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Traditional welding has evolved, yet many industries still use conventional arc methods. Laser welding offers precision, speed, and quality, but has limitations. To overcome these, Hybrid Laser Arc Welding (HLAW) combines laser and arc techniques. In this article, we will outline the fundamentals of hybrid laser welding, its advantages, and its various applications.
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.
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.
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.