首页> 外文会议>Flexible Packaging Conference 2006: Flexpackcon 2006 >NEW PRINTING ADHESION IMPROVEMENTS USING ATMOSPHERIC PLASMA GLOW DISCHARGE TECHNOLOGY
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NEW PRINTING ADHESION IMPROVEMENTS USING ATMOSPHERIC PLASMA GLOW DISCHARGE TECHNOLOGY

机译:利用等离子辉光放电技术的新印刷粘合改进

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摘要

Flexible packaging is experiencing a technological revolution aimed at increasing consumer convenience, enhancing consumer protection, and delivering new solutions for a host of challenges throughout the manufacturing and distribution chain. High performance film structures, package configurations and applications, and printing technologies continue to drive flexible packaging into existing as well as completely new markets. The Flexible Packaging Association has identified flexible packaging sales of US$12 billion within a packaging industry estimated to have total sales of about US$20.5 billion. While corona and flame surface pre-treatments have traditionally prepared finished traditional flexible packaging structures for graphic and coating enhancements, this paper presents evidence of new flexible packaging print adhesion performance benefits using atmospheric plasma treatment (APT) technology.
机译:柔性包装正在经历一场技术革命,旨在提高消费者的便利性,增强消费者的保护能力,并提供新的解决方案,以应对整个制造和分销链中的诸多挑战。高性能薄膜结构,包装配置和应用以及印刷技术继续将柔性包装带入现有市场和全新市场。软包装协会已确定包装行业内的软包装销售额为120亿美元,估计总销售额约为205亿美元。传统上,电晕和火焰表面预处理已准备好了传统的柔性包装结构,以增强图形和涂层效果,但本文提供了使用大气等离子体处理(APT)技术带来的新的柔性包装印刷附着性能优势的证据。

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