Tech Tips

Steel alloys combine strength, durability, and adaptability to support industries that depend on high-performance materials. They are essential in construction, transportation, machinery, and toolmaking. Because iron is blended with other elements to modify hardness, strength,

Work in foundries, welding, metal fabrication, and machining all requires an understanding of metal melting points. Knowing the precise temperature at which a metal changes from solid to liquid helps you choose the right materials

🎧 Prefer to listen? Play the audio version: Your browser does not support HTML5 audio. Introduction to Cobalt Alloys The superalloy industry places a lot of emphasis on cobalt-based alloys because of its strength, stability,

Why Cold Work Matters in Steel Processing To improve its qualities, steel frequently goes through cold working following hot working. Hot working causes scaling and might not produce the exact shape needed. Manufacturers can improve

The Role of Nickel in Superalloys The foundation of these alloys is nickel, which provides stability at high temperatures where other metals start to weaken. For uses like turbines, jet engines, and industrial furnaces, nickel-based

The Basics of Carbon Steel Carbon steel is the most common type of steel in use today, representing more than 75% of manufactured steel. It’s essentially a combination of iron and carbon, with small amounts

Carbon steels are the most common steels used in manufacturing, accounting for more than 75% of all steel produced. Their composition is relatively simple: iron combined with varying amounts of carbon, plus small traces of

Introduction to Aluminum Alloys Aluminum is widely used in industries ranging from automotive to aerospace. In most cases, it isn’t used in its pure form but as an alloy. By combining it with other elements,

Why Blade Strength Matters Choosing the correct blade for a job isn’t just about tooth count or width it’s also about understanding how a blade handles stress. Shear strength and tensile strength are two key

Industrial Metal Cutting with Bandsaws and Circular SawsA busy metalworking shop featuring both a horizontal bandsaw and a circular saw station, each set up for precision metal cutting tasks. Understanding the Differences in Metal Cutting

Understanding the Challenge Cutting hard-to-machine metals presents consistent demands on both operator skill and equipment quality. Metals like titanium, stainless steel, and certain high-strength alloys resist traditional cutting methods, often resulting in slower productivity, increased

Understanding Tooth Per Inch (TPI) Selection Choosing the right TPI is one of the most important decisions when working with thin-walled tubing and sheet metal. The number of teeth per inch on a bandsaw blade

Understanding the Role of Maintenance in a Fabrication Shop Tool maintenance has always played a key part in keeping production consistent and efficient. In fabrication environments, downtime caused by malfunctioning machines can lead to unexpected

Working with Unique Metals In many machining environments, steel and iron dominate most tasks. However, there are specialized situations where more advanced materials are needed. When performance requirements go beyond the capabilities of standard metals,

Understanding the Basics of Friction Cutting Friction cutting uses heat generated by high-speed blade movement to soften and separate metal. Unlike traditional cutting methods that rely on sharp teeth to slice through materials, friction cutting

Flood Coolant System in ActionA metal cutting bandsaw in operation with a flood coolant system, showcasing a steady stream of fluid directed at the cutting area to keep temperatures low and chips clear. Why Coolant

Why the Right Blade Size Is Important Getting the correct blade size for your bandsaw is key to maintaining smooth operation and getting clean, precise cuts. A blade that’s too long or short won’t tension