The effect of the impingement air drying on print mottle and other coated paper properties

Applied Thermal Engineering

Volumn 24, Issue 17-18, 2004, Pages 2527-2536

  Rajala, Pasi ^a   Milosavljevic, Nenad ^a   Kiiskinen, Harri ^b   Hendrickson, Melissa ^b  

^a METSO PAPER INC   (Finland)

^b VTT TECHNICAL RESEARCH CENTRE OF FINLAND   (Finland)

Author keywords

Coated paper; Impingement air drying; Mottle

Indexed keywords

DRYERS (EQUIPMENT); DRYING; FREQUENCIES; INFRARED RADIATION; POROSITY; THERMAL EFFECTS;

COATED PAPERS; IMPINGEMENT AIR DRYING; MOTTLE;

COATED MATERIALS;

EID: 4344670310     PISSN: 13594311     EISSN: None     Source Type: Journal    
DOI: 10.1016/j.applthermaleng.2004.03.015     Document Type: Article

References (15)

1. Watanabe J., Lepoutre P. A mechanism for the consolidation of the structure of clay-latex coatings. Journal of Applied Polymer Science. 27:1982;4207-4219.
2. Engström G., Persson A., Fineman I., Åkesson R. How ink mottling in offset-printing is affected by the drying conditions during coating - a comparison between starch and CMC/SB latex binders. Proceedings of 1982 Tappi Coating Conference. 1982;109-115 Tappi Press, Atlanta.
3. Engström G. Formation and consolidation of a coating layer and the effect on offset-print mottle. Tappi Journal. 77(4):1994;160-172.
4. K.G. Hagen, A fundamental assessment of the effect of drying on coating quality, in: Proceedings of Tappi 1985 Coating Conference, pp. 131-137.
5. K.G. Hagen, Fundamentals of drying blade coatings, Tappi 1990 Blade Coating Seminar Notes, Tappi Press, Atlanta, pp. 125-131.
6. Aschan P.-J. Solving problems of print mottle on coated board. Tappi Journal. 69(12):1986;35-38.
7. Yamazaki K., Nishioka T., Hattori Y., Fujita K. Print mottle effect of binder migration and latex film formation during coating consolidation. Tappi Journal. 76(5):1993;79-84.
8. P. Norrdahl, Effect of drying conditions on paper quality on wood-containing lightweight coated paper, in: Proceedings of 1991 Tappi Coating Conference, Tappi Press, Atlanta, pp. 417-437.
9. M. Toivakka, Consolidation of particulate suspension-model study with plastic pigments, in: Proceedings of 1997 TAPPI Coating Fundamental Symposium, Tappi Press, Atlanta, pp. 89-101.
10. L. Kim, M. Pollock, E. Wittbrodt, J. Roper, D. Smith, J. Stolarz, M. Rolf, T.J. Green, B. Langolf, Reduction of back-trap mottle through optimization of the drying process for paper coatings, Part 1, in: Tappi 1997 Coating Conference, Tappi Press, Atlanta, pp. 111-125.
11. Y. Xiang, D. Bousfffild, Effect of coat weight and drying condition on coating structure and ink setting, in: Proceedings of Tappi 2001 Advanced coating fundamentals symposium, Tappi Press, Atlanta, p. 292.
12. Y. Xiang, D. Bousfield, P. Coleman, A. Osgood, The cause of backtrap mottle chemical or physical? in: Proceedings of Tappi 2000 Coating Conference, Tappi Press, Atlanta, pp. 45-58.
13. Heikkilä P., Milosavljevic N. Investigation of impingement heat transfer coefficient at high temperatures. Drying Technology. 20(1):2002;211-222.
14. Rajala P., Häkkänen H., Berg C.-G., Solin R. Effect of intense air drying on material distribution and quality in coated papers. Drying Technology. 21(10):2003;1941-1956.
15. P. Rajala, M. Karlsson, A drying model for coated paper for improved printing properties, HTD-Vol.317-2, 1995 IMECE, Proceedings of the ASME Heat Transfer Division 445-450.