Smooth wire feeding is essential for high-quality MIG welds. However, issues like clogging, tangling, kinking, or bird-nesting can cause downtime, wasted consumables, and poor weld quality. In this article, we will discuss wire-feeding issues in welding, explaining the leading causes and possible solutions.
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.
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.
Slag is a crucial part of Stick welding, as it protects the molten weld puddle from atmospheric gases and contamination. When welded correctly, slag peels off easily, allowing you to move on. However, improper weld preparation or technique can lead to slag inclusions—small bits of slag trapped in the weld, compromising its structural integrity. Today, we’ll discuss slag and slag inclusions and teach you how to avoid slag inclusions in Stick welding.
MIG welding is straightforward, but it requires proper preparation and the right consumables. Achieving strong, uniform welds also depends on selecting and adjusting the correct shielding gas flow for the specific application. In this article, we’ll explain how to set gas pressure for MIG welding and discuss the factors that affect the recommended gas flow.
Welding has evolved from a specialized trade into a popular DIY hobby, but getting started with welding can be challenging for beginners. This guide offers practical tips to help you grasp the basics, build confidence, and produce quality welds—whether you’re just starting out or improving your skills.
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.
Despite the inherent risks and challenging conditions welders often face, a welding career is far from stagnant. It offers significant opportunities for growth, career advancement, and competitive salaries. In this article, we address frequently asked questions, such as: How much do welders earn? What are the highest-paying industries? And how can you maximize your welding income?
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.