Last Updated: December 2025 MIG welding depends heavily on the right shielding gas to produce clean, strong welds. Using the wrong gas can lead to excessive spatter, unstable arcs, shallow penetration, and poor bead appearance—even when your machine settings are otherwise dialed in. Choosing the correct gas isn’t just a preference; it directly affects weld…
Last Updated: December 2025 Choosing the right welding gas tank size affects more than refill frequency. Tank size influences portability, how long you can weld without interruptions, and how smoothly work moves in your shop. Go too small and you’ll be stopping mid-project more often than you’d like. Go too large and you may end…
When starting out in welding, one common question is whether MIG and TIG welding can use the same shielding gas. While both processes rely on gas to protect the weld pool, their gas requirements are distinct. Understanding the differences can significantly impact weld quality and efficiency. The Role of Shielding Gas in Welding Shielding gas…
Controlling gas pressure is critical for achieving clean, consistent MIG welds. The right settings help shield the weld pool, minimize spatter, and ensure proper penetration—especially when working with varying materials and environments. Understanding the Role of Shielding Gas In MIG welding, shielding gas protects the weld area from contaminants in the atmosphere. Without it, oxidation…