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Study on the Adjustment to the Pressure of Flexible Printing on the Board

机译:电路板柔性印刷压力调整研究

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During the flexo printing process of corrugated flexible resin version, precise pressure control is the key technical indicators of ink transfer, printing graphic reproduction as well as reducing the loss of physical properties of corrugated board. The gaps ΔL between the printing roller and the impression cylinder were adjusted by the worm in this paper, different printing pressures are produced in the printing process, the impact of pressure change on flexo printing quality was described quantitatively. The results showed that: 7.5mm thick corrugated board used AB-type hardness of 36 Shore A, when a thickness of 3.94mm DuPont flexible resin was printed, the optimal pressure gap ΔL was 10.9mm, the flexible resin version of the real size was 3.73mm, and the thickness of corrugated board was 7.17mm, the board thickness was 7.30mm after decompression, the thickness of corrugated board after the printing was compressed by 2.7%. The result of this paper offers a certain theoretical reference and practical guidance to improve the quality of flexo and the production of high quality corrugated board.
机译:在瓦楞柔性树脂版本的柔版印刷过程中,精确的压力控制是墨水传输的关键技术指标,印刷图形繁殖以及降低瓦楞纸板的物理性质损失。在本文中,蜗杆调节印刷辊和印模滚筒之间的间隙ΔL,在印刷过程中产生不同的印刷压力,定量描述了对印刷过程中的压力变化对柔性印刷质量的影响。结果表明:7.5mm厚瓦楞纸板使用的AB型硬度为36张肖氏A硬度,当印刷3.94mm杜邦柔性树脂时,最佳压力间隙ΔL为10.9mm,柔性树脂版本的实际尺寸3.73mm,瓦楞纸板的厚度为7.17mm,减压后的板厚度为7.30mm,印刷后瓦楞纸板的厚度被压缩2.7%。本文的结果提供了一定的理论参考和实用指导,可提高柔性质量和高质量瓦楞纸板的生产。

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