PTFE coating is a fluorocarbon solid, making it resistant to corrosive chemicals and extreme temperatures for the hot and cold, UV ray resistant, and low friction. Additionally, it gives great insulation from electricity and doesn’t absorb water. Its legacy in industrial software spans over 80 years. Continue reading for how PTFE is created, its history, and how it’s used today. Teflon® coatings have several attributes that make them helpful to a lot of industries. PTFE…
Laser marking is the process of distributing components or workpieces using laser technology. A laser beam strikes the material, and its energy makes a response that leaves a permanent mark. All materials have an absorption spectrum Wavelengths emitted by the majority of industrial laser systems cannot be seen from the naked eye, so they are hard to imagine. Yet, different substances react differently to different wavelengths. Each material has a unique composition that absorbs certain…
There are indications that more than three thousand years ago some ancient Greeks might have made and used nonstick pans to bake bread. Mycenaean Greek skillets had a cooking side covered with tiny holes that archaeologists believed helped to evenly spread oil over the griddle so that dough wouldn’t stick while being cooked. In the modern history of nonstick coating technology, while working at DuPont in 1938 Roy Plunkett accidentally invented polytetrafluoroethylene (PTFE). Better known…
Chemical the etching is an extremely accurate manufacturing process used to produce Large Precision metal parts. It’s a manufacturing method that is also being referred to as Photo etching, Electro-chemical Etching, amongst others. What is Chemical Etching? Chemical etching is a high precision subtractive production process that utilizes Baths of temperature-regulated etching chemicals to remove material to generate high precision metal components in any desired shape. Example: Chemical Etching on Strap Mould How does Chemical…
Laser engraving is a procedure which vaporizes substances into fumes. The laser has to hit localized regions with enormous levels of electricity to create the high heat necessary for vaporization. Within this guide, you will discover detailed info about how laser engraving works. But here’s a brief video which reveals that the laser engraving process in actions. In this movie, you will observe the high-quality contrasts, the signalling speed, as well as the fumes created…
