［Objective］To address the issues of superhydrophobic coating is prone to loss and thecoating exhibits poor long-term stability under harsh conditions，leading to the attenuation of anti-corrosion and anti-scaling performance and insufficient service durability.［Methods］In this study，a hydrothermal method was adopted to synthesize flower-like structured nano-ZnO particles，which were subsequently subjected to hydrophobic modification with hydroxyfluorosilicone oil. The superhydrophobic coating was fabricated via a spray-coating technique，and then the coating was impregnated with hydroxyfluorosilicone oil to form a super-slippery surface. Scanning electron microscope，contact angle measurement instrument，electrochemical workstation were used to characterize the wettability，wear resistance，chemical stability，corrosion resistance，and anti-scalingperformance of the coating.［Results］The super-slippery surface prepared by coating hydroxyfluorosilicone oil exhibits a water contact angle（WCA）of（132. 9±2. 1）° and a sliding angle of（6. 8±0. 3）° . The corrosion current density（I_corr）of the prepared super-slippery coating was 2. 81×10^-11 A/cm²，and the corrosion potential（E_corr） was -0. 32 V. Furthermore，after dynamic simulated scaling test in a 0. 01 mol/L Ca²⁺ solution for 7 days，the CaCO₃ scaling amount on the surface of the super-slippery coating was only 3. 3 mg/cm².［Conclusion］The coating possesses good mechanical properties and chemical stability，and exhibits excellent anti-corrosion and anti-scaling effects，providing an effective solution to the corrosion and scaling issues of industrial metal materials.