Channel Title: Weldingday Channel Description: Gas tungsten arc welding (GTAW), also known as tungsten inert gas (TIG) welding, is an arc welding process that uses a non-consumable tungsten electrode to produce the weld. The weld area and electrode are protected from oxidation or other atmospheric contamination by an inert shielding gas (argon or helium). A filler metal is normally used, though some welds, known as autogenous welds, or fusion welds do not require it. When helium is used, this is known as heliarc welding. A constant-current welding power supply produces electrical energy, which is conducted across the arc through a column of highly ionized gas and metal vapors known as a plasma. GTAW is most commonly used to weld thin sections of stainless steel and non-ferrous metals such as aluminum, magnesium, and copper alloys. 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 #weldeing #shorts #coldwelding #short #tig #tigwelding #Tig welding #welder #fabrikation #migwelding #steel #welding basics #mig <video> "Braze Welding Mastery: Fast and Easy Metal Repairs Unveiled!" #welding #Soldering welding Description: "Braze Welding Mastery: Fast and Easy Metal Repairs Unveiled!" #welding #Soldering welding 🔥 Elevate your metalworking skills with our latest YouTube tutorial, "Braze Welding Mastery: Fast and Easy Metal Repairs Unveiled!" 🔥 Whether you're a seasoned welder looking to diversify your techniques or a DIY enthusiast eager to tackle metal repairs at home, this video is your gateway to mastering the art of braze welding. 🛠️ In this comprehensive tutorial, we break down the fundamentals of braze welding, offering step-by-step guidance that caters to all skill levels. From selecting the right materials to achieving the perfect flame control, we've got you covered. 👨‍🏭 Join our expert instructor as they share insider tips and tricks accumulated from years of hands-on experience. Learn how to identify suitable projects for braze welding, ensuring that you can confidently repair everything from automotive components to household items with finesse. 🔧 Highlights of the tutorial include: Understanding the science behind braze welding Choosing the right brazing rod and flux for your project Setting up your workspace for optimal safety and efficiency Practical demonstrations of braze welding on various metal surfaces Troubleshooting common issues to achieve flawless results Pro tips for accelerating your learning curve and avoiding pitfalls 💡 Unlock the potential of braze welding to create robust and durable metal joints that stand the test of time. This tutorial isn't just about repairs; it's about empowering you to unleash your creativity in metalworking. 🎓 Whether you're a hobbyist, a professional welder, or someone exploring the world of metal repairs for the first time, this video is your gateway to achieving precision and efficiency in braze welding. 🔗 Ready to dive into the world of braze welding mastery? Hit play now and transform your metalworking capabilities! Don't forget to like, share, and subscribe for more in-depth tutorials and exciting projects. #BrazeWelding #MetalRepairs #WeldingTutorial #DIYMetalwork #MetalworkingMastery #WeldingSkills #DIYRepairs #CraftsmanshipUnleashed The video introduces braze welding as a useful technique for metal repairs and creation. It provides step-by-step instructions, but could benefit from clearer transitions. The video is complete with an introduction, body, and conclusion. However, it lacks a personal connection and could improve on the organization of information. The topic is relevant and interesting for DIY enthusiasts. (*The video description may contain affiliate links that support my work, but do not bring you any financial disadvantages. I only recommend websites, courses and products that I use myself and support 100%). Disclaimer: These videos are intended for entertainment purposes only and as such, you should not attempt to do any of the things you see me doing. Always read and follow the manufacturer’s safety guidelines before handling tools. Seek professional advice and training before using any tools or equipment. Never operate any tool without wearing the proper personal protective equipment </video> <video> Welding, Tig, Tig Welding 135😱, Weld, Welding Projects, Arc Welding process (TIG) Welding #shorts Description: Welding, Tig, Tig Welding 135😱, Weld, Welding Projects, Arc Welding process (TIG) Welding #shorts 🎁Murals, custom-made, gold leaf Wall Art, 3D wall.... ▶️https://is.gd/APhAWt 😱 🔴TubeBuddy has been a game-changer for my YouTube channel’s growth. They have tons of free tools including their upload checklist. It turns out, I was missing out on some pretty crucial steps! Link in for more info. https://www.tubebuddy.com/Weldingday Gas tungsten arc welding (GTAW), also known as tungsten inert gas (TIG) welding, is an arc welding process that uses a non-consumable tungsten electrode to produce the weld. The weld area and electrode are protected from oxidation or other atmospheric contamination by an inert shielding gas (argon or helium). ✌ WELDINGER WIG wire feed pin for welding rods from 1.0 - 3.2 mm https://amzn.to/3D2ov8c A filler metal is normally used, though some welds, known as autogenous welds, or fusion welds do not require it. When helium is used, this is known as heliarc welding. A constant-current welding power supply produces electrical energy, which is conducted across the arc through a column of highly ionized gas and metal vapors known as a plasma. GTAW is most commonly used to weld thin sections of stainless steel and non-ferrous metals such as aluminum, magnesium, and copper alloys. The process grants the operator greater control over the weld than competing processes such as shielded metal arc welding and gas metal arc welding, allowing for stronger, higher quality welds. However, GTAW is comparatively more complex and difficult to master, and furthermore, it is significantly slower than most other welding techniques. A related process, plasma arc welding, uses a slightly different welding torch to create a more focused welding arc and as a result is often automated. Tig Welding,Cold Welding,MIG Welding,Welding 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 Gas metal arc welding (GMAW), sometimes referred to by its subtypes metal inert gas (MIG) and metal active gas (MAG) is a welding process in which an electric arc forms between a consumable MIG wire electrode and the workpiece metal(s), which heats the workpiece metal(s), causing them to fuse (melt and join). Along with the wire electrode, a shielding gas feeds through the welding gun, which shields the process from atmospheric contamination. The process can be semi-automatic or automatic. A constant voltage, direct current power source is most commonly used with GMAW, but constant current systems, as well as alternating current, can be used. There are four primary methods of metal transfer in GMAW, called globular, short-circuiting, spray, and pulsed-spray, each of which has distinct properties and corresponding advantages and limitations. Originally developed in the 1940s for welding aluminium and other non-ferrous materials, GMAW was soon applied to steels because it provided faster welding time compared to other welding processes. The cost of inert gas limited its use in steels until several years later, when the use of semi-inert gases such as carbon dioxide became common. Further developments during the 1950s and 1960s gave the process more versatility and as a result, it became a highly used industrial process. Today, GMAW is the most common industrial welding process, preferred for its versatility, speed and the relative ease of adapting the process to robotic automation. Unlike welding processes that do not employ a shielding gas, such as shielded metal arc welding, it is rarely used outdoors or in other areas of moving air. 