Wet runnability of fibre furnish for magazine papers

Paperi ja Puu/Paper and Timber

Volumn 88, Issue 3, 2006, Pages 169-174

  Kouko, Jarmo ^a   Kekko, Pasi ^b   Liimatainen, Heikki ^b   Saari, Terhi ^a   Kurki, Matti ^b  

^a VTT TECHNICAL RESEARCH CENTRE OF FINLAND   (Finland)

^b METSO PAPER INC   (Finland)

Author keywords

Mechanical pulp; Paper machine runnability; Refing of chemical pulp; Softwood; Wet relaxation of paper; Wet residual tension of paper; Wet strength of paper

Indexed keywords

ELASTIC MODULI; FINISHING; KRAFT PULP; MECHANICAL PULP; SOFTWOODS;

PAPER MACHINE RUNNABILITY; REFING OF CHEMICAL PULP; WET RELAXATION OF PAPER; WET RESIDUAL TENSION OF PAPER; WET STRENGTH OF PAPER;

PAPER;

ELASTIC STRENGTH; FINISHING; MAGAZINE PAPERS; MECHANICAL PULPS; SOFTWOODS;

EID: 33646390156     PISSN: 00311243     EISSN: None     Source Type: Trade Journal    
DOI: None     Document Type: Article

References (14)

1. Laurila, P. S. Cutshall, K. A., Mardon, J. (1973). Groundwood Wet Web Strength, Pulp and Paper Magazine of Canada, 74(8), 86-93.
2. Kurki, M. Kouko, J., Kekko, P., Saari, T. (2004). Laboratory Scale Measurement Procedure of Paper Machine Wet Web Runnability; Part l, Paperi ja Puu, 86(4), 256-262.
3. Paavilainen, L. (1990). Importance of particle size - fibre length and fines - for the characterization of softwood kraft pulp, Paperi ja Puu, 72(5), 516-527.
4. Lumiainen, J. (2000). Refining of Chemical Pulp, Chapter 4, Lumiainen, J. Papermaking Pare 1, Stock Preparation and Wet End, Papermaking Science and Technology, Book 8, Gullichsen, J., Paulapuro, H., Fapet, Jyväskylä.
5. Lindholm, C.-A. (1984). Comparison of SGW, PGW and TMP pulps at various freeness levels by means of artificial blends of pulp fraction, Paperi ja Puu, 66(3), 199-210.
6. Wedin, P.-O. Falk, B., Fredriksson, B., Bäck, R., Höglund, H. (1992). Double disc refined TMP tor LWC paper, new available techniques and current trends, The European Pulp and Paper Week: Proceedings / the 4th International Conference, 19-22 May 1992, Bologna, 281-296.
7. Liimatainen, H. Tuominen, R., Heimonen, J., Jonsson, S. (2003). Furnish Concepts, Metso Paper Technology Days, Lahti, Finland.
8. Lindholm, C.-A. (1983). Determining optimum combinations of mechanical pulp fractions - Part 2. Optimisation of the composition of SGW, PGW, and TMP pulps, Paperi ja Puu, 65(6-7), 404-409.
9. Retulainen, E. (1997). The Role of Fibre Bonding in Paper Properties, Helsinki University of Technology, Doctor Thesis.
10. Niskanen, K., Kärenlampi, P. (1998). In-plane tensile properties, Paper Physics, Chapter 5, Niskanen, K., Papermaking Science and Technology, Book 16, Gullichsen, J., Paulapuro, H., Fapet, Jyväskylä,
11. Kurki, M. Kekko, P., Martikainen, P. (1999). Fast Elasticity Properties of Paper Web, Tappi papermakers conference 1999, 2, 411-426.
12. Kurki, M., Saarikivi, P., Kekko, P. (2001). New Web Handling Techniques and Paper Property Development in Single Tier Dryer Section, PIRA Paper Machine Runnability Conference, Jan. 2001, Gothenburg.
13. Pakarinen, P., Kurki, M. (1996). Development of High-Speed Paper Machines. In: Kinnunen, L. et. al. High Technology in Finland 1995. Espoo: Academies of Technology, Espoo, 90 p.
14. Kurki, M., Vestola J., Martikainen P., Pakarinen P. (1997). The Effect of Web Rheology and Peeling on Web Transfer in Open Draw, Proceedings of the Fourth International Conference of Web Handling, 1997. Stillwater, Oklahoma: Web Handling Research Center. 443 p.