Complete guide to MIG welding gas pressure and flow rate settings. Learn the critical difference between PSI and CFH, correct settings for different materials, and troubleshooting tips for porosity issues.
MIG Welding Gas Pressure: Complete Settings Guide Read More »
After 15 years in metal fabrication, I break down AC vs DC welding. Learn which current type is best for your projects, from aluminum TIG to steel fabrication.
AC vs DC Welding: Complete Guide & Expert Comparison Read More »
Learn how to MIG weld aluminum with proper equipment and techniques. This guide covers spool guns, shielding gas, wire selection, settings, and troubleshooting common problems.
MIG Welding Aluminum: Complete Guide for Beginners Read More »
Master sheet metal welding with our comprehensive beginner’s guide. Learn proper techniques, equipment selection, heat control, and proven methods to prevent warping and burn-through.
How To Weld Sheet Metal: Complete Beginner Guide Read More »
Complete welding cable size guide with AWG ampacity charts and voltage drop calculations. Find the right cable size for your welder based on amperage, length, and duty cycle.
Welding Cable Size Chart: Complete AWG Sizing Guide Read More »
After 100+ hours of field testing, the Titanium Unlimited 140 stands out as the best entry-level metal detector for beginners in [cy]. Learn why its Digital Target ID and automatic ground balance make it perfect for coin shooting and relic hunting.
Titanium Unlimited 140 Review: Best Beginner Metal Detector Read More »
Understanding how metal transfers from your wire to the workpiece changed everything about my welding. I spent months frustrated with spatter, poor penetration, and inconsistent beads before realizing that the transfer mode I was using mattered more than the machine itself. What are the four transfer modes in MIG welding? The four main transfer modes
Welding Transfer Modes: Complete Guide to MIG Metal Transfer Read More »
TIG welding produces the cleanest, most precise welds you’ll find in metal fabrication. After spending 15 years in fabrication shops and teaching dozens of apprentices, I’ve seen welders struggle with the same fundamentals. The difference between frustrated beginners and confident TIG welders comes down to mastering a handful of key techniques and practicing them consistently.
TIG Welding Tips Techniques: Master Precision Welding Read More »
The main difference comes down to power conversion technology. Inverter welders use advanced electronics to convert power efficiently through high-frequency switching. Transformer welders rely on traditional copper coils and magnetic induction. I’ve spent years working with both types in different settings. The choice between them affects your daily welding experience more than you might expect.
Inverter vs Transformer Welders: Which Is Right for You? Read More »
Welding cracks are fractures or discontinuities in weld metal, heat-affected zone (HAZ), or base metal that compromise weld integrity and structural performance. These critical defects can lead to catastrophic structural failures, requiring 100% repair in code work and causing significant economic impact through rework and delays. After spending 15 years in fabrication shops and witnessing
Welding Cracks: Hidden Causes & How To Stop Them 2026 Read More »
