.

Machinery Repairs

Heavy machinery often requires durable welds, and Inweld 7018 delivers the strength needed for long-lasting fixes.

Pipe Welding

Achieve seamless and defect-free welds for pipelines with these high-quality electrodes.

Automotive Fabrication

From customizing to repairing vehicles, these electrodes ensure precision and durability.

Tips for Using Inweld 7018 Electrodes

Keep Them Dry

Moisture can compromise the quality of low-hydrogen electrodes. Store them in a rod oven or a moisture-free environment

Clean the Base Metal

Ensure the metal surface is free of rust, dirt, or grease for optimal weld quality.

Choose the Right Settings

Adjust your welding machine to the recommended amperage for Inweld 7018 electrodes.

Practice Consistent Technique

Maintain a steady hand and travel speed to produce even, flawless weld beads.

Ready to Buy? Mapleweld Has You Covered

When it comes to sourcing reliable welding supplies, Mapleweld takes the guesswork out of the process. Their commitment to quality, affordability, and convenience makes them the ultimate destination for Canadian welders.

Whether you’re tackling a large-scale industrial project or a simple repair job, the Inweld 7018 Steel Stick Electrodes are the perfect choice for achieving professional results. Don’t settle for subpar materials—elevate your work with Mapleweld’s trusted products.

Visit Mapleweld today to buy Inweld 7018 Steel Stick Electrodes online in Canada and discover why welders across the country trust this exceptional brand.

Conclusion

Welding isn’t just about fusing metals; it’s about crafting durable and precise connections that stand the test of time. With the Inweld 7018 Steel Stick Electrodes, you get the quality and reliability you need to succeed in your projects. And thanks to Mapleweld, you can access these top-tier electrodes with just a few clicks.

Don’t wait—make your welding tasks smoother and more efficient. Buy Inweld 7018 Steel Stick Electrodes online in Canada | Mapleweld and experience the difference quality makes!

[wimpydave]

Back to Basics Stick Welding with 7018

[emaayi]

What is 7018 welding rod good for

The 7018 welding rods is an adjustable tool that is used for a large number of projects. It works with welding steel, aluminum, and other types of metals. It is also a good choice or option for repairs and fabrications.it is the foundation of structural welding.

There is a general rule, E7018 stick electrodes are a good way out for structural steel applications and jobs within the welding industry. including bridge, flyover, fighting vessel and pipeline, and atomic power plants.

It is highly recommended because of their smooth, stable and quiet arc, and their low spatter levels. It can produce stronger welds that feature minimal tractile strengths of 70,000 psi.

It is a compromise.electrode rod, and is mainly used for welding carbon steel.it has iron-based flux compound coating which is specified by a low hydrogen content, setting it apart from other welding rods.

For more information please check the link https://onetouchexim.com/product/welding-electrode-rod/mild-steel-electrode/7018-welding-rod/

[heavymachine123325]

7018 Welding Rod

[castonelectrode]

Welding Mid-Steel? Here Are the Top Rods You Should Use?

What is Mid Steel?

Mid-steel is a type of carbon steel that contains approximately 0.25–0.60% carbon content. It falls between low-carbon steel and high-carbon steel in terms of carbon composition. Some key properties of mid-steel include:

Higher strength than low-carbon steel

Better weldability than high-carbon steel

Machinability is fair

Can be heat treated to increase hardness

Welding rods are used to join two pieces of metal together through fusion welding processes like stick welding and gas metal arc welding. The welding rod fills the gap between the two base metals and forms a strong metallurgical bond.

Choosing the right type of welding rod is important to produce high-quality welds on mid-steel. The rod needs to match the base material properties and have sufficient strength to bind the joint. This article provides an overview of different welding rod types and discusses the optimal choice for welding mid-steel metalwork. The goal is to help readers select the best welding rod to use for their mid-steel welding projects and applications. Factors like weld appearance, strength, ductility, and usage considerations will be covered to provide a comprehensive guide.

Mid-Steel Characteristics

Mid-steel is a medium carbon steel alloy containing approximately 0.30% to 0.59% carbon content by weight. This level of carbon makes mid-steel stronger than low-carbon steels, but more weldable than higher-carbon steels.

