Master essential welding techniques and practical tips to improve your skills, boost efficiency, and get cleaner, stronger welds every time.
MIG welding stainless steel is not only possible—it’s practical for many real-world jobs. With the right wire, gas, and settings, even a basic MIG setup can produce strong, clean welds on stainless. That makes it a solid option for DIY projects, small shops, and quick repairs. If you’re fabricating stainless brackets, patching a frame, or…
A cracked rim is more than just an inconvenience—it’s a serious safety concern. Whether caused by potholes, curb hits, or metal fatigue, a damaged rim can lead to tire blowouts or compromised vehicle handling. Welding may offer a cost-effective repair solution, but it’s not always the best or safest route. Understanding when and how to…
When it comes to selecting the right aluminum alloy for structural or fabrication projects, two of the most widely used options are 6061 T6 and 7075. Both offer unique mechanical properties, making them ideal for different applications. Whether you’re building frames, aircraft parts, or welding-intensive components, understanding the differences between these two alloys can help…
Welding galvanized metal to steel is a common challenge in fabrication, repair, and industrial construction. Galvanized metal is simply steel coated with a layer of zinc to prevent rusting, but this coating creates complications when exposed to the high heat of welding. The good news? It can be done—safely and effectively—if you understand the proper…
Welding aluminum with a MIG welder can be intimidating for beginners, but with the right setup and technique, it’s absolutely achievable—even at home. While aluminum’s properties differ from steel, a few adjustments in equipment and approach will help you achieve strong, clean welds without frustration. Understanding Aluminum’s Welding Challenges Aluminum is a soft, lightweight metal…
TIG welding is known for its precision and clean welds, often used in projects requiring superior aesthetic and structural quality. While argon is the industry-standard shielding gas, some welders ask whether CO₂ can be a substitute. It’s a fair question, especially when cost and availability are considered. However, TIG welding and CO₂ generally don’t mix…
Welding isn’t always an option—especially when you’re dealing with a tiny crack in a gas tank or a leaky spot on your mower. That’s where JB Weld steps in. But before you start patching things up, let’s answer the big question: Can JB Weld actually hold up to gasoline? The short answer? Yes, but only…
TIG welding aluminum might seem intimidating at first, but with the right setup and understanding of the basics, beginners can quickly get comfortable with this rewarding welding process. Aluminum’s unique properties require a bit more finesse than steel, but it’s entirely approachable with the proper technique and preparation. Why TIG Welding Is Ideal for Aluminum…
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…
Metal Inert Gas (MIG) and Tungsten Inert Gas (TIG) welding are two of the most commonly used welding techniques in the industry, each offering unique strengths and applications. Whether you’re a beginner choosing your first welder or a seasoned professional deciding on a machine for a specific project, understanding the difference between MIG and TIG…