Welding cracks are among the most damaging defects, often starting as tiny surface or internal flaws but quickly growing to compromise the entire structure. This article covers their main types, causes, and practical ways to prevent them. Let’s tackle those pesky cracks!
Fusion welding refers to all welding methods that melt the base metal, often with added filler metal, to create a strong, uniform, and lasting bond. In this article, we explore its working principle, key characteristics, and common examples. Understanding how fusion welding differs from solid-state welding is important for selecting the right method for your projects.
Looking for DIY welding ideas? Discover 15 cool projects you can build at home with just basic tools and scrap metal. Each one comes with simple steps—and plenty of room to get creative.
Carbon steel is an iron–carbon alloy whose strength, hardness, and weldability vary with its carbon content. In this article, we break down the properties, differences, and applications of low-, medium-, and high-carbon steel—and reveal which type is the easiest to weld and which is the most challenging.
Welding mistakes are common, especially for beginners, but even experienced welders make them occasionally. Learn the 10 most common mistakes and tips on how to avoid them, so you can understand what went wrong and produce cleaner, stronger, and more successful welds every time.
Chromoly steel is strong and lightweight—perfect for roll cages, bikes, and car frames. Understanding its properties can determine your project’s success. Here are some expert tips to help you weld Chromoly like a pro.
Welding involves high heat, sparks, and molten metal, making burns, fires, and explosions real risks. This guide covers essential safety practices, from personal protective equipment to emergency procedures, helping welders stay safe and prevent accidents in the workplace.
TIG welding is prized for precise heat control and clean welds on thin metals. Pulsed TIG takes control even further. In this article, we’ll explain TIG pulsed welding and when to use it to get the most from this technique. Let’s dive into pulsed TIG and its applications.
Stainless steel requires strict heat control to avoid distortion or burn-through, and FCAW isn’t always easy with it. That’s why flux-core stainless welding raises questions. In this article, we will cover the basics of FCAW welding stainless steel and provide some tips to make your tasks easier.
Welding, one of the oldest and strongest metal joining processes, is used worldwide. This article covers the four most popular methods of MIG, TIG, Stick, or Flux-cored Arc welding, and advanced processes like Laser and Resistance welding. Let’s dive in!