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New Specialty Resins for High Performance Fusion Bonded Epoxy Coatings

机译:用于高性能熔融粘合环氧涂料的新型特种树脂

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In the last decade, the evolution in the exploration and transportation of oil and gas as well as efforts to delay the effect of corrosion on strategic and valuable assets like pipelines, have triggered the development of new Fusion Bonded Epoxy (FBE) anticorrosion coatings. A major component in a FBE formulation are solid epoxy resins, which when properly formulated enable the FBE coating to reach higher performance requirements to cope with the ever more challenging conditions in the field. This paper describes how solid epoxy resins (SER) can help high glass transition temperature FBE coatings to protect pipelines operating at high service temperatures from corrosion. A second area of innovation is a solid epoxy resin that helps FBE to cure at lower application temperatures than standard FBE coatings while maintaining the similar corrosion performance. Damage tolerance is the third area of innovation. Dow Coating Materials has developed an epoxy/copolymer resin system which helps the FBE formulator overcome the brittleness of FBE Abrasion Resistance Overcoat (ARO) at subzero temperatures.
机译:在过去的十年中,石油和天然气勘探和运输业的发展,以及为延迟腐蚀对战略性和有价值资产(如管道)的影响而进行的努力,触发了新型融合粘结环氧(FBE)防腐涂料的开发。 FBE配方中的主要成分是固体环氧树脂,如果正确配制,则可使FBE涂料达到更高的性能要求,以应对该领域日益严峻的条件。本文介绍了固态环氧树脂(SER)如何帮助玻璃化转变温度较高的FBE涂料,以保护在高使用温度下运行的管道免受腐蚀。创新的第二个领域是固体环氧树脂,它可以帮助FBE在低于标准FBE涂料的应用温度下固化,同时保持相似的腐蚀性能。损害承受能力是创新的第三个领域。陶氏涂料材料公司开发了一种环氧/共聚物树脂体系,可帮助FBE配方设计师克服零下温度下FBE耐磨外涂层(ARO)的脆性。

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