“…The high surface roughness of the Non-etching specimen is attributed to the surface structure formed by the coated micro-sized ceramic particles. 16 For Etching-1M, the upper surface of the coated particles seemed to have undergone some etching, leading to a significant reduction in surface roughness. The longer etching time of Etching-5M further resulted in more significant etching of the coated particles, leading to a further reduction in surface roughness compared to Etching-1M.…”
This study investigates the friction and wear characteristics of silicone rubber used in hydraulic systems, focusing on surface properties achieved through coating strategies.
“…The high surface roughness of the Non-etching specimen is attributed to the surface structure formed by the coated micro-sized ceramic particles. 16 For Etching-1M, the upper surface of the coated particles seemed to have undergone some etching, leading to a significant reduction in surface roughness. The longer etching time of Etching-5M further resulted in more significant etching of the coated particles, leading to a further reduction in surface roughness compared to Etching-1M.…”
This study investigates the friction and wear characteristics of silicone rubber used in hydraulic systems, focusing on surface properties achieved through coating strategies.
“…15–17 The mechanical strength of silicone rubber significantly influences the contact area, while the utilization of lubricants serves to mitigate the frictional interaction between the rubber and the substrate. 18…”
This research investigates the impact of surface structure on the friction and wear characteristics of silicone rubber used as a material for hydraulic rod seals.
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