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논문검색

오프셋인쇄 축임물의 전도도가 인쇄적성에 미치는 영향에 관한 연구

원문정보

A Study on The Effect of Dampening Conductivity in the Offset Printing Printability

박찬우, 이재수, 하영백

피인용수 : 0(자료제공 : 네이버학술정보)

초록

영어

Offset printing is one of the well known printing technique of lithographic process and consists of image area and 'non-image area on a flat image carrier. The surface tension of dampening water can be controlled by adding IPA after mixing of raw water and etching solution. The etching solution contains a surfactant for reducing surface energy, a clean agent for non-imaging area, wetting agent for protecting non-imaging area from oil components like ink and also an emulsifying agent for controlling emulsification. In this study, the present situation of dampening water maintenance has examined by collecting dampening water using at domestic companies. The pH related to dampening water, conductivity, contact angle, emulsification curve are measured to define the current situation of dampening water control of each companies and to analyze the relationship among measured properties. In the study most of companies among 16 printing companies tested controlling dampening water through pH value. However, the quality of printing has varied depending upon conductivity, contact angle, IPA content, and emulsification value. The control of dampening water should be carry at the state of the standard when adding proper ratio of etching solution. It would be more effective when pH or conductivity control carries out in parallel with controlling dampening water. Therefore the concept that pH5.5 is correct is based concept. Based on these initial tests it is defined that the standardization of dampening water control is required.

목차

Abstract
 1. 서론
 2. 실험
  2-1. 시료준비
  2-2. 실험방법
  2-3. 유화율 측정 및 평가
  2-4. IPA 함량 측정 및 평가
  2-5. 접촉각 측정 및 평가
  2-6. 인쇄 실험
 3. 결과 및 고찰
  3-1. 전도도 분석
  3-2. pH값 분석
  3-3. 각 시료의 축임물 온도분석
  3-4. 유화량 추이 분석
  3-5. 접촉각 분석
  3-6. IPA 함량과 접촉각의 비교
  3-7. 전도도와 pH의 비교
 4. 결론
 참고문헌

저자정보

  • 박찬우 Chan-Woo Park. 동국대학교 언론정보대학원 인쇄화상
  • 하영백 Young-Baeck Ha. 동국대학교 언론정보대학원 인쇄화상
  • 이재수 Jae-Soo Lee. 일진 PMS(주)

참고문헌

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