Fluorine-Containing Ether Coating for Friction Durability

The patent employs composite materials by combining fluorine-containing ether compounds with silane coupling agents in the surface treatment composition. This creates a hybrid organic-inorganic surface layer where the fluorine compound provides low surface energy (water/oil repellency) while the silane component forms a durable crosslinked network, thus simultaneously achieving friction resistance and long-term durability

The patent modifies the chemical structure parameters of the fluorine-containing ether compound by introducing specific functional groups (carboxyl, hydroxyl, or amino groups) that can form strong bonds with substrates. This structural parameter change enables the compound to maintain both its low surface energy properties and enhanced adhesion durability on the substrate surface

The patent applies local quality by creating a surface layer with differentiated functional zones: the outermost layer maintains low surface energy for water/oil repellency, while the inner layer contains crosslinked silane structures that provide mechanical durability and strong substrate adhesion. This spatial differentiation allows each region to perform its specific function optimally

The patent implements preliminary action by pre-forming a crosslinked silane network structure within the surface treatment composition before application. This pre-established durable framework ensures that when the fluorine-containing ether compound is applied, it adheres to a stable, long-lasting base structure that maintains water and oil repellency even after repeated friction