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 (*The video description may contain affiliate links that support my work, but do not bring you any financial disadvantages. I only recommend websites, courses and products that I use myself and support 100%). </video> <video> Welding, Tig, Tig Welding 136😱, Weld, Welding Projects, Arc Welding process (TIG) Welding #shorts Description: Welding, Tig, Tig Welding 136😱, Weld, Welding Projects, Arc Welding process (TIG) Welding #shorts 🔴TubeBuddy has been a game-changer for my YouTube channel’s growth. They have tons of free tools including their upload checklist. It turns out, I was missing out on some pretty crucial steps! Link in for more info. https://www.tubebuddy.com/Weldingday ▶ Play now Win the new iPhone 13 !! https://bit.ly/3HWLu5C Gas tungsten arc welding (GTAW), also known as tungsten inert gas (TIG) welding, is an arc welding process that uses a non-consumable tungsten electrode to produce the weld. The weld area and electrode are protected from oxidation or other atmospheric contamination by an inert shielding gas (argon or helium). ▶ Welder's Handbook: A Guide to Plasma Cutting, Oxyacetylene, ARC, MIG and TIG Welding, Revised and Updated ✌ https://bit.ly/weldershandbook A newly-updated, state-of-the-art guide to MIG and TIG arc welding technology. A filler metal is normally used, though some welds, known as autogenous welds, or fusion welds do not require it. When helium is used, this is known as heliarc welding. A constant-current welding power supply produces electrical energy, which is conducted across the arc through a column of highly ionized gas and metal vapors known as a plasma. GTAW is most commonly used to weld thin sections of stainless steel and non-ferrous metals such as aluminum, magnesium, and copper alloys. The process grants the operator greater control over the weld than competing processes such as shielded metal arc welding and gas metal arc welding, allowing for stronger, higher quality welds. However, GTAW is comparatively more complex and difficult to master, and furthermore, it is significantly slower than most other welding techniques. A related process, plasma arc welding, uses a slightly different welding torch to create a more focused welding arc and as a result is often automated. Tig Welding,Cold Welding,MIG Welding,Welding 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 🔴 Check out this video too! The best #Shorts! https://youtu.be/W-APL0GzupA Disclaimer: These videos are intended for entertainment purposes only and as such, you should not attempt to do any of the things you see me doing. Always read and follow the manufacturer’s safety guidelines before handling tools. Seek professional advice and training before using any tools or equipment. Never operate any tool without wearing the proper personal protective equipment. Gas metal arc welding (GMAW), sometimes referred to by its subtypes metal inert gas (MIG) and metal active gas (MAG) is a welding process in which an electric arc forms between a consumable MIG wire electrode and the workpiece metal(s), which heats the workpiece metal(s), causing them to fuse (melt and join). Along with the wire electrode, a shielding gas feeds through the welding gun, which shields the process from atmospheric contamination. The process can be semi-automatic or automatic. A constant voltage, direct current power source is most commonly used with GMAW, but constant current systems, as well as alternating current, can be used. There are four primary methods of metal transfer in GMAW, called globular, short-circuiting, spray, and pulsed-spray, each of which has distinct properties and corresponding advantages and limitations. Originally developed in the 1940s for welding aluminium and other non-ferrous materials, GMAW was soon applied to steels because it provided faster welding time compared to other welding processes. The cost of inert gas limited its use in steels until several years later, when the use of semi-inert gases such as carbon dioxide became common. Further developments during the 1950s and 1960s gave the process more versatility and as a result, it became a highly used industrial process. Today, GMAW is the most common industrial welding process, preferred for its versatility, speed and the relative ease of adapting the process to robotic automation. Unlike welding processes that do not employ a shielding gas, such as shielded metal arc welding, it is rarely used outdoors or in other areas of moving air. 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 Disclaimer: These videos are intended for entertainment purposes only and as such, you should not attempt to do any of the things you see me doing. Always read and follow the manufacturer’s safety guidelines before handling tools. Seek professional advice and training before using any tools or equipment. Never operate any tool without wearing the proper personal protective equipment. (*The video description may contain affiliate links that support my work, but do not bring you any financial disadvantages. I only recommend websites, courses and products that I use myself and support 100%). </video> <video> "Why Tig Welding is the Top Choice for Clean and Precise Welding" 137😱, #shorts Description: "Why Tig Welding is the Top Choice for Clean and Precise Welding" 137😱, #shorts With its advanced technology, Tig Welding provides a cleaner, more precise weld every time. In this video, we'll explore the benefits of Tig Welding and show you how it can revolutionize your welding game. Whether you're a beginner or a pro, this ultimate Tig Welding tutorial will help you master the technique and achieve professional-quality welds. We'll also share some tips and tricks to help you save time and money, so you can maximize your welding efficiency. So, join us and discover why Tig Welding is the future of welding technology. What is Tig Welding? Tig welding is a type of arc welding that uses a tungsten electrode to create the arc. The tungsten electrode is non-consumable, which means it does not melt or become part of the weld. Instead, it creates a high-temperature arc that melts the metal parts being welded. An inert gas, such as argon or helium, is used to shield the arc and the weld pool from the atmosphere, preventing oxidation and contamination. Tig welding is known for its precision and control, making it a preferred choice for welding thin materials or small parts. Benefits of Tig Welding Clean and Precise Welds Tig welding produces clean and precise welds every time. The non-consumable tungsten electrode creates a precise and focused arc, allowing for greater control and accuracy. The shielding gas protects the weld from contamination and oxidation, ensuring a clean and high-quality weld. Versatility Tig welding can be used on a wide range of materials, including stainless steel, aluminum, magnesium, copper, and other non-ferrous metals. It is also suitable for welding thin materials, such as sheet metal, tubing, and pipes. Tig welding is an excellent choice for precision welding and is widely used in the aerospace, automotive, and medical industries. Minimal Post-Weld Cleaning Tig welding produces minimal spatter and slag, resulting in less post-weld cleaning. This saves time and money, as there is no need for extensive cleaning or finishing after the weld. Tig welding is ideal for applications where appearance is critical, such as food service equipment, architectural structures, and decorative metalwork. Improved Weld Quality Tig welding produces high-quality welds with excellent mechanical properties. The precise control and accuracy of the weld result in a strong and reliable weld, making Tig welding ideal for applications where weld quality is critical, such as pressure vessels, nuclear power plants, and aircraft components. Reduced Heat Input Tig welding produces a low heat input, reducing the risk of distortion or warping of the material being welded. This is particularly important when welding thin materials or parts that require minimal heat input to maintain their