The exact composition of mid-steel can vary but generally contains:

0.30% to 0.59% carbon

0.60% to 1.65% manganese

0.04% phosphorus

0.05% sulfuric

0.15% to 0.30% silicon

With this carbon content, mid-steel offers a good balance of strength, hardness, and ductility. It has yield strengths from 50,000 psi to 100,000 psi depending on the exact alloy.

Mid-steels are tougher and more durable than low-carbon steels. They are also more suitable for parts that require strengthening and wear resistance like vehicle axles, gears, shafts, and pressurized tubes.

However, mid-steels are more difficult to weld than low-carbon steels due to their higher carbon content and susceptibility to cracking. Preheating and post-weld heat treatment are often required. The right welding rod is critical for successful welds on mid-steel.

Choosing the Right Welding Rod

Choosing the proper welding rod is critical for high-quality welds on mid-steel. There are several factors to consider when selecting a rod:

Position and Joint Type — Certain rods work better for flat welds, while others excel on vertical or overhead positions. The joint type also matters as groove welds need deep penetration compared to fillet welds. Match the rod to your specific welding position and joint.

Strength and Composition — The rod must match the strength and composition of the base metal. Mid-steel is a medium carbon steel with a tensile strength of around 60–80 si, so rods like 6010, 6013, and 7018 are suitable. Avoid mismatching strength levels or carbon content.

Coatings — Rod coatings provide shielding gas, slag formation, arc stability, and metallurgical contributions to the weld. Common coatings like cellulose, iron powder, sodium, and potassium offer different benefits. Consider the coating effects for your application.

Properly evaluating these factors helps narrow down options to find the optimal rod for mid-steel. Matching welding process, metal chemistry, joint demands, and operating conditions ensures defect-free, quality welds.

6010 Welding Rods

The 6010 welding rod, also known as the E6010 rod, is a cellulose-covered, fast-freeze, deep penetrating rod suitable for welding dirty or rusty steel.

Overview

The 6010 rod contains a deep penetrating flux that helps burn through rust, oil, paint, or dirt that may be present on the base metal. It has a higher carbon and manganese content which helps increase the mechanical properties of the weld. The 6010 requires a DCEP electrode positive direct current.

Composition

The 6010 rod contains a rutile flux with high levels of titanium dioxide and iron powder added to the flux. It has added cellulose which provides a deep penetrating arc with a dense slag cover. The core wire contains 0.10% carbon and 1.4% manganese.

Characteristics

The 6010 produces an arc that penetrates deeply into the base metal which helps remove impurities. It has a medium arc force and drops a moderately heavy slag covering over the weld bead. The weld from 6010 has higher tensile strength but lower impact strength.

Pros for Mid Steel

Penetrates through rust and mill scale well

Good for welding on dirty or poorly prepared metals

Provides strong welds with higher tensile strength

Deep weld penetration

Cons for Mid Steel

Requires more welder skills to use successfully

Higher spatter levels

Slag is more difficult to remove after welding

Produces a less visually appealing weld bead

Lower impact strength than other rods

Limited all-position welding capability

6013 Welding Rods

The 6013 welding rod is an all-position rod type that is commonly used for welding mid-steel applications. Its composition includes cellulose as the flux coating along with titanium, potassium, and iron powders.

Some key characteristics of 6013 rods include:

Deep weld penetration due to the fast freeze slag system

Ability to weld in all positions

Produces smooth welds with minimal spatter

Versatile for welding mid-steel base metals

Pros of 6013 for Mid-Steel:

Provides deep penetration needed for mid-steel welds

Slag is easily removed after welding

Low hydrogen content minimizes cracking

Good bead appearance and minimal spatter

Cons of 6013 for Mid-Steel:

Requires more welding skill than other rods

Less forgiving than low-hydrogen rods

Higher spatter levels than more advanced rods

Limitations on out-of-position welds compared to 7018

While 6013 rods can produce quality welds on mid-steel, they require more skill and expertise compared to more advanced low-hydrogen rods. The 6013 is a good general-purpose rod but may not be the best match for all mid-steel welding applications.

7014 Welding Rods

The 7014 welding rod is a fast-freeze, low hydrogen rod suitable for welding mid-steel applications. This rod contains a higher amount of cellulose than other fast-freeze rods, giving it a crisp arc and minimal splatter.

Composition and Characteristics

The 7014 rod contains a potassium and calcium coating that provides a strong, initial arc force but dissipates quickly to enable a fast freeze. This minimizes distortion.

