Ceramic grinding wheels
Ceramic grinding wheels are indispensable tools in surface technology and are used for various grinding and polishing tasks. These abrasives are made of ceramic materials such as aluminium oxide, silicon carbide or zirconium oxide and are characterized by their hardness, abrasion resistance and dimensional stability.
Their use covers a wide range of applications, including the processing of metals, plastics, glass, ceramics and other materials. In metalworking, for example, ceramic abrasives are used to remove burrs, grind weld seams or for surface finishing. An important advantage of ceramic abrasives is their high grinding performance and long service life compared to other abrasives. They can efficiently remove large quantities of material while achieving a consistent surface finish. They are also less susceptible to chipping or edge chipping, which extends their service life and ensures a consistent sanding effect.
The shape of the ceramic grinding wheels varies depending on the application and can include discs, wheels, pins, balls or special shapes. This variety makes it possible to create different surface profiles or to process areas that are difficult to access. In addition to their role in grinding, ceramic abrasives are also often used for polishing and finishing. By using finer grits, they can smooth surfaces, create high-gloss polishes or realize specific surface structures.
Overall, ceramic abrasive media are versatile tools in surface technology that enable efficient and precise processing of various materials. Their hardness, abrasion resistance and dimensional stability make them a preferred choice for demanding grinding and polishing tasks in various industrial sectors.
Back to listThis definition is taken from the surface technology encyclopedia from Surface Technology Online. You can find many more technical terms from the surface technology industry in our lexicon overview.
Would you like to add technical terms to the surface technology encyclopedia (also with a mention as author)? Please contact us by mail or phone to discuss further details.
