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The Opening Size Change for Screen Tension  

Jung, Gi-Young (Dept. of Printing Media, Joongbu University)
Kang, Young-Reep (Dept. of Printing Media, Joongbu University)
Publication Information
Journal of the Korean Graphic Arts Communication Society / v.28, no.1, 2010 , pp. 43-50 More about this Journal
Abstract
The 200mesh screen was tensioned and fixed on a frame. When applied tension to 5N and 10N per unit area, a side length of opening of the screen was 163.223${\mu}m$ and 168.224${\mu}m$, respective. But side length not tensioned was 158.879${\mu}m$. We knew that a side length of opening of the screen rarely changes with tension applied to the screen. The appearances that a side length of opening of the screen expand little are due to a decreasing diameter of thread by means of tension. In a thickness measurement of screen, While the high density mesh screen that had a lot of knots that crossed a line of latitude and longitude per unit area appeared a higher numerical value, the low density mesh screen that had a few knots appeared a low numerical value.
Keywords
screen; mesh; opening size; tension; thickness measurement of screen;
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  • Reference
1 松本和雄, "特殊印刷", 印刷出版硏究所.
2 "特殊印刷", 日本印刷技術協會著 (1996).
3 鄭琪永, "스크린인쇄이론", 서울, 韓國産業人力公團 (1996).
4 鄭琪永, "스크린인쇄의 이론과 실제", 서울, 印刷硏究所 (1998).
5 朴太炫, "SCREEN版 製作技法", 印刷係 (2007).
6 三省化學, "스크린印刷資料 모음집" (1995).
7 錫奉石, "多目的 新 SCREEN 印刷技術", 付林出版社 (1991).
8 鄭琪永, "이중망사 제판을 통한 스크린 인쇄물 재현성 향상에 관한 연구", 박사논문, (2008).
9 삼성화학상사, "완전한 제판 완전한 스크린인쇄", 서울.
10 鄭琪永, "스크린제판 실기 ", 서울, 韓國産業人力公團 (1998).