March, 2026

If you have been in the finishing industry for more than a few years, you know the drill. The swatch looks perfect. The color match is spot on, the gloss level is exactly what the client ordered, and the orange peel is minimal. But then, the real test comes. You pull the parts from the oven, and there they are—the telltale signs of a hidden struggle: thin edges, faraday cage issues in the recesses, or that dreaded “picture framing” effectRead More …

Introduction If you have been in the finishing business for any length of time, you know the drill. When a client walks in with a complex aluminum extrusion or a set of automotive brackets, the conversation usually revolves around color, gloss, and durability. But lately, I have noticed a shift in the questions I get from job shops and manufacturers. The new frontier isn’t just about making the coating stick; it’s about how thin we can go while maintaining that stickiness. WeRead More …

If you have been in the metal finishing industry for more than a few months, you know that “getting the color right” is just the tip of the iceberg. We spend a lot of time talking about RAL numbers and custom color matching, which is fair—color sells. But when it comes to architectural work, the real differentiator between a mediocre job and a masterpiece isn’t just the hue; it’s the finish. Specifically, it is the interplay between gloss and texture. As we move intoRead More …

If you have been in this industry for any length of time, you know the feeling. You are running a production line, the part looks perfect from a distance, but then you inspect the interior corners or the deep recesses of a profile. You see it: light coverage, thin film build, or what looks like “starbursts” pushing the powder away. This isn’t a problem with the powder chemistry itself—it’s physics. Specifically, it’s the Faraday Cage Effect. While we have all readRead More …