耐磨涂料

泵壳用超高速固化型耐磨涂料、含固化剂和树脂溶液及其涂装方法；用于制备玻璃灯泡和淬火模具用元件的耐磨纹理涂料；[编者按]     

新型改性脂肪胺固化剂的合成及其在管道减阻耐磨无溶剂涂料中的应用

合成了一种新型的改性脂肪胺固化剂，并以此制备了用于天然气管道减阻耐磨的无溶剂涂料。该固化剂赋予涂层优良的机械性能、良好的耐盐雾性和耐化学介质浸泡性。通过电化学阻抗谱对该涂层的耐腐蚀性进行了评价，并对其减阻效果进行了研究。     

防粘耐磨涂料

１　前　言锦州石化公司研制了一种新型防粘耐磨涂料。该防粘耐磨涂料喷涂在振动筛表面形成防粘层,此防粘层有较好的防粘耐磨作用。２　实验部分２－１　原材料环氧漆酚有机硅树脂（自制）;８４０＃硅酮树脂（美国产）;醛酮树脂（美国产）;酚醛环氧树脂（上海产）;聚四氟乙烯粉（美国产）;二甲苯;丁醇;氧化镉;改性三聚磷酸铝（广西产）;涂料助剂２－２　配方及性能表１　底层涂料配方原料名称质量分数／％环氧漆酚有机硅树脂３０～４０二甲苯、丁醇　　　４０～５０三聚磷酸铝　　　　１５～２０涂料助剂　　　　　０－５～１－５…     

耐磨涂料

耐磨涂料和涂装产品，传动系统耐磨涂层的研制，减阻耐磨涂料在输气管道上涂装时的问题探讨。     

耐磨涂料

200810143制备透明、可着色、耐磨涂层用组合物;200810144耐磨、耐候性均好的透明多涂层及其涂料的制备法;200810145耐磨干润滑涂料组合物;200810146耐磨金属烷氧化物涂料组合物及其涂覆的物件。     

耐磨涂料

低反射高耐碱性、耐开裂和耐磨性涂料组合物及其涂漆制件；冬季体育设施用的低摩擦涂料；活化射线固化的耐磨透明涂料及其装饰片；一种耐磨涂料组配及制作方法；[编者按]     

耐磨涂料

钦1一50份(以100份有机一无机复合层计)。该有机一无机复合层是一种层状物质。该层状物质包括一种四面体结构层和一种八面体结构层。该四面体结构层是由四面结构(中心原子为硅或第一种金属原子代替部分硅,至少部分中心原子共价键合到包含或不含可聚合官能团的有机基团上)制得。     

环氧树脂固化度对粉末涂层性能的影响

研究了固化度对粉末涂层性能的影响。结果表明,环氧与聚酯配比可在一定范围内进行调整,消光固化剂B68用量为6：4份,固化度达80％以上时,涂层有较好的性能;对应的光泽度为4％;在100％固化度时,胶化时间最短,降低固化度,可延长胶化时间。     

受阻胺类固化剂固化环氧树脂的固化过程研究

通过差示扫描量热法(DSC)研究了几种不同基团取代脂肪族二元胺中的一个氢原子所形成的三官能度脂肪胺类固化剂固化环氧树脂的过程。分别使用Kissinger模型和Flynn-Wall-Ozawa模型对三种固化剂固化环氧树脂的动力学参数进行了计算。结果表明,三种固化剂固化环氧树脂的反应活性大小比较为:N-乙基乙二胺≈N-甲基乙二胺>N-苯基乙二胺。这不仅与得到的固化度-时间曲线结果相符,并且可以从结构的角度以电子效应,共轭效应和位阻效应理论给予合理解释。N-苯基乙二胺中,由于苯环的刚性较大,空间位阻效应尤为明显,活化能(E a)在固化度(α)=0.5时为61.99 kJ/mol,而在α=0.9时达到97.63 kJ/mol,随着固化度的增加反应活性迅速下降,因此该类固化剂固化过程中更需要控制工艺。     

