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Wetting of Offset Plate's Non-Printing Areas as a Function of Print Run (CROSBI ID 568613)

Prilog sa skupa u zborniku | izvorni znanstveni rad | međunarodna recenzija

Cigula, Tomislav ; Pavlović, Živko ; Gojo, Miroslav ; Risović, Dubravko Wetting of Offset Plate's Non-Printing Areas as a Function of Print Run // Grid '10, Proceedings / Novaković, Dragoljub (ur.). Novi Sad: Faculty of Technical Sciences, Dep. Graphic Engineering and Design, 2010. str. 211-218

Podaci o odgovornosti

Cigula, Tomislav ; Pavlović, Živko ; Gojo, Miroslav ; Risović, Dubravko

engleski

Wetting of Offset Plate's Non-Printing Areas as a Function of Print Run

One of the main issues in graphic reproduction is to ensure high quality level of prints throughout whole print run. There are many factors which could cause degradation of the quality level among other is quality of the printing plate. to achieve hig quality prints in lithography, where difference of the image and nonimage areas of the printing plate is achieved through opposite physical-chemical properties, is essential to ensure optimal film of fountain solution on nonimage areas before application of printing ink on printing plate . The aim of this paper was to determine wetting properties of the nonimage areas of the printing plate in relation to the print run size. Measurement of the surface free energy of investigated surfaces was made to characterize nonimage areas. In addition, to determine functionality of those surfaces, measurement of contact angle by applying fountain solution. Results of the measurement showed that print run has significantly influenced functionality of nonimage areas.

lithography; printing plate; contact angle; surface free energy

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Podaci o prilogu

211-218.

2010.

objavljeno

Podaci o matičnoj publikaciji

Grid '10, Proceedings

Novaković, Dragoljub

Novi Sad: Faculty of Technical Sciences, Dep. Graphic Engineering and Design

978-86-7892-294-7

Podaci o skupu

5th Internatiomnal Symposium on Graphic Engineering and Design

predavanje

11.11.2010-12.11.2010

Novi Sad, Srbija

Povezanost rada

Fizika, Grafička tehnologija