Sunnen and ANS Collaborate on Friction and Wear Reduction Technology
Triboconditioning is a combined mechano-chemical surface treatment process which uses a machining procedure to level off surface peaks and apply a friction- and wear-reducing compound to the component surface.
Share
Sunnen Products Co. (St. Louis, Missouri) and Sweden-based Applied Nano Surfaces (ANS) have entered into a joint market development agreement to advance technology and applications based on the Triboconditioning process recently patented by ANS. The process is said to reduce friction and wear on various steel and cast iron surfaces while improving surface finish, preventing seizures and enhancing product life.
Triboconditioning is a combined mechano-chemical surface treatment process which uses a machining procedure to level off surface peaks and apply a friction- and wear-reducing compound to the component surface. Unlike spray coatings, the compound becomes an integrated part of the component structure at a nano level. The process is mechanically simple and can be performed with Sunnen precision honing equipment.
Key applications include automotive engine components such as valve train parts, cylinder liners, crankshafts and connecting rods as well as industrial applications such as hydraulic motors, rock drills, pumps, chains, gears and compressors.
RELATED CONTENT
-
Attaining Ten-Millionths Bore Accuracy
Conventional honing has been continuously improved and automated, now allowing boring accuracies to be measured in millionths.
-
For Plateau Honing, Consider Ball Style
The ball-style hone is a specialized abrasive tool that is instantly recognizable by its unique appearance. For engineers in the automotive, aerospace, manufacturing and machining industries, this application-engineered hone, characterized by the small, abrasive globules that are permanently mounted to flexible filaments, is a flexible, low-cost tool for sophisticated surfacing, deburring and edge blending.
-
Understanding – and Machining – Ultra-Clean Steel
Using the strongest steel available to create critical automotive powertrain components is necessary and in demand. Understanding how to properly machine ultra-clean steel and executing these techniques will enable cost-efficient and consistent part production.