Marine biofouling can be better governed by using super-hydrophobic and lubricant leaching behavior. It was prepared for a long time super-hydrophobic fouling release coating with the incorporation of phenylmethylsilicone oil as lubricant. With the reasonable control of the mass ratio of mixed nano-particles (hydroxylated multi-walled carbon nanotube and nano-magnetite), prepared reinforced coating has excellent super-hydrophobicity and lubricant leaching efficiency. Comparable studies with reported FR coating and commercial silicone coating, it exhibits excellent anti-biofilm adhesion performance with up to 98 % of biofilm adhesion removal rate. More beneficial, the isolation layer composed of the leached phenylmethylsilicone oil can make a good buffer effect for the reinforced coating surface, alleviating the deformation or damage caused by the friction between sand and the reinforced coating surface, effectively. This work is establishing new investments in environment-friendly fouling release coatings.

通过使用超疏水和润滑剂浸出行为，可以更好地控制海洋生物污损。通过加入苯基甲基硅油作为润滑剂，可长时间制备超疏水防污涂料。通过合理控制混合纳米粒子（羟基化多壁碳纳米管和纳米磁铁矿）的质量比，制备的增强涂料具有优异的超疏水性和润滑剂浸出效率。与报道的FR涂层和商用有机硅涂层相比，它具有出色的抗生物膜粘附性能，生物膜粘附去除率高达98％。更有益的是，由浸出的苯基甲基硅油组成的隔离层可以对增强的涂层表面起到良好的缓冲作用，有效地减轻了沙子与增强涂层表面之间的摩擦所引起的变形或损坏。这项工作正在建立对环保的污垢释放涂料的新投资。