The only peer-reviewed trade journal serving the coatings industry, CoatingsTech is published 11 times annually, in both print and digital format. This ACA journal provides comprehensive coverage of the international coatings industry with science and technology solutions, market insights, formulator’s best practices, new product spotlights, and regulatory and legislative updates.

As the flagship publication of the American Coatings Association, CoatingsTech serves the membership of ACA as well as coatings professionals around the world. The coatings industry relies on information and insight from ACA and CoatingsTech to make their companies stronger and more profitable. The information published in CoatingsTech is available on multiple platforms—print, online, and digital.

JCT CoatingsTech is the only peer-reviewed trade journal serving the coatings industry, published 11 times a year in both print and digital formats. As the flagship publication of the American Coatings Association (ACA), CoatingsTech provides comprehensive coverage of the international coatings industry, including scientific and technological solutions, market insights, best practices for formulators, highlights of new products, and updates on regulations and legislation.

CoatingsTech serves the members of ACA as well as coatings professionals worldwide. The coatings industry relies on the information and insights provided by ACA and CoatingsTech to strengthen their companies and enhance profitability. The information published in CoatingsTech is available across multiple platforms—print, online, and digital.

《JCT CoatingsTech》是唯一一本为涂料行业服务的同行评审贸易期刊，每年出版11期，提供印刷和数字格式。作为美国涂料协会（ACA）的旗舰出版物，《CoatingsTech》全面覆盖国际涂料行业，提供科学和技术解决方案、市场洞察、配方师最佳实践、新产品亮点以及法规和立法更新。

《CoatingsTech》为ACA的会员以及全球涂料专业人士提供服务。涂料行业依赖ACA和《CoatingsTech》提供的信息和见解，以增强公司的实力和盈利能力。该期刊的信息可通过多种平台获取，包括印刷版、在线版和数字版。

JCT CoatingsTech

Consumers can easily be confused by the abundance of choices to make when selecting a clear wood finish. There are many types of clear finishes with different characteristics and product claims. This article is designed to help consumers sort out the different finishes and effectively choose which product would be best for their purpose. First, we cover the causes and mechanisms of wood degradation. It is important to know what we are protecting wood from and why. Then we describe in detail the different kinds of clear wood finishes and how they are designed to work. We also cover the attributes of wood as a building material, which explains why people are so interested in using it in the first place.

Tom Daniel

Marc S. Hirsch

Ken McClelland

Alan S. Ross

R. Sam Williams

JCT coatingstech

Clear exterior finishes : finding the balance between aesthetics and durability

清晰的外部涂层：在美观与耐久性之间找到平衡

Tony Bonura

Steve Bussjeager

Lynne Christensen

George Daisey

Tom Daniels

Mark Hirsch

Charles J. Jourdain

D. Douglas Mall

Bob Springate

Louis E. Wagner

Warren Harry

Finishes checklist : a guide to achieving optimum coating performance on exterior wood surfaces

完成清单：实现外墙木材表面最佳涂层性能的指南

Advances in technology have resulted in the need for electronic devices to continue functioning even when placed in harsh environments. Widespread use of cell phones, laptop computers, and other personal electronic devices, the increased number of electronic controls in home appliances, and the ever more extensive utilization of digital technology in the automotive industry have led to a growing demand for printed circuit boards (PCBs) that can perform under difficult conditions. Conformal coatings provide a protective barrier that enables the PCBs to function in these demanding environments. This growth in demand comes despite the cost and numerous difficulties associated with the application of these coatings. Many conformal coatings manufacturers are investing in the development of new technologies that minimize these difficulties. Others are involved in developing disruptive technologies that will serve as alternatives to traditional conformal coatings processes.

