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Give High Costs the Brush-off with OP-8 OP-8 Chain & Trolley Powered Brush Cleaner Lubrication Systems, Inc. Fremont, MI 49412 • Engineered for cost reduction • OPCO Chain & Trolley Cleaners remove paint, rust, lubricant build-up • Better e-coat conductivity • Improved lubrication through cleaner lube points • Saves money with fewer rejects Call 231-924-6160 or visit www.opcolube.com POWDER COATING, March 2016 3 AAMA updates coating requirements for steel hardware SCHAUMBURG, Ill.—The Ameri- can Architectural Manufacturers Asso- ciation (AAMA) has updated and re- leased a document specifying require- ments for corrosion resistant coatings on carbon steels used for hardware com- ponents in window, door, and skylight applications. The document, "Volun- tary Specification for Corrosion Resis- tant Coatings on Carbon Steel Compo- nents Used in Windows Doors and Skylights," was updated with a new test report section and a clarified scope. The AAMA 90715 standard for accept- able coatings for mild steel components and assemblies was reworked to become more performance based and less pre- scriptive. Specific references to cad- mium plating were removed due to the material's inclusion on many of the green industry's red lists. A manufac- turer can utilize any number of plating or material options as long as the results after neutral salt spray testing are in ac- cordance with the standard. The requirements in the standard are functional and are not intended to ad- dress aesthetics. Due to the diversity of corrosive environments that windows and doors are exposed to, this specifica- tion does not imply a specific service life. Report focuses on top coating technologies SAN ANTONIO, Tex.—Anticorro- sion coatings are among the top tech- nologies expected to show the most ad- vancement and influence this year. A focus on multifunctionality and high- performance attributes will spur inno- vations in the materials and coatings sector. This is according to 2015 Top Technologies in Materials & Coatings, a recent report by global research and consulting firm Frost & Sullivan. Addi- tionally, with significant research and development work underway by stake- holders across industry segments, com- mercialization of new materials and coatings is anticipated, especially in healthcare, electronics, and energy. The report notes that the key technolo- gies likely to have had the most impact in 2015 were carbon fibers, polymer chameleons, lightweight composites, anticorrosion coatings, polymeric cata- lysts, bio-based materials, nanomateri- als, membrane separation technologies, algal bioprocessing, and biochemicals. Although cost-effective technologies that offer a good return on investment are still prominent, technologies that re- duce raw material use and promote en- ergy efficiency are gaining status. Due to their use as reinforcement mate- rials and the expansion of production facilities, lightweight, high-strength composites, especially carbon fibers, will see increased adoption in the next 3 years. Anticorrosion coatings will also continue to see substantial growth in the next 5 years as companies comply with strict regulations requiring the use of materials and products that ensure long-lasting protection from environ- mental damage. Growing demand for novel materials, such as stimuli-respon- sive polymers, will further drive the ma- terials industry. UPDATE:Industry Three areas threaten to hinder the adoption of innovative coatings and materials for various industrial and con- sumer applications. These include diffi- culties in scaling up new materials to the commercial level, cost of implementa- tion, and long-term durability issues. The research recommends that market participants invest in more research ini- tiatives to address these challenges. De- veloping self-healing structures and capitalizing on the need for materials with tunable properties and strong functionalities will help in further growth and adoption of materials and coatings technologies. Graphene coatings top polymers for corrosion protection TROY, N.Y.—In its ongoing investi- gations into graphene coatings and cor- rosion prevention, a global science team has determined that graphene coatings minimize corrosion better than com- mercial polymer coatings in extreme microbial conditions. The research group, composed of scientists from