Third Edition brings acclaimed textthoroughly up to date with the latestorganic coatings technology Organic Coatings, Third Edition is an unparalleled reference and text for organic coatings technology and its myriad applications. It begins with discussions of key principles of coatings, then thoroughly explores raw materials, physical concepts, formulations, and applications. Scientists, engineers, and paint formulators all gain a deeper understanding of the principles underlying the technology and learn how to use these principles in the development, production, and application of organic coatings. The four authors, all leading industry experts, offer a unique approach to the topic that correlates the empirical technology of coatings with the underlying science. This Third Edition has been completely revised and updated to reflect numerous changes in the field, including changes driven by increasing pressure to lower VOC emissions, reduce energy requirements, and eliminate potential health hazards from organic coatings components. In addition, the authors have developed new material to make the text more accessible for scientists and engineers first entering the field, as well as for students taking coatings courses. At the same time, the hallmarks that distinguished the two previous editions have been retained, including: Troubleshooting guidance for coatings scientists and technologists Clear differentiation between established principles and hypotheses requiring further research Precise definitions of coatings industry terminology Extensive references to the current literature Hundreds of figures that help readers visualize key concepts and techniques Whether you are just entering the field of organic coatings and need a broad overview or you are an experienced professional who needs a sophisticated reference, you can depend on Organic Coatings to give you the information and answers you need.
ZENO W. WICKS, Jr., PhD, has more than fifty years of experience in the coatings field, including twenty-eight years with Inmont Corporation and eleven years as Professor and Chairman of the Department of Polymers and Coatings at North Dakota State University. Currently working as a consultant, Dr. Wicks is the recipient of the Mattiello Memorial Lectureship, the Roy W. Tess Award, and four Roon Awards.
FRANK N. JONES, PhD, is a Research Professor at the Coatings Research Institute of Eastern Michigan University, as well as the Principal of Coatings Consulting Services, LLC. He is the recipient of the Mattiello Memorial Lectureship and three Roon Awards.
