This study is aimed to improve the properties of the organic coatings by adding additives of various properties to industrial organic coatings with epoxy resin and to obtain organic coatings with superior properties. Boron end-product, methacrylate-based fluorinated liquid and diatomite additives have been added to the epoxy resin-containing organic coatings in the specified proportions (0-6% (w/w)). The Box-Behnken optimization method has been applied on the metal surface. The surfaces where the organic coatings are applied are subjected to various tests (adhesion, corrosion etc.) in accordance with the standards. According to the test results, coatings are resistant to impact, corrosion, high adhesion resistance, gloss and covering values. In addition, as a result of Thermogravimetry/Differential Thermal Analysis (TG/DTA), flame retardancy is improved, more homogeneous structures are obtained by adding additives with Scanning Electron Microscopy (SEM) analysis, hydrophobic property is improved according to the contact angle and surface free energy measurement results. Consequently, it has been observed that additives added to the organic coatings in various proportions improve the organic coating in terms of flame retardancy, surface properties and hydrophobicity. It is envisaged that the organic coatings with new properties can be preferred in different industries.

中文翻译：

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使用硅藻土/表面活性剂/硼酸锌增强溶剂型环氧涂料增强性能的 Box-Behnken 方法

本研究旨在通过在含环氧树脂的工业有机涂料中加入各种性能的添加剂来改善有机涂料的性能，获得性能优越的有机涂料。硼最终产品、甲基丙烯酸酯基氟化液体和硅藻土添加剂已按指定比例 (0-6% (w/w)) 添加到含环氧树脂的有机涂料中。Box-Behnken 优化方法已应用于金属表面。涂有有机涂层的表面根据标准进行各种测试（附着力、腐蚀等）。根据测试结果，涂层具有抗冲击、耐腐蚀、高附着力、光泽和覆盖值。此外，作为热重/差热分析（​​TG/DTA）的结果，提高阻燃性，通过扫描电子显微镜（SEM）分析添加添加剂获得更均匀的结构，根据接触角和表面自由能测量结果提高疏水性。因此，已经观察到以不同比例添加到有机涂层中的添加剂在阻燃性、表面性质和疏水性方面改进有机涂层。预计具有新性能的有机涂料可在不同行业中受到青睐。已经观察到以不同比例添加到有机涂层中的添加剂在阻燃性、表面性质和疏水性方面改进有机涂层。预计具有新性能的有机涂料可在不同行业中受到青睐。已经观察到以不同比例添加到有机涂层中的添加剂在阻燃性、表面性质和疏水性方面改进有机涂层。预计具有新性能的有机涂料可在不同行业中受到青睐。