shape. Applications of Tig Welding Tig welding is used in a variety of industries and applications, including: Aerospace: Tig welding is used to join critical components in aircraft, such as fuel tanks, engine parts, and hydraulic systems. Automotive: Tig welding is used in the automotive industry to weld exhaust systems, suspension components, and other critical parts. Medical: Tig welding is used to join medical instruments and equipment, such as surgical tools and implantable devices. Food Service: Tig welding is used to join stainless steel components in food service equipment, such as sinks, countertops, and refrigerators. Art and Architecture: Tig welding is used to create decorative metalwork, sculptures, and architectural structures. Conclusion Tig welding is an advanced welding technology that provides clean, precise welds every time. Its precision, versatility, and high-quality welds make it an excellent choice for precision welding applications. Tig 🔴TubeBuddy has been a game-changer for my YouTube channel’s growth. They have tons of free tools including their upload checklist. It turns out, I was missing out on some pretty crucial steps! Link in for more info. https://www.tubebuddy.com/Weldingday 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 🔴 Check out this video too! The best #Shorts! https://youtu.be/W-APL0GzupA Disclaimer: These videos are intended for entertainment purposes only and as such, you should not attempt to do any of the things you see me doing. Always read and follow the manufacturer’s safety guidelines before handling tools. Seek professional advice and training before using any tools or equipment. Never operate any tool without wearing the proper personal protective equipment. (*The video description may contain affiliate links that support my work, but do not bring you any financial disadvantages. I only recommend websites, courses and products that I use myself and support 100%). </video> <video> Welding, Tig, Tig Welding 134😱, Weld, Welding Projects, Arc Welding process (TIG) Welding #shorts Description: Welding, Tig, Tig Welding 134😱, Weld, Welding Projects, Arc Welding process (TIG) Welding #shorts 🎁Murals, custom-made, gold leaf Wall Art, 3D wall.... ▶️https://is.gd/APhAWt 😱 🔴TubeBuddy has been a game-changer for my YouTube channel’s growth. They have tons of free tools including their upload checklist. It turns out, I was missing out on some pretty crucial steps! Link in for more info. https://www.tubebuddy.com/Weldingday Gas tungsten arc welding (GTAW), also known as tungsten inert gas (TIG) welding, is an arc welding process that uses a non-consumable tungsten electrode to produce the weld. The weld area and electrode are protected from oxidation or other atmospheric contamination by an inert shielding gas (argon or helium). ✌ WELDINGER WIG wire feed pin for welding rods from 1.0 - 3.2 mm https://amzn.to/3D2ov8c A filler metal is normally used, though some welds, known as autogenous welds, or fusion welds do not require it. When helium is used, this is known as heliarc welding. A constant-current welding power supply produces electrical energy, which is conducted across the arc through a column of highly ionized gas and metal vapors known as a plasma. GTAW is most commonly used to weld thin sections of stainless steel and non-ferrous metals such as aluminum, magnesium, and copper alloys. The process grants the operator greater control over the weld than competing processes such as shielded metal arc welding and gas metal arc welding, allowing for stronger, higher quality welds. However, GTAW is comparatively more complex and difficult to master, and furthermore, it is significantly slower than most other welding techniques. A related process, plasma arc welding, uses a slightly different welding torch to create a more focused welding arc and as a result is often automated. Tig Welding,Cold Welding,MIG Welding,Welding 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 Gas metal arc welding (GMAW), sometimes referred to by its subtypes metal inert gas (MIG) and metal active gas (MAG) is a welding process in which an electric arc forms between a consumable MIG wire electrode and the workpiece metal(s), which heats the workpiece metal(s), causing them to fuse (melt and join). Along with the wire electrode, a shielding gas feeds through the welding gun, which shields the process from atmospheric contamination. The process can be semi-automatic or automatic. A constant voltage, direct current power source is most commonly used with GMAW, but constant current systems, as well as alternating current, can be used. There are four primary methods of metal transfer in GMAW, called globular, short-circuiting, spray, and pulsed-spray, each of which has distinct properties and corresponding advantages and limitations. Originally developed in the 1940s for welding aluminium and other non-ferrous materials, GMAW was soon applied to steels because it provided faster welding time compared to other welding processes. The cost of inert gas limited its use in steels until several years later, when the use of semi-inert gases such as carbon dioxide became common. Further developments during the 1950s and 1960s gave the process more versatility and as a result, it became a highly used industrial process. Today, GMAW is the most common industrial welding process, preferred for its versatility, speed and the relative ease of adapting the process to robotic automation. Unlike welding processes that do not employ a shielding gas, such as shielded metal arc welding, it is rarely used outdoors or in other areas of moving air. 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 (*The video description may contain affiliate links that support my work, but do not bring you any financial disadvantages. I only recommend websites, courses and products that I use myself and support 100%). </video> <video> Welding, MIG welding 28 😱, Metal inert gas (MIG) and Metal active gas (MAG) #shorts Description: Welding, MIG welding 28 😱, Metal inert gas (MIG) and Metal active gas (MAG) #shorts Gas metal arc welding (GMAW), sometimes referred to by its subtypes metal inert gas (MIG) and metal active gas (MAG) is a welding process in which an electric arc forms between a consumable MIG wire electrode and the workpiece metal(s), which heats the workpiece metal(s), causing them to fuse (melt and join). Mig welding is an arc welding process (like stick or tig welding — see Chapters 5 through 8) that first started showing up in the late 1920s, and its popularity quickly skyrocketed. Why? Mig welding is fast and easy. Compared to other types of welding, mig can be quite a bit faster. It’s relatively easy, but it’s certainly a lot easier if you’ve had some experience with (or you’re familiar with) other types of welding. But despite the fact that it’s easier to pick up and quicker than some other welding processes, it’s still not the best choice in every welding situation. Note: Flux core arc welding (also known as FCAW) is very similar to mig welding, but it doesn’t involve shielding gas. Instead of gas, a section of flux in the middle of the electrode wire shields the molten puddle after welding, and it has to be removed upon completion of a weld. Mig welding is much more common — especially among beginning welders. Two of the most important characteristics of mig welding are the use of a continuously fed supply of electrode wire (often called simply wire) and the need for a shielding gas to protect the weld pool from the atmosphere — atmospheric gases can make your welds brittle, porous, or just plain weak. You feed the electrode into the mig welding machine, which directs it down into the mig welding gun (the part you hold with your hand). In the gun, an arc melts the electrode and allows you to deposit it on your parent metal (the metal you’re making the weld on) to make a weld. The gun also directs a shielding gas flow (usually argon) over the weld pool. Along with the wire