Two Lotos plasma cutters, LTP5500D and LTP5000D, side by side on a workshop floor with coiled cables and cutting torches in front.

Lotos LTP5000D vs LTP5500D: Two Plasma Cutters Built for Real Shop Work

When you’re working in a small garage or DIY welding setup, you need tools that punch above their price tag. That’s where Lotos comes in. The brand’s well known for affordable plasma cutters that deliver more than you’d expect—and the LTP5000D and LTP5500D are two of its top contenders. While they share a lot of…

Hobart Handler 140 MIG welder resting on a workshop floor with a connected welding gun.
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Best Hobart MIG Welder: Choosing the Right Model for Your Projects

When it comes to reliability, ease of use, and solid performance, Hobart MIG welders stand out as trusted favorites among professionals and hobbyists alike. Whether you need a welder for small repairs, auto body work, or light industrial projects, Hobart offers a range of machines designed to match different needs and budgets. In this guide,…

A photograph displays three MIG welders placed side by side on a workshop table, each with visible control panels and welding cables.

Best MIG Welder for 1/4 Steel: Power Meets Precision in Every Pass

Welding 1/4-inch steel requires a welder that delivers consistent arc stability, solid penetration, and clean results without spatter. Whether you’re a DIYer working on heavy-duty home projects or a fabricator needing a reliable shop tool, choosing the best MIG welder for 1/4 steel is essential. Not all machines are up to the task—some lack the…

Choosing the Best All-Purpose Welding Rod: A Complete Guide

Choosing the Best All-Purpose Welding Rod: A Complete Guide

Finding the right welding rod for multiple applications can save you time, money, and frustration. Whether you’re tackling repairs, structural work, or fabrication projects, an all-purpose welding rod can simplify your workflow. But which rod strikes the best balance between versatility, strength, and ease of use? Let’s dive in. What Makes a Welding Rod ‘All-Purpose’?…

Is MIG or TIG Better for Welding Aluminum?

Is MIG or TIG Better for Welding Aluminum?

Aluminum welding requires skill and precision due to the metal’s high thermal conductivity and oxidation properties. Whether you choose MIG (Metal Inert Gas) or TIG (Tungsten Inert Gas) welding depends on the thickness of the material, the desired finish, and the level of control needed. Both processes have their advantages and drawbacks, making it essential…

A welder using a MIG torch to weld thin sheet metal, with bright sparks flying and a protective helmet in use.

Best Welding for Sheet Metal: Smart Picks for Clean Results

Welding sheet metal is all about control, finesse, and the right method. When you’re working with thin steel or aluminum, choosing the wrong process can lead to warping, burn-through, or messy welds. The good news? There are proven techniques that make the job easier—whether you’re a weekend DIYer or putting together precision parts in your…

Two bundles of welding rods labeled 11018 and 7018 on a scratched metal work surface.

11018 Welding Rod vs 7018: Strength, Usability, and When to Use Each

When it comes to structural stick welding, choosing the right rod isn’t just about preference—it’s about performance. Two of the most commonly compared options are 11018 and 7018. Both are low-hydrogen electrodes, but they serve different purposes depending on your project’s demands. Whether you’re building a gate, repairing heavy equipment, or welding high-strength steel, the…

A welder wearing protective gloves and a dark helmet performs stick welding, creating bright sparks and smoke as the electrode fuses two metal pieces at a right angle on a workbench.

Discover What Stick Welding Is Used For Across Trades and Projects

Stick welding remains a trusted method for joining metal in demanding environments, offering a rugged, reliable solution when other processes fall short. Also known as shielded metal arc welding (SMAW), it stands out for its simplicity, portability, and adaptability. While it may not always produce the cleanest welds, its ability to work in tough conditions…

A welder using flux core welding on thick steel plates, wearing a dark helmet and protective gloves, with visible sparks and smoke in a workshop setting.

What Flux Core Welding Is Used For—and Why It’s So Handy

Flux core welding doesn’t always get the spotlight, but it’s one of the most practical welding methods around—especially when conditions aren’t ideal. From windy job sites to quick repairs on rough steel, flux core holds its own where other methods might struggle. Let’s break down where it really shines and why many welders—beginners and pros…

Close-up view of E7018 welding rods resting on mild steel with a clean weld bead, on a rusted workshop surface.

Best Welding Rod for Mild Steel: Top Choices Explained

When it comes to welding mild steel, the rod you choose can make or break your weld quality. Whether you’re working in your garage, tackling structural repairs, or fabricating new parts, having the right rod helps ensure stronger bonds, cleaner welds, and fewer headaches. Welding mild steel isn’t complicated—when you’ve got the right rod. A…