S. PETER PAPPAS, PhD, is currently a consultant who teaches frequent technical short courses. Dr. Pappas has been a corporate scientist at Kodak Polychrome Graphics, scientific fellow at Loctite, and a professor in the Department of Polymers and Coatings at North Dakota State University. He is the recipient of five Roon Awards.
DOUGLAS A. WICKS, PhD, is a Professor in the Department of Polymer Science and Engineering at the University of Southern Mississippi.
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我是一名涂装车间的主管,日常工作重心在于确保生产线稳定高效运行,对理论的实用性要求极高。《有机涂料》这本书对车间管理的启发性超乎我的想象。它对涂装工艺参数的控制,比如粘度、触变性、流平时间的精确控制,提供了大量基于实际生产数据的参考范围和调整策略。书中关于施工设备(如空气喷涂、静电喷涂、浸涂)的介绍,不仅描述了设备原理,更重点分析了不同设备在不同粘度涂料上的应用效率和雾化效果差异,这直接关系到我们的成本控制和喷涂质量。此外,书中关于涂料储存稳定性和保质期的化学解释,帮助我们更好地管理库存,减少因材料过期造成的浪费。这本书并没有陷入纯粹的实验室研究,而是将前沿的化学知识转化成了车间里可以立即应用的“工具”,指导我们如何通过优化操作,最大限度地发挥原材料的潜力,这对于我们一线管理人员来说,是比任何复杂的理论都更宝贵的财富。
评分作为一名化学专业的学生,我更看重基础理论的严谨性。《有机涂料》在这方面做得非常出色。它没有回避那些复杂的聚合反应动力学和高分子物理学,比如自由基聚合、缩聚反应中的分子量分布控制是如何影响最终涂膜性能的。书中对“耐候性”的讨论,超越了简单的加速老化测试结果罗列,而是深入到光降解、水解作用下聚合物主链断裂的分子层面,并结合了紫外吸收剂和受阻胺光稳定剂的作用机理进行了深入的剖析。这种由微观到宏观的逻辑推演,让我对有机涂料的耐久性有了本质性的理解。我发现书中对不同成膜物质——丙烯酸酯、醇酸树脂、环氧树脂、聚氨酯——的化学结构与最终性能之间关系的对比分析做得尤为透彻,这对我未来选择最适合特定应用场景的聚合物体系提供了坚实的理论基础。这本书的学术深度,使得它完全可以作为研究生级别的参考资料使用。
评分说实话,我一开始是抱着怀疑态度的,因为市面上关于涂料的书籍太多了,很多都是东拼西凑,缺乏原创性。但是翻开《有机涂料》后,我立刻意识到这不是一本普通的教材。这本书的结构设计非常巧妙,它不像传统书籍那样线性展开,而是采用了主题驱动的方式。比如,它有一个专门讨论“涂层美学与光学性能”的章节,这在技术导向的书中是很少见的。书中对光泽度、色差控制、以及如何利用特殊颜料实现珠光、金属光泽的内在机理进行了详尽的阐述,这对于汽车涂料和高端木器涂料行业的设计师来说,简直是宝典。作者对涂层缺陷的分类和诊断流程设计得极其系统化,提供了一套完整的问题排查SOP(标准操作程序),从涂装环境到材料批次,层层递进,让人可以迅速定位问题根源。虽然这本书的篇幅不薄,但阅读体验非常流畅,大量的图表和流程图有效地辅助了复杂概念的理解,极大地提高了学习效率。
评分这本《有机涂料》简直是涂料行业的“圣经”,对我这个刚踏入这个领域的新手来说,简直是打开了一扇新世界的大门。我原本对涂料的认识仅限于家里墙上的那层薄薄的色彩,但这本书让我看到了一个庞大而复杂的化学世界。从最基础的树脂结构、颜填料的选择,到固化机理、流变性能的调控,每一个章节都深入浅出,将复杂的化学原理用非常直观的方式展现出来。尤其是关于高性能防腐涂料的部分,作者详细分析了不同重防腐体系(如环氧富锌、聚氨酯面漆)的失效模式和防护机理,这对于我理解如何延长钢结构的使用寿命至关重要。书中没有过多纠缠于晦涩的数学推导,而是更侧重于实际应用中的问题解决,比如如何选择合适的溶剂以满足VOC排放要求,以及如何通过添加助剂来改善涂层的缩孔、橘皮等常见缺陷。我特别喜欢它对绿色涂料发展趋势的探讨,提到了水性、高固份和粉末涂料的技术瓶颈和未来方向,这让我对行业的发展脉络有了更清晰的认识。它不仅仅是一本教科书,更像是一位经验丰富的工程师在耳边细心指导,让我少走了不少弯路。
评分我是一名资深涂料工程师,对各种配方和测试标准了如指掌,所以我对这类专业书籍的要求非常高,通常很多书籍要么理论过于陈旧,要么就是堆砌数据。然而,《有机涂料》这本书展现出一种罕见的平衡感。它的深度足以让专家感到满意,广度又能够覆盖到行业内的多个细分领域。我尤其欣赏它在“功能性涂料”这一章的处理方式。它没有停留在描述性的介绍,而是深入剖析了导电涂料的纳米材料分散技术,以及自修复涂料的微胶囊技术细节。书中对涂层与基材界面化学的论述,特别是附着力增强机制的微观解释,非常精辟,这直接关系到涂层的使用寿命和可靠性。更难能可贵的是,作者似乎对全球不同地区的法规变化保持着敏锐的洞察力,书中对REACH法规和RoHS指令对配方设计的影响分析得十分到位,这对于我们进行国际贸易和产品升级至关重要。这本书无疑是参考资料库中的一个重要补充,它提供了一种审视现有技术、并引导创新方向的哲学视角。
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