It has a cellulose coating that decomposes during welding to produce protective gases. This gives a smooth arc and minimal spatter.

The steel core wire contains 0.9–1.1% manganese, 0.4–0.6% silicon, and up to 0.5% copper.

7014 has fast freezing characteristics and works well on thin materials and in all positions. It produces minimal slag.

Pros for Mid-Steel Welding

The fast freeze and minimal slag make 7014 a good choice for thinner mid-steel welding projects.

The low spatter helps control distortion on mid-steel.

Works well in all positions. Can make flat, horizontal, vertical, and overhead welds.

Good bead appearance and minimal cleaning required after welding.

Cons for Mid-Steel Welding

Less penetration and deposition rate than other rods, requiring more passes.

Performs best under 200 amps. Not suitable for thicker mid-steel projects requiring higher amperage.

Requires more dexterity from the welder to control the fast freeze puddle.

So in summary, the 7014 rod works well for thinner gauge mid-steel projects requiring minimal distortion and spatter. The fast freeze properties help control the weld puddle on mid-steel. However, it has limitations on material thickness and amperage range.

7018 Welding Rods

7018 welding rods feature a coating that contains calcium carbonate and potassium silicate. This coating produces strong welds with high-impact properties.

The 7018 rod contains a medium titania potassium coating that results in a smooth, uniform bead appearance. The weld metal has better notch toughness than the 6010 and 6013 electrodes.

Pros for Welding Mid-Steel:

Versatile all-position welding abilities

Higher strength and impact properties compared to 6010/6013 rods

Deep weld penetration

Welds have a uniform appearance and minimal spatter

Excellent for vertical and overhead welding

Produces quality welds in rusty, dirty, or less-than-perfect conditions

Cons for Welding Mid-Steel:

Requires more skill/technique to use properly

Higher cost than 6010/6013 electrodes

Not ideal for thin materials

Increased risk of cracking with poor fit-up or technique

The thick flux coating and nickel content result in a strong, ductile weld that works well for mid-steel welding applications. While it takes more skill to use 7018 rods, the superior mechanical properties make it an excellent choice for critical welds on mid-steel projects.

7024 Welding Rods

The 7024 welding rod is an all-position rod suitable for welding mid-steel applications. It has a deep penetrating arc and can be used with AC and DC currents.

Composition and Characteristics

The 7024 rod contains 24% chromium and 5% nickel. It has a medium titanium oxide flux coating that provides a strong, steady arc. The 7024 rod produces neat welds with minimal spatter. It has good slag-release qualities.

The 7024 rod is capable of welding thicker and gap-bridging applications on mid-steel. It has higher tensile strength than 6010 or 7018 rods. The 7024 deposit has improved creep resistance and higher temperature strength.

Pros for Mid-Steel Welding

Deep penetration for thicker mid-steel sections

Higher strength than 6010/7018 rods

Minimal spatter

Good gap-bridging ability

AC/DC operation

Cons for Mid-Steel Welding

Requires more skill to use correctly

Higher cost than 6010/7018 rods

Higher hydrogen levels require post-weld heat treatment

Not suitable for sheet metal or thin sections

The 7024 rod is a good choice for high-quality mid-steel welds requiring deep penetration and high strength. However, it does come at a higher cost and skill requirement compared to other common rods. Proper technique is needed to avoid hydrogen-induced cracking.

Best Choice for Mid-Steel Welding Rod

When it comes to welding mid-steel, 7018 welding rods are the best choice. Here’s why:

7018 rods contain a coating that provides deep penetration and allows for a fast freeze, making them ideal for welding thicker mid-steel plates. The coating also produces minimal spatter.

The composition of 7018 rods makes them easy to strike and restart. This results in a good bead appearance and helps avoid cold laps on mid-steel welds.

7018 rods maintain strong ductility and toughness levels even when welding at higher amps on mid-steel. This reduces the risk of brittle, crack-prone welds.

The versatility of 7018 rods allows them to be used in all positions, which is useful when welding mid-steel structures or equipment.

To get the highest quality 7018 welds on mid-steel:

Maintain a short arc length to penetrate the mid-steel while still getting good bead shape and tie-in.

Use a dragging motion and oscillate the rod in a side-to-side whipping motion to make deeper beads with good fusion.