electrode, a shielding gas feeds through the welding gun, which shields the process from atmospheric contamination. The process can be semi-automatic or automatic. A constant voltage, direct current power source is most commonly used with GMAW, but constant current systems, as well as alternating current, can be used. There are four primary methods of metal transfer in GMAW, called globular, short-circuiting, spray, and pulsed-spray, each of which has distinct properties and corresponding advantages and limitations. Originally developed in the 1940s for welding aluminium and other non-ferrous materials, GMAW was soon applied to steels because it provided faster welding time compared to other welding processes. The cost of inert gas limited its use in steels until several years later, when the use of semi-inert gases such as carbon dioxide became common. Further developments during the 1950s and 1960s gave the process more versatility and as a result, it became a highly used industrial process. Today, GMAW is the most common industrial welding process, preferred for its versatility, speed and the relative ease of adapting the process to robotic automation. Unlike welding processes that do not employ a shielding gas, such as shielded metal arc welding, it is rarely used outdoors or in other areas of moving air. A related process, flux cored arc welding, often does not use a shielding gas, but instead employs an electrode wire that is hollow and filled with flux. Gas tungsten arc welding (GTAW), also known as tungsten inert gas (TIG) welding, is an arc welding process that uses a non-consumable tungsten electrode to produce the weld. 🔴 https://youtu.be/W-APL0GzupA 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 (*The video description may contain affiliate links that support my work, but do not bring you any financial disadvantages. I only recommend websites, courses and products that I use myself and support 100%). Disclaimer: These videos are intended for entertainment purposes only and as such, you should not attempt to do any of the things you see me doing. Always read and follow the manufacturer’s safety guidelines before handling tools. Seek professional advice and training before using any tools or equipment. Never operate any tool without wearing the proper personal protective equipment. (*The video description may contain affiliate links that support my work, but do not bring you any financial disadvantages. I only recommend websites, courses and products that I use myself and support 100%). </video> <video> "Mastering Aluminum Grinding: Tips, Techniques, and Safety Precautions"😜#welding Description: "Mastering Aluminum Grinding: Tips, Techniques, and Safety Precautions"😜#welding Welcome to our channel, where we dive into the world of aluminum grinding! In this video, we will guide you through the process of grinding aluminum with precision and expertise. Whether you're a seasoned grinder or just starting out, these valuable tips and techniques will help you master aluminum grinding like a pro. Aluminum grinding requires specific knowledge and precautions to ensure optimal results and safety. Throughout this video, we will cover the following key points: Understanding Aluminum: Learn about the unique properties of aluminum and how they impact the grinding process. We'll explore its softness, heat conductivity, and other characteristics that influence grinding techniques. Grinding Tools and Equipment: Discover the right tools and equipment needed for effective aluminum grinding. From grinding wheels to protective gear, we'll discuss the essential items you should have in your toolkit. Choosing the Right Grinding Technique: Explore various grinding techniques suitable for aluminum, including surface grinding, cylindrical grinding, and centerless grinding. We'll explain when and how to apply each technique for optimal results. Tips for Achieving a Smooth Finish: Discover expert tips and tricks for achieving a smooth and polished finish on your aluminum workpieces. We'll share insights on speed, pressure, and other factors that contribute to a high-quality result. Safety Precautions: Grinding aluminum requires specific safety precautions to prevent accidents and protect yourself from potential hazards. We'll discuss proper ventilation, eye protection, and other safety measures you should take during the grinding process. Common Challenges and Troubleshooting: Learn how to overcome common challenges that may arise during aluminum grinding. From avoiding discoloration to managing heat buildup, we'll provide practical solutions to ensure successful grinding outcomes. If you're ready to take your aluminum grinding skills to the next level, this video is a must-watch. Don't forget to like, subscribe, and share this video with others who may find it helpful. Leave your questions and comments below, and we'll be glad to assist you. Happy grinding! 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 (*The video description may contain affiliate links that support my work, but do not bring you any financial disadvantages. I only recommend websites, courses and products that I use myself and support 100%). Disclaimer: These videos are intended for entertainment purposes only and as such, you should not attempt to do any of the things you see me doing. Always read and follow the manufacturer’s safety guidelines before handling tools. Seek professional advice and training before using any tools or equipment. Never operate any tool without wearing the proper personal protective equipment. </video> <video> Welding, MIG welding 27, Metal inert gas (MIG) and Metal active gas (MAG) #Shorts Description: Welding, MIG welding 27, Metal inert gas (MIG) and Metal active gas (MAG) #shorts 🎁Murals, custom-made, gold leaf Wall Art, 3D wall.... ▶️https://is.gd/APhAWt 😱 🔴TubeBuddy has been a game-changer for my YouTube channel’s growth. They have tons of free tools including their upload checklist. It turns out, I was missing out on some pretty crucial steps! Link in for more info. https://www.tubebuddy.com/Weldingday Gas metal arc welding (GMAW), sometimes referred to by its subtypes metal inert gas (MIG) and metal active gas (MAG) is a welding process in which an electric arc forms between a consumable MIG wire electrode and the workpiece metal(s), which heats the workpiece metal(s), causing them to fuse (melt and join). Mig welding is an arc welding process (like stick or tig welding — see Chapters 5 through 8) that first started showing up in the late 1920s, and its popularity quickly skyrocketed. Why? Mig welding is fast and easy. Compared to other types of welding, mig can be quite a bit faster. It’s relatively easy, but it’s certainly a lot easier if you’ve had some experience with (or you’re familiar with) other types of welding. But despite the fact that it’s easier to pick up and quicker than some other welding processes, it’s still not the best choice in every welding situation. Note: Flux core arc welding (also known as FCAW) is very similar to mig welding, but it doesn’t involve shielding gas. Instead of gas, a section of flux in the middle of the electrode wire shields the molten puddle after welding, and it has to be removed upon completion of a weld. Mig welding is much more common — especially among beginning welders. Two of the most important characteristics of mig welding are the use of a continuously fed supply of electrode wire (often called simply wire) and the need for a shielding gas to protect the weld pool from the atmosphere — atmospheric gases can make your welds brittle, porous, or just plain weak. You feed the electrode into the mig welding machine, which directs it down into the mig welding gun (the part you hold with your hand). In the gun, an arc melts the electrode and allows you to deposit it on your parent metal (the metal you’re making the weld on) to make a weld. The gun also directs a shielding gas flow (usually argon) over the weld pool. Along with the