Transfer characterization of UV flexographic ink: Relationships between printability and rheological properties

Articles in the same Issue

1. Water retention of flexographic inks and its influence on final print gloss
2. Transfer characterization of UV flexographic ink: Relationships between printability and rheological properties
3. Determining the inherent potential for specific energy reduction and variability attenuation in TMP-refining operations
4. Influence of styrene maleic anhydride imide on ink-jet print quality and coating structure
5. Main factors affecting roughening of paper in coating and printing – A review of recent literature
6. Frictional properties of native and chemically modified birch wood
7. On surface details affecting the quality of commercial SC paper for gravure printing
8. Optimising CMC sorption in order to improve tensile stiffness of hardwood pulp sheets
9. A novel method of studying the ability of a coating layer to retard the photo-yellowing of the base paper
10. Inhibition of light-induced brightness reversion of high-yield pulps: The UV-screening properties of coating layers containing kaolin or calcium carbonate pigments
11. The effects of CMC attachment onto industrial and laboratory-cooked pulps<
12. The influence of ink oil on print-through
13. The influence of mechanical surface linking and elastic fiber bending on fiber network strength
14. Modelling the effect of shear flow on fibre orientation anisotropy in a planar contraction
15. Analysis of paper, print and press interaction from online measurements in a press room
16. Physical dot gain of offset: Understanding and determination
17. The Marcus Wallenberg Prize 2007 awarded to Ove Nilsson