I believe oxidation is tool steel’s main adversary. It eats away at the surface. This action reduces tool lifespan and drives up expenses. If you’ve dealt with a rusty mold or bit, you’re familiar with this problem. You can find many suggestions...
Tool steels are the backbone of precision manufacturing, and SKS3 tool steel has long been a popular choice for applications like stamping dies, punches, and small-batch production molds due to its balanced hardness, wear resistance, and reduced quenching distortion....
I hear many people are concerned about invisible EMFs. These seem to buzz around from Wi-Fi routers, electronics, and even big machines at work. You are not the only one feeling this way—I know many folks want to find ways to block that energy. I’ve seen...
I’ve often looked at a car and wondered how thick the metal is under the paint. From my experience, choosing the right steel thickness isn’t random; it’s quite deliberate. Automakers select specific thicknesses for different parts, like body panels...
I often wonder why some tools handle intense heat, staying sharp and tough, while others just don’t last. From my experience, it’s all about how the steel gets treated. Carbon steel requires one type of heat treatment. Tool steel needs a different process...
Tool steels play a critical role in aerospace manufacturing, enabling the production of high-precision components and tools that withstand extreme conditions. These materials are selected for their exceptional hardness, wear resistance, and thermal stability, ensuring...