wire electrode, a shielding gas feeds through the welding gun, which shields the process from atmospheric contamination. The process can be semi-automatic or automatic. A constant voltage, direct current power source is most commonly used with GMAW, but constant current systems, as well as alternating current, can be used. There are four primary methods of metal transfer in GMAW, called globular, short-circuiting, spray, and pulsed-spray, each of which has distinct properties and corresponding advantages and limitations. Originally developed in the 1940s for welding aluminium and other non-ferrous materials, GMAW was soon applied to steels because it provided faster welding time compared to other welding processes. The cost of inert gas limited its use in steels until several years later, when the use of semi-inert gases such as carbon dioxide became common. Further developments during the 1950s and 1960s gave the process more versatility and as a result, it became a highly used industrial process. Today, GMAW is the most common industrial welding process, preferred for its versatility, speed and the relative ease of adapting the process to robotic automation. Unlike welding processes that do not employ a shielding gas, such as shielded metal arc welding, it is rarely used outdoors or in other areas of moving air. A related process, flux cored arc welding, often does not use a shielding gas, but instead employs an electrode wire that is hollow and filled with flux. 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 (*The video description may contain affiliate links that support my work, but do not bring you any financial disadvantages. I only recommend websites, courses and products that I use myself and support 100%). Disclaimer: These videos are intended for entertainment purposes only and as such, you should not attempt to do any of the things you see me doing. Always read and follow the manufacturer’s safety guidelines before handling tools. Seek professional advice and training before using any tools or equipment. Never operate any tool without wearing the proper personal protective equipment. </video> <video> Welding, Tig, Tig Welding 137😱, Weld, Welding Projects, Arc Welding process (TIG) Welding #shorts Description: Welding, Tig, Tig Welding 137😱, Weld, Welding Projects, Arc Welding process (TIG) Welding #shorts 🔴TubeBuddy has been a game-changer for my YouTube channel’s growth. They have tons of free tools including their upload checklist. It turns out, I was missing out on some pretty crucial steps! Link in for more info. https://www.tubebuddy.com/Weldingday ▶ Play now Win the new iPhone 13 !! https://bit.ly/3HWLu5C Gas tungsten arc welding (GTAW), also known as tungsten inert gas (TIG) welding, is an arc welding process that uses a non-consumable tungsten electrode to produce the weld. The weld area and electrode are protected from oxidation or other atmospheric contamination by an inert shielding gas (argon or helium). A filler metal is normally used, though some welds, known as autogenous welds, or fusion welds do not require it. When helium is used, this is known as heliarc welding. A constant-current welding power supply produces electrical energy, which is conducted across the arc through a column of highly ionized gas and metal vapors known as a plasma. GTAW is most commonly used to weld thin sections of stainless steel and non-ferrous metals such as aluminum, magnesium, and copper alloys. The process grants the operator greater control over the weld than competing processes such as shielded metal arc welding and gas metal arc welding, allowing for stronger, higher quality welds. However, GTAW is comparatively more complex and difficult to master, and furthermore, it is significantly slower than most other welding techniques. A related process, plasma arc welding, uses a slightly different welding torch to create a more focused welding arc and as a result is often automated. Tig Welding,Cold Welding,MIG Welding,Welding 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 🔴 Check out this video too! The best #Shorts! https://youtu.be/W-APL0GzupA Gas metal arc welding (GMAW), sometimes referred to by its subtypes metal inert gas (MIG) and metal active gas (MAG) is a welding process in which an electric arc forms between a consumable MIG wire electrode and the workpiece metal(s), which heats the workpiece metal(s), causing them to fuse (melt and join). Along with the wire electrode, a shielding gas feeds through the welding gun, which shields the process from atmospheric contamination. The process can be semi-automatic or automatic. A constant voltage, direct current power source is most commonly used with GMAW, but constant current systems, as well as alternating current, can be used. There are four primary methods of metal transfer in GMAW, called globular, short-circuiting, spray, and pulsed-spray, each of which has distinct properties and corresponding advantages and limitations. Originally developed in the 1940s for welding aluminium and other non-ferrous materials, GMAW was soon applied to steels because it provided faster welding time compared to other welding processes. The cost of inert gas limited its use in steels until several years later, when the use of semi-inert gases such as carbon dioxide became common. Further developments during the 1950s and 1960s gave the process more versatility and as a result, it became a highly used industrial process. Today, GMAW is the most common industrial welding process, preferred for its versatility, speed and the relative ease of adapting the process to robotic automation. Unlike welding processes that do not employ a shielding gas, such as shielded metal arc welding, it is rarely used outdoors or in other areas of moving air. 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 (*The video description may contain affiliate links that support my work, but do not bring you any financial disadvantages. I only recommend websites, courses and products that I use myself and support 100%). Disclaimer: These videos are intended for entertainment purposes only and as such, you should not attempt to do any of the things you see me doing. Always read and follow the manufacturer’s safety guidelines before handling tools. Seek professional advice and training before using any tools or equipment. Never operate any tool without wearing the proper personal protective equipment. </video> <video> Welding, MIG Welding 29 Short Circuiting Metal Transfer: Gas Metal Arc Welding #migwelding #welding Description: Welding, MIG Welding 29 Short Circuiting Metal Transfer: Gas Metal Arc Welding #migwelding #welding Explains the techniques used in the short circuiting method of electrical arc welding! Gas metal arc welding (GMAW), sometimes referred to by its subtypes metal inert gas (MIG) and metal active gas (MAG) is a welding process in which an electric arc forms between a consumable MIG wire electrode and the workpiece metal(s), which heats the workpiece metal(s), causing them to fuse (melt and join). Mig welding is an arc welding process (like stick or tig welding — see Chapters 5 through 8) that first started showing up in the late 1920s, and its popularity quickly skyrocketed. Why? Mig welding is fast and easy. Compared to other types of welding, mig can be quite a bit faster. It’s relatively easy, but it’s certainly a lot easier if you’ve had some experience with (or you’re familiar with) other types of welding. But despite the fact that it’s easier to pick up and quicker than some other welding processes, it’s still not the best choice in every welding situation. Note: Flux core arc welding (also known as FCAW) is very similar to mig welding, but it doesn’t involve shielding gas. Instead of gas, a section of flux in the middle of the electrode wire shields the molten puddle after welding, and it has to be removed upon completion of a weld. Mig welding is much more common — especially among beginning welders. Two of the most