Cynthia A. Challener

Conformal coatings : Challenging environments lead to growth

保形涂层：挑战性环境推动增长

Increasingly demanding environmental regulations for industrial maintenance coatings have put pressure on manufacturers and users of both solventborne and waterborne coating systems. The lowering of volatile organic compound (VOC) levels to below 100 g/L is being considered for industrial maintenance coatings in many regions of the U.S. This article discusses the development of materborne acrylic latex polymers for use in high performance, VOC-compliant coatings applied to steel and concrete structures. Formulation and coating properties of these polymers are described, with an emphasis on comparisons of performance to traditional, higher VOC waterborne and solventborne coatings.

Leo J. Procopio

Gary R. Larson

William J. Rosano

Low-VOC Waterborne Coatings for Use in Industrial Maintenance Painting

用于工业维护涂装的低VOC水性涂料

The performance of 35 finishes (clear water-repellent Preservatives; lightly pigmented, water-repellent preservatives; semitransparent stains; solid-color stains; and paints) applied to newly planed vertical-grained; factory-planed, flat-grained; or saw-textured, vertical-grained western redcedar bevel siding was evaluated for cracking, erosion, and general appearance over 14 years of outdoor exposure at two sites (Madison, WI, and Gulfport, MS). Service life was dependent on the wood surface and increased in the following order: clear water-repellent preservatives; lightly pigmented, water-repellent preservatives; semitransparent stains; solid color stains; and paints. The performance was about the same for both the flat-grained and vertical-grained smooth-planed bevel siding but was greatly improved for almost all finish systems on the saw-textured western redcedar bevel siding.

William C. Feist

Service life of finishes on smooth-planed and saw-textured western redcedar bevel siding

光滑刨平和锯纹西部红杉斜接壁板的涂层使用寿命

This work concerns the development of environmentally friendly encapsulation technology, specifically designed to incorporate corrosion indicators, inhibitors, and self-healing agents into a coating, in such a way that the delivery of the indicators and inhibitors is triggered by the corrosion process, and the delivery of self-healing agents is triggered by mechanical damage to the coating. Encapsulation of the active corrosion control ingredients allows the incorporation of desired autonomous corrosion control functions such as: early corrosion detection, hidden corrosion detection, corrosion inhibition, and self-healing of mechanical damage into a coating. The technology offers the versatility needed to include one or several corrosion control functions into the same coating.The development of the encapsulation technology has progressed from the initial proof-of-concept work, in which a corrosion indicator was encapsulated into an oil-core (hydrophobic) microcapsule and shown to be delivered autonomously, under simulated corrosion conditions, to a sophisticated portfolio of micro carriers (organic, inorganic, and hybrid) that can be used to deliver a wide range of active corrosion ingredients at a rate that can be adjusted to offer immediate as well as long-term corrosion control. The micro carriers have been incorporated into different coating formulas to test and optimize the autonomous corrosion detection, inhibition, and self-healing functions of the coatings. This paper provides an overview of progress made to date and highlights recent technical developments, such as improved corrosion detection sensitivity, inhibitor test results in various types of coatings, and highly effective self-healing coatings based on green chemistry.

出版信息	出版商: Federation of Societies for Coatings Technology，出版周期: ，期刊类型: journal，开源期刊: 否
基本数据	创刊年份: 2011，原创研究文献占比: 100.00%，自引率:N.A.， Gold OA占比: 0.00%

JCT CoatingsTech

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Clear exterior finishes : finding the balance between aesthetics and durability

Finishes checklist : a guide to achieving optimum coating performance on exterior wood surfaces

Conformal coatings : Challenging environments lead to growth

Low-VOC Waterborne Coatings for Use in Industrial Maintenance Painting

Service life of finishes on smooth-planed and saw-textured western redcedar bevel siding

Environmentally Friendly Coating Technology for Autonomous Corrosion Control

Environmentally Friendly Coating Technology for Autonomous Corrosion Control

Environmentally Friendly Coating Technology for Autonomous Corrosion Control

Environmentally Friendly Coating Technology for Autonomous Corrosion Control

Environmentally Friendly Coating Technology for Autonomous Corrosion Control