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62 articles

  1. AC TIG Welding Process

    AC TIG Welding Basics: How It Works and When to Use It

    TIG welding offers precise, high-quality welds with great heat control, making it ideal for thin or sensitive metals. It’s also one of the few processes that support AC. In this article, we will thoroughly explain AC TIG welding basics and cover some frequently asked questions, such as how it works and when to use it.

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  2. Electron Beam Welding (EBW) Explained: Equipment, Applications, Pros & Cons

    Electron Beam Welding (EBW) Explained: Equipment, Applications, Pros & Cons

    Electron Beam Welding (EBW) is a high-precision metal joining process that uses a focused electron beam to create ultra-strong, clean welds—faster and deeper than conventional methods. In this article, we will explain the working principle, equipment, applications, and advantages of electron beam welding further.

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  3. Spot Welding vs Tack Welding: What's the Difference and When to Use Each

    Spot Welding vs Tack Welding: What's the Difference and When to Use Each

    Welding isn’t always continuous—sometimes it uses small, dot-like welds called spots or tacks. Spot welding and tack welding are common techniques, each serving different purposes in metal fabrication. Understanding their differences is crucial for selecting the proper welding method. This article explains the differences and applications of spot welding vs. tack welding.

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  4. Welding Alloys – Choosing the Right Materials for the Job

    Welding Alloys – Choosing the Right Materials for the Job

    In metal fabrication, “alloys” can mean many things, but welders usually use the term welding alloys to refer to filler metals used in MIG, TIG, Stick, or Flux-Cored Arc welding. In this article, we will discuss welding alloys and choosing the right materials for the job. Each job and welding project requires a different filler metal, so we will ensure you understand everything to help you make an informed choice.

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  5. Arc Welding vs. Laser Welding: Pros, Cons & Applications

    Arc Welding vs. Laser Welding: Pros, Cons & Applications

    Arc welding, a versatile metal joining process used for centuries, includes methods such as MIG, Stick, and TIG welding. With technological advancements, laser welding has emerged and is gaining popularity for its precision and efficiency. In this article, we will explore and further explain the differences between arc welding and laser welding, including their pros, cons, and applications.

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  6. Pipe Welding Technique Explained

    Pipe Welding Technique Explained

    Welding pipes requires specialized skills, including knowledge of materials, proper alignment, and multi-pass techniques. Since pipes transport oil, gas, or chemicals, welds must meet stringent quality standards and pass critical tests. In this article, we’ll thoroughly explain the pipe welding technique, including the processes, passes, and pipe welding positions.

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  7. 2T vs. 4T vs. S4T in Welding

    2T vs. 4T vs. S4T in Welding

    Did you know you can adjust your trigger settings with 2T, 4T, or the latest S4T? These features, offered by most top welders, make welding easier. If you’re new to welding or haven’t explored trigger settings, don’t worry; we’ve got you covered. In this article, we will explain the fundamentals and applications of 2T vs. 4T vs. S4T in welding.

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  8. How To Choose The Right Welding Types

    How To Choose The Right Welding Types

    Choosing the right welding method depends on factors like amperage, metal type, and skill level, particularly for delicate or thick metals and challenging conditions. This article offers tips, tricks, and comparisons to help you select the best welding method for your projects.

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  9. FCAW vs Stick Welding: In-Depth Comparison, Pros & Cons and Applications

    FCAW vs Stick Welding: In-Depth Comparison, Pros & Cons and Applications

    Many people wonder about the differences between Flux-core and Stick welding and which one is better. There’s no simple answer or clear winner. In this article, we dive into an in-depth comparison of FCAW and Stick welding, exploring their advantages, drawbacks, and suitability for different applications.

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