Keep the rod angles tight, about 5–15 degrees, for best penetration. Widen angles on fill passes.

Make sure the mid-steel is clean before welding to prevent contamination and porosity.

With the right technique, 7018 rods will provide the strongest, highest-quality welds on mid-steel welding projects. Their ease of use and versatility make them the go-to choice for both hobbyists and professionals.

Conclusion

Welding mid-steel requires using the proper type of electrode to achieve optimal strength and durability for the weld. Based on the various welding rods we have examined, 7018 electrodes provide the best match for welding mid-steel.

The key properties to consider when selecting a welding rod for mid-steel are its tensile strength, bondability, and crack resistance. 7018 rods have a tensile strength between 70,000–90,000 psi, making them suitable for mid-steel which falls within the 60,000–80,000 psi range. 7018 electrodes also provide deep weld penetration and minimal spatter.

Other good options like 6010 and 6013 welding rods have limitations in certain positions and may not provide the same level of crack resistance. While 7014 rods offer high strength, they require more skill to use properly on mid-steel applications.

For more information on selecting electrodes based on base metal characteristics, consult resources such as the American Welding Society’s Welding Handbook or the Lincoln Electric Welding Guide. Hands-on training courses are also available to help welders practice proper technique. With the right knowledge and electrodes like 7018, welding mid-steel can produce durable results.

[standardtitaniumu]

Types of Welding - TIG, Stick, and MIG Make Up 90% of All Welding

What are the different types of welding and what are they used for? If you are looking for a 20,000 foot view of the different types of welding along with applications, stick around for a minute, I think I can help.

Stick welding

Stick welding is often called Arc welding although that is kind of a misnomer because TIG welding and MIG welding are actually arc welding processes too. But ARC welding is what most people still call stick welding.  Stick welding is the old school kind of welding that grandpa used to do to fix his tractor in the barn. It uses a stick electrode like a 6013, 6011, or 7018 welding rod that is chucked up in an electrode holder that looks a little bit like a battery jumper cable clamp. The rod is struck like a match to get the arc going and the rod is fed into the puddle as it burns. Stick welding is pretty simple and the stick welding machine is simple too and also pretty cheap. You can buy a Lincoln 225 AC welding machine at any Home Depot for way less than 300 dollars.

MIG welding

Mig welding is considered one of the easiest types of welding to learn. Why? Because the rod does not have to be fed as it shortens like with stick welding. A wire is fed through a cable and out the end of the mig welding gun and all the operator is required to do is to pull the trigger and weld. Sounds easy right? Well it is not that easy. It is a little bit easier to learn than stick welding but only a little.

Titanium Tube

Mig welding actually kind of describes 2 types of welding...bare wire mig, AND flux core welding.

Bare wire mig is cleaner, and will weld thinner metal, but flux core is easier to use outdoors and does not require a cylinder of mig welding gas or a flow meter. Flux core welding is usually either used for cheap hobby welder s where the buyer does not want to spend the money for gas and a gas conversion kit, or for really heavy duty applications like earth moving equipment and heavy production welding.

TIG welding

TIG welding is considered one of the more difficult types of welding to learn...harder to master than mig or stick welding. That is because both hands are needed to tig weld. One hand holds a tig torch with a tungsten electrode that provides the arc and heat...and the other hand feeds the rod.  TIG welding equipment is generally more expensive and more difficult to set up because there is often a remote amperage foot pedal included and it takes a cylinder of argon or argon mix shielding gas to work.

Tig welding is the most versatile type of welding of all. Virtually all conventional metals can be welded with the tig process. Carbon and low alloy steels, stainless steel, nickel alloys, aluminum, magnesium, titanium, cobalt, and copper alloys can all be welded using this type of welding.

Plasma arc welding

Plasma arc welding is similar to tig welding except that the tungsten electrode is recessed inside a nozzle and the heat is created by ionizing gasses flowing around the arc. Plasma arc welding is used where high precision is required and in situations where a recessed electrode is beneficial.  Plasma arc welding is used extensively in aerospace applications for dimensional restoration of air seals and jet engine blade repair where thicknesses are often below .015" and amperages used are often single digit.

