A welder in full protective gear repairs a cracked engine block with a TIG torch, as sparks and blue smoke rise from the glowing weld seam in a workshop setting.

Can You Weld a Cracked Engine Block Without Replacing It?

A cracked engine block can be one of the most alarming issues for any vehicle owner or mechanic, but welding it might offer a second chance. Before deciding whether to repair or replace a damaged engine block, it’s important to understand the feasibility, risks, and methods involved in welding it. What Causes an Engine Block…

A welder is skillfully joining two pieces of aluminum using a TIG welding torch, with bright sparks and a clean workshop setup in the background.

How to TIG Weld Aluminum for Beginners: A Simple Starting Guide

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…

A photograph captures a welder at work fusing two thick steel plates with a MIG torch in a dimly lit workshop, as sparks and smoke rise during the welding process.

How Many Amps to Weld 1/4 Steel: Finding the Perfect Setting

Welding 1/4-inch steel is a common task in fabrication shops, automotive work, and heavy-duty repairs. However, getting it right requires more than just skill—it demands the correct amperage setting. Using too little current won’t provide sufficient penetration, while excessive amperage can lead to burn-through or distorted metal. Understanding the amp requirements for different welding processes…

AC vs DC Welding: Understanding the Current That Works for You

AC vs DC Welding: Understanding the Current That Works for You

Welding isn’t just about striking an arc and laying a bead—it’s also about understanding the kind of electrical current that powers your machine. That’s where the AC vs DC welding debate comes in. These two types of currents behave very differently, and choosing the right one can affect everything from arc stability to weld penetration….