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8 articles

Welding Parameters for Common Materials: Settings Guide
A reference guide to welding parameters for MIG, TIG, stick, and flux core processes covering mild steel, stainless steel, and aluminum applications. Common welding settings are grouped by process, material thickness, and electrode or wire type. This provides starting values for core welding variables for quick reference and setup.
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Can You MIG Weld Without Gas?
Can you MIG weld without gas? Yes—but only with self-shielded flux-core wire and the proper setup. This guide covers when gasless MIG works, why solid MIG wire requires shielding gas, and how to choose the right welding setup for your project.
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MIG vs Flux Core Welding: Which Is Better for Beginners?
New to welding and wondering whether MIG or Flux Core is easier to learn? While both use continuously fed wire and similar equipment, they differ in setup, weld quality, outdoor performance, and ease of use. This guide compares MIG and Flux Core welding to help beginners choose the best process for their needs.
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Can You Flux-Core Weld Aluminum?
Can you flux-core weld aluminum? In theory, yes—but in reality, it rarely works well. Issues like oxide layers and wire feeding make aluminum especially challenging for flux-cored welding. Discover why it’s so difficult and learn which welding methods, like MIG and TIG, work better for aluminum.
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Tips for FCAW Welding Stainless Steel
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.
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Common FCAW Welding Mistakes And Defects
While flux-cored welding is user-friendly, both beginners and advanced welders can make mistakes resulting in defects. That's why we'll explain the common FCAW welding mistakes and defects and how to deal with them.
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Improving FCAW With Gas - Gas Shielded Flux Core Welding
Dual shield welding or shielded Flux-cored arc welding, as an improvement of traditional FCAW, is valued for its speed and high deposition rates, which we'll explain thoroughly in this article.
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How to Get the Strongest Flux-core Weld
We will help you understand the properties of the strong weld and what can interfere with it to apprehend the solutions.
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