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TECHNICAL ASPECTS OF SPRAY APPLICATION OF Si-BASED FOUL RELEASE COATINGS IN NEW SHIPBUILDING YARD

机译:新造船围场Si污水释放涂层喷涂的技术方面

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Recently, demands for full or local application of a Si-based, non-stick type Foul Release (FR) coating for commercial tankers increased emphasizing FR coating's contribution to ship's fuel efficiency. Coating application of the new FR coating in new shipbuilding dock, however, proposes several, formidable challenges to be overcome due to the unique characteristics of the coating materials. Most ship yards have yet to figure out how to apply these new breed of coatings successfully. In this study, technical guidelines to improve spray coating application - both airless and air assisted airless spray - are proposed based on actual ship yard experiences. A new method for measuring the cured coating's adhesion strength for the "non-sticking" surface was also proposed. Other technical issues, such as repair coating of local, mechanical damage, spray dust, fish eye, spray tail phenomena in low temperature regime, were also discussed.
机译:最近,对商用油轮的基于Si的基于不粘型污垢释放(FR)涂层的全部或局部应用的要求增加了FR涂层对船舶燃料效率的贡献。然而,由于涂料的独特特性,新造船码头的新型FR涂层的涂料在新造船码头中的应用提出了几种,可强大的挑战。大多数船舶院子尚未弄清楚如何成功应用这些新的涂料。在本研究中,提出了改善喷涂应用的技术准则 - 基于实际船舶经验提出了无气空气辅助无气喷雾剂。还提出了一种用于测量固化涂层的粘合强度的新方法,用于“不粘粘附”表面。还讨论了其他技术问题,如局部,机械损伤,喷雾粉尘,鱼眼,低温制度的喷雾尾状现象的修复涂层。

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