You should not TIG weld with 75% Argon and 25% CO2 because CO2 causes arc instability, spatter, and oxidation. TIG welding requires 100% Argon to maintain a stable arc and prevent contamination. Using a CO2 mix will degrade weld quality and damage tungsten electrodes. Below is a detailed analysis of the feasibility of using this …

Pure argon is the main shielding gas used for welding aluminum, though helium and argon-helium mixtures can also be used depending on specific application requirements. Your chosen gas significantly impacts weld quality, penetration depth, and overall efficiency of the welding process. To help you make an informed decision, this guide outlines the most commonly used …

Adding hydrogen to argon in welding can significantly enhance welding performance, especially when working with austenitic stainless steel. This specialized gas mixture offers several advantages, which we outline in this guide. To help you get the most out of hydrogen and argon, we’ll also go over the key considerations and safety tips to follow. Enhanced …

Pure argon is the most common gas used to weld stainless steel, especially for TIG welding of thin materials. For thicker stainless steel or MIG welding applications, specialized mixtures like argon-helium, argon-CO₂, or tri-mix gases provide better penetration and arc stability. In this guide, you’ll learn how different shielding gases affect stainless steel welding quality …