important characteristics of mig welding are the use of a continuously fed supply of electrode wire (often called simply wire) and the need for a shielding gas to protect the weld pool from the atmosphere — atmospheric gases can make your welds brittle, porous, or just plain weak. You feed the electrode into the mig welding machine, which directs it down into the mig welding gun (the part you hold with your hand). In the gun, an arc melts the electrode and allows you to deposit it on your parent metal (the metal you’re making the weld on) to make a weld. The gun also directs a shielding gas flow (usually argon) over the weld pool. Along with the wire electrode, a shielding gas feeds through the welding gun, which shields the process from atmospheric contamination. The process can be semi-automatic or automatic. A constant voltage, direct current power source is most commonly used with GMAW, but constant current systems, as well as alternating current, can be used. There are four primary methods of metal transfer in GMAW, called globular, short-circuiting, spray, and pulsed-spray, each of which has distinct properties and corresponding advantages and limitations. Originally developed in the 1940s for welding aluminium and other non-ferrous materials, GMAW was soon applied to steels because it provided faster welding time compared to other welding processes. The cost of inert gas limited its use in steels until several years later, when the use of semi-inert gases such as carbon dioxide became common. Further developments during the 1950s and 1960s gave the process more versatility and as a result, it became a highly used industrial process. Today, GMAW is the most common industrial welding process, preferred for its versatility, speed and the relative ease of adapting the process to robotic automation. Unlike welding processes that do not employ a shielding gas, such as shielded metal arc welding, it is rarely used outdoors or in other areas of moving air. A related process, flux cored arc welding, often does not use a shielding gas, but instead employs an electrode wire that is hollow and filled with flux. Gas tungsten arc welding (GTAW), also known as tungsten inert gas (TIG) welding, is an arc welding process that uses a non-consumable tungsten electrode to produce the weld. 🔴 • Welding! TIG welding, mig welding, co... 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 (*The video description may contain affiliate links that support my work, but do not bring you any financial disadvantages. I only recommend websites, courses and products that I use myself and support 100%). Disclaimer: These videos are intended for entertainment purposes only and as such, you should not attempt to do any of the things you see me doing. Always read and follow the manufacturer’s safety guidelines before handling tools. Seek professional advice and training before using any tools or equipment. Never operate any tool without wearing the proper personal protective equipment. </video> <video> Handheld Laser Welder - Unlock Precision and Efficiency | Best Laser Welding Device😜#welding Description: Handheld Laser Welder - Unlock Precision and Efficiency | Best Laser Welding Device😜#welding Welcome to our comprehensive video on the Handheld Laser Welder, a game-changing device that combines precision, efficiency, and portability for all your welding needs. In this video, we will explore the features, benefits, and applications of this cutting-edge technology. Join us as we delve into the world of laser welding and discover how it can revolutionize your projects. In this engaging video, we will walk you through the key points and highlights of the Handheld Laser Welder. Get ready to witness the power of this remarkable tool as we demonstrate its capabilities and discuss the advantages it offers. Here are some of the topics we will cover: Unparalleled Precision: Discover how the Handheld Laser Welder ensures precise and accurate welds, even in the most challenging environments. Say goodbye to imprecise welds and hello to flawless results. Enhanced Efficiency: Experience the time-saving benefits of laser welding. We'll show you how this technology significantly reduces welding time, increasing your productivity and allowing you to tackle more projects. Portability Redefined: Explore the convenience and versatility of a handheld laser welder. Say goodbye to cumbersome setups and restrictive workspaces. With this compact device, you'll have the freedom to weld with ease, whether in the workshop or on-site. Applications Galore: Learn about the wide range of industries and applications that can benefit from the Handheld Laser Welder. From automotive and aerospace to jewelry and electronics, this tool is a game-changer across various sectors. Unleashing Creativity: Discover how laser welding opens up new possibilities for intricate designs and delicate repairs. Whether you're a professional welder or a DIY enthusiast, this technology will enable you to take your projects to the next level. 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 Disclaimer: These videos are intended for entertainment purposes only and as such, you should not attempt to do any of the things you see me doing. Always read and follow the manufacturer’s safety guidelines before handling tools. Seek professional advice and training before using any tools or equipment. Never operate any tool without wearing the proper personal protective equipment. </video> <video> Welding, Tig, Tig Welding 138😱, Weld, Welding Projects, Arc Welding process (TIG) Welding Description: Welding, Tig, Tig Welding 138😱, Weld, Welding Projects, Arc Welding process (TIG) Welding 🔴TubeBuddy has been a game-changer for my YouTube channel’s growth. They have tons of free tools including their upload checklist. It turns out, I was missing out on some pretty crucial steps! Link in for more info. https://www.tubebuddy.com/Weldingday Gas tungsten arc welding (GTAW), also known as tungsten inert gas (TIG) welding, is an arc welding process that uses a non-consumable tungsten electrode to produce the weld. The weld area and electrode are protected from oxidation or other atmospheric contamination by an inert shielding gas (argon or helium). ✌ WELDINGER WIG wire feed pin for welding rods from 1.0 - 3.2 mm https://amzn.to/3D2ov8c A filler metal is normally used, though some welds, known as autogenous welds, or fusion welds do not require it. When helium is used, this is known as heliarc welding. A constant-current welding power supply produces electrical energy, which is conducted across the arc through a column of highly ionized gas and metal vapors known as a plasma. GTAW is most commonly used to weld thin sections of stainless steel and non-ferrous metals such as aluminum, magnesium, and copper alloys. The process grants the operator greater control over the weld than competing processes such as shielded metal arc welding and gas metal arc welding, allowing for stronger, higher quality welds. However, GTAW is comparatively more complex and difficult to master, and furthermore, it is significantly slower than most other welding techniques. A related process, plasma arc welding, uses a slightly different welding torch to create a more focused welding arc and as a result is often automated. Tig Welding,Cold Welding,MIG Welding,Welding 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 Gas metal arc welding (GMAW), sometimes referred to by its subtypes metal inert gas (MIG) and metal active gas (MAG) is a welding process in which an electric arc forms between a consumable MIG wire electrode and the workpiece metal(s), which heats the workpiece metal(s), causing them to fuse (melt and join). Along with the wire electrode, a shielding gas feeds through the welding gun, which shields the process from atmospheric contamination. The process can be semi-automatic or automatic. A constant voltage, direct current power source is most commonly used with GMAW, but constant current systems, as well as alternating current, can be used. There are four primary methods of metal transfer in GMAW, called globular, short-circuiting, spray, and pulsed-spray, each of which has distinct properties and corresponding advantages and limitations. Originally developed in the 1940s for welding aluminium and other non-ferrous materials, GMAW was soon applied to steels because it provided faster welding time compared to other welding processes. The cost of inert gas limited its use in steels until several years later, when the use of semi-inert gases such as carbon dioxide became common. Further developments during the 1950s and 1960s gave the process more versatility and as a result, it became a highly used industrial process. Today, GMAW is the most common industrial welding process, preferred for its versatility, speed and the relative ease of adapting the process to robotic automation. Unlike welding processes that do not employ a shielding gas, such as shielded metal arc welding, it is rarely used outdoors or in other areas of moving air. 