Gas welding

Gas welding is one of the old school types of welding.  Oxygen and Acetylene is the most popular setup for a gas welding kit and gas welding is still used a lot for automotive exhaust applications, as well as by homebuilt airplane enthusiasts for welding 4130 chromoly tubing for airplane fuselages.  It works. It's portable. And it is fairly versatile... There are still some people that swear by gas welding even for welding aluminum.

Titanium Sheet

Some people believe that tig welding is much better than gas welding. I am one of those people.

Electron beam and laser welding. 

These types of welding are considered high energy welding processes because they pinpoint heat so much better than older more conventional types of welding. Electron beam welding can penetrate through 6 inches of steel without any bevel.

Laser welding can pinpoint heat so precisely that weld metal can be deposited on a tool steel injection mold cavity so precisely that heat treatments can be eliminated and only minimal machining is needed in order to restore dimensions.

[lextechlighting]

Running that #pipe life on my coupon. #lincoln #viking 1957 #idealarc 300 ac/dc #excalibur #7018 #rod #stick #weld #welding #welder #radnor #vintage

[sithhoplite]

This was me today.

7018 is a sticky jerk.

[baguetesgarage-blog]

Construção de corrimão, outro projeto antigo, para primeira vez até que não saíu mal 👌 #baguetesgarage #weld #welder #welding #weldingmachine #handrail #rail #homemade #diy #selftaught #steel #mildsteel #7018 #fluxcore #stick #stickwelder #stickweld #mig #gasless #gaslessmig #gaslessmigwelding https://www.instagram.com/p/B1lP-pbhLck/?igshid=1lhsndn41u382

[johnbpitre]

Stick Welding Tips and Basics

If you want to learn stick welding it will take practice and a little patience to learn to do it in a way that will produce fine welds. This is an important thing to remember although some people may say they never had to practice much.

Stick welding is one of the basic methods of welding that many students learn as they are just beginning to learn welding. This is also a method of welding that is high in demand because people need this help whether they are working iron, pie, boilers or building ships.

You will find that you will need the skills of all types of positions including flat and horizontal and ventricle or overhead welding. All of these will take some time to learn and some will be more challenging than others.

Here are some tips to help you make a better weld:

1. The right electrode for the job -- many people aren't sure of the size of the electrode they should use and this is important to know. The size of the electrode will depend on the situation you are welding within. In this situation you will be fighting against gravity if you are doing the weld vertically so you will want to use an electrode that is AWS classified as 7018 because they are low in their powder content.

2. A weld shelf makes a good guide -- if you are doing vertical or horizontal welding you will need something that the electrode can follow so you don't loose any of it to gravity. You can do this by creating a serious of little shelves so you can do a section at a time so that you can continue to work above a weld that you have already laid. This will create a situation where one puddle will freeze in time to hold the next weld.

3. Don't undercut if possible -- this can happen because you have to weave the electrode and sometimes your work may be gouged and not have enough fill metal. When this occurs, you will be working against gravity because it will work to pull your fill metal away from the space you are working. You can reduce your puddle size to help you have more control in this situation.

4. Stay away from weird sizes for your metal -- most metal will come in specific sizes that are always common. These metals will be easier to find and you can weld them fester. Stick with the ones that are AISI-SAE 1015 to 1025 so that you can be sure that you have what you need.

5. Make sure you know your arc length -- a good rule of thumb is to use an arc length that is the same distance from the metal as your electrode's thickness. As an example, if you have an electrode that is ¼" thick, then have your arc ¼" thick. Also remember that as you use the electrode, you will have to move it closer to the metal.

Read Full Article Here: Stick Welding Tips and Basics

[sithhoplite]

Yesterday I took my first step in a new direction for my life. I chose to learn a new skill, one five years ago I couldn't have imagined even thinking about. Putting on my PPE (Personal Protective Equipment) for welding, stepping into the welding booth and striking that first arc I confronted more than a few fears.

Was I scared the first few times the arc happened and I tried to put down beads on a piece of metal, sure was. Did I get frustrated to the point of almost crying when my electrode would stick to the metal and I had to take it off and try again, sure did. Did I take a walk, deep breath and try again and again until I was able to put down a few, shaky rows and not feel afraid when the arc was struck, you're damn right I did.

I have a loooong way to go to even be able to pass the competency in using the 7018 electrode let alone weld a T-joint or move onto the 6010 but I will get there. Yesterday was step one, a very frustrating, back and forth step one but I moved forward even incrementally.