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8243656 
Journal Article 
超疏水, 自清洁氟化石墨改性不锈钢网的油水分离研究 
Lei, R; Wang, J; Zhao, S; Wang, Z 
2021 
Materials China 
72 
2 
1191-1201 
Chinese 
Epoxy resin and fluorinated graphite (FG) nanosheets were used to modify the surface of 200 mesh(75 μm), 300 mesh(50 μm) and 400 mesh(37.5 μm) stainless steel meshes to prepare fluorinated graphite modified steel meshes with superhydrophobic and self-cleaning properties. The mixture of hexane/water, dichloromethane/water, decane/water, toluene/water and diesel/water can be quickly separated by the FG modified steel mesh under its own gravity, and the separation efficiency is above 99.89%. At the same time, the fluorinated graphite modified stainless steel mesh also has good reusability and mechanical durability. After 100 cycles of recycling and 100 times of wear under the action of external force, it still maintains good superhydrophobic properties. © 2021, Editorial Board of CIESC Journal. All right reserved. 
Film; Fluorinated graphite; Oil-water separation; Stability; Superhydrophobic; Surface