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 (*The video description may contain affiliate links that support my work, but do not bring you any financial disadvantages. I only recommend websites, courses and products that I use myself and support 100%). Disclaimer: These videos are intended for entertainment purposes only and as such, you should not attempt to do any of the things you see me doing. Always read and follow the manufacturer’s safety guidelines before handling tools. Seek professional advice and training before using any tools or equipment. Never operate any tool without wearing the proper personal protective equipment. </video> <video> Welding, MIG welding 28 😱, Metal inert gas (MIG) and Metal active gas (MAG) #Shorts Description: Welding, MIG welding 28 😱, Metal inert gas (MIG) and Metal active gas (MAG) #shorts Gas metal arc welding (GMAW), sometimes referred to by its subtypes metal inert gas (MIG) and metal active gas (MAG) is a welding process in which an electric arc forms between a consumable MIG wire electrode and the workpiece metal(s), which heats the workpiece metal(s), causing them to fuse (melt and join). Mig welding is an arc welding process (like stick or tig welding — see Chapters 5 through 8) that first started showing up in the late 1920s, and its popularity quickly skyrocketed. Why? Mig welding is fast and easy. Compared to other types of welding, mig can be quite a bit faster. It’s relatively easy, but it’s certainly a lot easier if you’ve had some experience with (or you’re familiar with) other types of welding. But despite the fact that it’s easier to pick up and quicker than some other welding processes, it’s still not the best choice in every welding situation. Note: Flux core arc welding (also known as FCAW) is very similar to mig welding, but it doesn’t involve shielding gas. Instead of gas, a section of flux in the middle of the electrode wire shields the molten puddle after welding, and it has to be removed upon completion of a weld. Mig welding is much more common — especially among beginning welders. Two of the most important characteristics of mig welding are the use of a continuously fed supply of electrode wire (often called simply wire) and the need for a shielding gas to protect the weld pool from the atmosphere — atmospheric gases can make your welds brittle, porous, or just plain weak. You feed the electrode into the mig welding machine, which directs it down into the mig welding gun (the part you hold with your hand). In the gun, an arc melts the electrode and allows you to deposit it on your parent metal (the metal you’re making the weld on) to make a weld. The gun also directs a shielding gas flow (usually argon) over the weld pool. Along with the wire electrode, a shielding gas feeds through the welding gun, which shields the process from atmospheric contamination. The process can be semi-automatic or automatic. A constant voltage, direct current power source is most commonly used with GMAW, but constant current systems, as well as alternating current, can be used. There are four primary methods of metal transfer in GMAW, called globular, short-circuiting, spray, and pulsed-spray, each of which has distinct properties and corresponding advantages and limitations. Originally developed in the 1940s for welding aluminium and other non-ferrous materials, GMAW was soon applied to steels because it provided faster welding time compared to other welding processes. The cost of inert gas limited its use in steels until several years later, when the use of semi-inert gases such as carbon dioxide became common. Further developments during the 1950s and 1960s gave the process more versatility and as a result, it became a highly used industrial process. Today, GMAW is the most common industrial welding process, preferred for its versatility, speed and the relative ease of adapting the process to robotic automation. Unlike welding processes that do not employ a shielding gas, such as shielded metal arc welding, it is rarely used outdoors or in other areas of moving air. A related process, flux cored arc welding, often does not use a shielding gas, but instead employs an electrode wire that is hollow and filled with flux. Gas tungsten arc welding (GTAW), also known as tungsten inert gas (TIG) welding, is an arc welding process that uses a non-consumable tungsten electrode to produce the weld. 🔴 https://youtu.be/W-APL0GzupA 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 (*The video description may contain affiliate links that support my work, but do not bring you any financial disadvantages. I only recommend websites, courses and products that I use myself and support 100%). Disclaimer: These videos are intended for entertainment purposes only and as such, you should not attempt to do any of the things you see me doing. Always read and follow the manufacturer’s safety guidelines before handling tools. Seek professional advice and training before using any tools or equipment. Never operate any tool without wearing the proper personal protective equipment. </video> <video> Welding, MIG welding 27, Metal inert gas (MIG) and Metal active gas (MAG) #Shorts Description: Welding, MIG welding 27, Metal inert gas (MIG) and Metal active gas (MAG) #shorts Gas metal arc welding (GMAW), sometimes referred to by its subtypes metal inert gas (MIG) and metal active gas (MAG) is a welding process in which an electric arc forms between a consumable MIG wire electrode and the workpiece metal(s), which heats the workpiece metal(s), causing them to fuse (melt and join). Mig welding is an arc welding process (like stick or tig welding — see Chapters 5 through 8) that first started showing up in the late 1920s, and its popularity quickly skyrocketed. Why? Mig welding is fast and easy. Compared to other types of welding, mig can be quite a bit faster. It’s relatively easy, but it’s certainly a lot easier if you’ve had some experience with (or you’re familiar with) other types of welding. But despite the fact that it’s easier to pick up and quicker than some other welding processes, it’s still not the best choice in every welding situation. Note: Flux core arc welding (also known as FCAW) is very similar to mig welding, but it doesn’t involve shielding gas. Instead of gas, a section of flux in the middle of the electrode wire shields the molten puddle after welding, and it has to be removed upon completion of a weld. Mig welding is much more common — especially among beginning welders. Two of the most important characteristics of mig welding are the use of a continuously fed supply of electrode wire (often called simply wire) and the need for a shielding gas to protect the weld pool from the atmosphere — atmospheric gases can make your welds brittle, porous, or just plain weak. You feed the electrode into the mig welding machine, which directs it down into the mig welding gun (the part you hold with