Swain Geoffrey, Shinjo Nagahiko
Center for Corrosion and Biofouling Control, Florida Institute of Technology, Melbourne, FL 32901, USA.
Int J Mol Sci. 2014 Dec 2;15(12):22142-54. doi: 10.3390/ijms151222142.
Test panels comprised of uncoated, copper coated and silicone coated 7/8'' (22 mm) mesh knitted nylon net were evaluated to compare their properties and the effectiveness to prevent biofouling. This paper describes test procedures that were developed to quantify the performance in terms of antifouling, cleanability, drag and cost. The copper treatment was the most effective at controlling fouling, however, the silicone treated nets were the easiest to clean. The drag forces on the net were a function of twine diameter, twine roughness and fouling. After immersion, the uncoated nets had the most drag followed by the silicone and copper treatments. The cost of applying silicone to nets is high; however, improved formulations may provide a non-toxic alternative to control fouling.
对由未涂层、铜涂层和硅酮涂层的7/8英寸(22毫米)网眼针织尼龙网组成的测试面板进行了评估,以比较它们的性能以及防止生物污损的有效性。本文描述了为量化防污、可清洁性、阻力和成本方面的性能而制定的测试程序。铜处理在控制污损方面最有效,然而,硅酮处理的网最容易清洁。网上的阻力是网线直径、网线粗糙度和污损的函数。浸泡后,未涂层的网阻力最大,其次是硅酮和铜处理的网。将硅酮应用于网的成本很高;然而,改进的配方可能提供一种控制污损的无毒替代方案。