矿物类脲醛树脂填料的研制

介绍一种矿物填料的研制过程，研究讨论了矿物填料对脲醛树脂固化性能的影响和使用过程中的沉淀分层现象。使用含该矿物填料的脲醛树脂所压制的胶合板能达到国家标准（ＧＢ９８４６－８８）的要求。     

紫外光固化纸张涂料的研制

研究合成了聚酯型丙烯酸聚氨酯。讨论了树脂的工艺配方、活性稀释剂、光敏剂的种类及数量对涂料性能的影响。将该涂料用于纸张、纸板、印刷品等，不仅固化速度快，而且性能完全符合要求。     

Thermoplastic Coating Processes for Plywood

Plywoods were coated with maleate-modified polypropylene using different types of processing method than used for thermoplastics, such as extrusion, calendering, and compression molding. The aim of this project was to achieve adequate adhesion between the thermoplastic coating and the plywood. The adhesion between the modified polypropylene and plywood reached using the different coating processes was compared with a peel test and button pull test. Visual and microscopic observations were also made. The coating of plywood with modified polypropylene succeeded visually with all used coating methods, and adequate adhesion was achieved. Results of the adhesion tests indicated that during the coating process, a high melt temperature decreased viscosity and thereby improved penetration; low pressure in the contact area indicated the importance of the surface roughness of the top-ply smaller air gap because there is no oxidizing effect on the polypropylene copolymer and the air gap cools the melt, also the shorter coating time at high-temperature zones improved adhesion. The adhesion between polar plywood and nonpolar polypropylene was adequate with calendering and modified extrusion methods.     

Rapeseed Proteins for Paperboard Coating

Protein samples of rapeseed were prepared with different compositions as protein isolate, protein concentrate and acetylated protein concentrate. They showed functional properties which are consolidated in the coating. The manufactured protein samples were tested in a pilot‐scale paperboard coating plant. The results indicated that the use of rapeseed proteins in the coating preparation is technically feasible and that the color and roughness of the coated paperboard show no negative effect on the quality. Industry printing experiments with this coated paperboard achieved the standard quality.     

环氧树脂固化剂的发展现状与趋势

介绍了我国环氧树脂固化剂的研究现状,对环氧树脂固化剂的发展方向作了展望。     

Amino resin curable water reducible epoxy systems for automotive refinishing paints

The requirements on primer surfacers for application in vehicle refinish are described, and a waterborne amine curable epoxy system is introduced which meets these demands. The technical properties of this material are dependent on the time which passes between mixing and application. The impact of the aforementioned time on curing behaviour and film properties is followed by using dynamic mechanical analysis (DMA). The results indicate that correlations exist between several properties of the primer surfacer and its storage modulus E′.     

石膏模型高强涂层的研究

本文就采用环氧树脂和酚醛树脂作复合胶粘剂，用石膏粉和钟乳石作复合填料，用适量的固化剂、稀释剂、助孔剂、增塑剂作添加剂，制备石膏模型用涂料的配方组成和使用工艺进行了分析研究。石膏模型涂上该涂料后，在保持良好透水性的基础上该涂料后强度、耐磨耐腐蚀性能显著提高，使用寿命延长。     

Sol-gel coatings for corrosion protection of 1050 aluminium alloy

The formation of organic-modified sol-gel coatings on 1050 aluminium alloy has been examined. The coatings were prepared by the combination of a completely hydrolysable precursor of tetra-n-propoxyzirconium (TPOZ), with a partly hydrolysable precursor of glycidoxypropyltrimethoxysilane (GPTMS). Influences of GPTMS/TPOZ ratio, withdrawal speed and curing temperature on the barrier-type corrosion protection of the alloy were examined. By control of process parameters and ratios of organic and inorganic moieties, crack-free sol-gel coatings with improved corrosion protection were produced on the alloy surface. Optimum protection was achieved by a coating formed with a GPTMS/TPOZ ratio of 2.7, a withdrawal speed of 180 mm/min and curing at 110 °C. The coating formed under the optimum conditions revealed good adhesion to the etched and desmutted alloy substrate. The pitting potential of the coated alloy increased significantly, indicative of an improved corrosion protection of the alloy.