your hand). In the gun, an arc melts the electrode and allows you to deposit it on your parent metal (the metal you’re making the weld on) to make a weld. The gun also directs a shielding gas flow (usually argon) over the weld pool. Along with the wire electrode, a shielding gas feeds through the welding gun, which shields the process from atmospheric contamination. The process can be semi-automatic or automatic. A constant voltage, direct current power source is most commonly used with GMAW, but constant current systems, as well as alternating current, can be used. There are four primary methods of metal transfer in GMAW, called globular, short-circuiting, spray, and pulsed-spray, each of which has distinct properties and corresponding advantages and limitations. Originally developed in the 1940s for welding aluminium and other non-ferrous materials, GMAW was soon applied to steels because it provided faster welding time compared to other welding processes. The cost of inert gas limited its use in steels until several years later, when the use of semi-inert gases such as carbon dioxide became common. Further developments during the 1950s and 1960s gave the process more versatility and as a result, it became a highly used industrial process. Today, GMAW is the most common industrial welding process, preferred for its versatility, speed and the relative ease of adapting the process to robotic automation. Unlike welding processes that do not employ a shielding gas, such as shielded metal arc welding, it is rarely used outdoors or in other areas of moving air. A related process, flux cored arc welding, often does not use a shielding gas, but instead employs an electrode wire that is hollow and filled with flux. Gas tungsten arc welding (GTAW), also known as tungsten inert gas (TIG) welding, is an arc welding process that uses a non-consumable tungsten electrode to produce the weld. 🔴 https://youtu.be/W-APL0GzupA 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 (*The video description may contain affiliate links that support my work, but do not bring you any financial disadvantages. I only recommend websites, courses and products that I use myself and support 100%). Disclaimer: These videos are intended for entertainment purposes only and as such, you should not attempt to do any of the things you see me doing. Always read and follow the manufacturer’s safety guidelines before handling tools. Seek professional advice and training before using any tools or equipment. Never operate any tool without wearing the proper personal protective equipment. </video> <video> Welding, MIG welding, Metal inert gas (MIG) and Metal active gas (MAG) #shorts Description: Welding, MIG welding, Metal inert gas (MIG) and Metal active gas (MAG) #shorts Gas metal arc welding (GMAW), sometimes referred to by its subtypes metal inert gas (MIG) and metal active gas (MAG) is a welding process in which an electric arc forms between a consumable MIG wire electrode and the workpiece metal(s), which heats the workpiece metal(s), causing them to fuse (melt and join). Mig welding is an arc welding process (like stick or tig welding — see Chapters 5 through 8) that first started showing up in the late 1920s, and its popularity quickly skyrocketed. Why? Mig welding is fast and easy. Compared to other types of welding, mig can be quite a bit faster. It’s relatively easy, but it’s certainly a lot easier if you’ve had some experience with (or you’re familiar with) other types of welding. But despite the fact that it’s easier to pick up and quicker than some other welding processes, it’s still not the best choice in every welding situation. Note: Flux core arc welding (also known as FCAW) is very similar to mig welding, but it doesn’t involve shielding gas. Instead of gas, a section of flux in the middle of the electrode wire shields the molten puddle after welding, and it has to be removed upon completion of a weld. Mig welding is much more common — especially among beginning welders. Two of the most important characteristics of mig welding are the use of a continuously fed supply of electrode wire (often called simply wire) and the need for a shielding gas to protect the weld pool from the atmosphere — atmospheric gases can make your welds brittle, porous, or just plain weak. You feed the electrode into the mig welding machine, which directs it down into the mig welding gun (the part you hold with your hand). In the gun, an arc melts the electrode and allows you to deposit it on your parent metal (the metal you’re making the weld on) to make a weld. The gun also directs a shielding gas flow (usually argon) over the weld pool. Along with the wire electrode, a shielding gas feeds through the welding gun, which shields the process from atmospheric contamination. The process can be semi-automatic or automatic. A constant voltage, direct current power source is most commonly used with GMAW, but constant current systems, as well as alternating current, can be used. There are four primary methods of metal transfer in GMAW, called globular, short-circuiting, spray, and pulsed-spray, each of which has distinct properties and corresponding advantages and limitations. Originally developed in the 1940s for welding aluminium and other non-ferrous materials, GMAW was soon applied to steels because it provided faster welding time compared to other welding processes. The cost of inert gas limited its use in steels until several years later, when the use of semi-inert gases such as carbon dioxide became common. Further developments during the 1950s and 1960s gave the process more versatility and as a result, it became a highly used industrial process. Today, GMAW is the most common industrial welding process, preferred for its versatility, speed and the relative ease of adapting the process to robotic automation. Unlike welding processes that do not employ a shielding gas, such as shielded metal arc welding, it is rarely used outdoors or in other areas of moving air. A related process, flux cored arc welding, often does not use a shielding gas, but instead employs an electrode wire that is hollow and filled with flux. Gas tungsten arc welding (GTAW), also known as tungsten inert gas (TIG) welding, is an arc welding process that uses a non-consumable tungsten electrode to produce the weld. 🔴 https://youtu.be/W-APL0GzupA 🔴 Please don't forget to subscribe to my channel! Thank you 🙏 (*The video description may contain affiliate links that support my work, but do not bring you any financial disadvantages. I only recommend websites, courses and products that I use myself and support 100%). Disclaimer: These videos are intended for entertainment purposes only and as such, you should not attempt to do any of the things you see me doing. Always read and follow the manufacturer’s safety guidelines before handling tools. Seek professional advice and training before using any tools or equipment. Never operate any tool without wearing the proper personal protective equipment. </video>

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Gas tungsten arc welding (GTAW), also known as tungsten inert gas (TIG) welding, is an arc welding process that uses a non-consumable tungsten electrode to produce the weld. The weld area and electrode are protected from oxidation or other atmospheric contamination by an inert shielding gas (argon or helium).

A filler metal is normally used, though some welds, known as autogenous welds, or fusion welds do not require it. When helium is used, this is known as heliarc welding.

A constant-current welding power supply produces electrical energy, which is conducted across the arc through a column of highly ionized gas and metal vapors known as a plasma.

GTAW is most commonly used to weld thin sections of stainless steel and non-ferrous metals such as aluminum, magnesium, and copper alloys.

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Thank you 🙏


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