Welding Blog

Welding can be tough on your eyes. When you use MIG welding (Metal Inert Gas welding), a bright arc is created. This arc gives off intense light and ultraviolet (UV) radiation. If you don’t protect your eyes with the right shade lens, you can get eye injuries, fatigue, or even long-term vision problems. Picking the […]

Flux core welding is popular for its speed, versatility, and ability to handle dirty or rusty metals. But one debate continues among welders: Should you use the push or pull technique when using flux core wire? Each method changes how the weld looks, how deep it penetrates, and even how much spatter you get. If

Flux core welding is popular for its speed, portability, and ability to work outdoors. But many beginners struggle with one key question: What polarity for flux core welding? If you use the wrong polarity, your welds may be weak, messy, or even unsafe. Let’s dive into how polarity affects flux core welding, why it matters,

When working with 16 gauge steel, getting your MIG welder settings right is essential. This steel thickness is common in automotive, home repair, and fabrication projects. Poor settings can lead to weak welds, burn-through, or excessive spatter. With the right adjustments, you can achieve clean and strong welds—even if you’re new to welding. Below, you’ll

Gas pressure plays a big role in MIG welding, but many beginners overlook its importance. If your gas pressure is wrong, your welds can be weak, dirty, or full of holes. Getting this setting right is not hard, but you must understand the basics, know what affects pressure, and learn how to adjust it for

Flux core welding is popular for both home and professional projects. It works well outdoors and on dirty or rusty metal. But many beginners struggle with setting the right wire speed and voltage. If these settings are wrong, the weld will be weak or messy. This guide explains flux core wire speed and voltage charts

A welder that powers up, runs its fan, but will not strike an arc can be deeply frustrating. This problem not only halts your work but also signals something more than a basic issue. Understanding why the welder fan runs but no arc appears can help you solve the problem faster and avoid unnecessary repair

When you finish welding and notice your weld isn’t penetrating deep into the base metal, it can be frustrating. Proper weld penetration is essential for strength, durability, and safety. Whether you’re a hobbyist or a professional, understanding why your welds lack penetration can help you fix the issue and create better joints. Let’s explore the

Welding 1/8 inch steel with a stick welder (also called Shielded Metal Arc Welding or SMAW) can be simple, but only if you set the right amperage. Too little power and the rod sticks; too much and you burn through the metal. Getting the amperage right is key for strong, clean welds. Many beginners guess,