Effects of the etching process on the surface, friction and wear characteristics of silicone rubber coated with micro-sized ceramic particles
Sung‐Jun Lee, Chang-Lae Kim
Abstract
, indicating an increasing trend with longer etching times. Distinct wear mechanisms were observed between non-etched and etched specimens, with the latter exhibiting more pronounced wear tracks. Finite element analysis highlighted variations in stress behavior during contact sliding, indicating that surface modifications significantly impact wear resistance. While longer etching times improved friction characteristics, shorter etching times yielded superior wear characteristics. Further research is recommended to explore optimal etching conditions considering various variables.
Topics & Concepts
Silicone rubberMaterials scienceCeramicComposite materialCoatingSiliconeEtching (microfabrication)Natural rubberLayer (electronics)Tribology and Wear AnalysisAdhesion, Friction, and Surface InteractionsLubricants and Their Additives