The role of fire retardant-polyvinyl alcohol systems on enhancing the performance of paper sheets toward ageing and counterfeiting

Artikel in diesem Heft

1. The effect of increased pulp yield using additives in the softwood kraft cook on the physical properties of lowgrammage handsheets
2. The effect of chemical additives on the strength, stiffness and elongation potential of paper
3. The effects of different types of wet-end added microfibrillated celluloses on the properties of paper made from bleached kraft pulp
4. Evaluation of fly ash as a potential alkali for old newspaper de-inking
5. Influence of moist-heat accelerated ageing on yellow ElectroInk screen elements
6. Cultivation and domestication of micro-aerobic magnetic activated sludge for pentachlorophenol (PCP) degradation
7. Use of papermaking pulps in foam-formed thermal insulation materials
8. Universal industrial sectors integrated solutions module for the pulp and paper industry
9. Effect of LC refining intensity on fractionated and unfractionated mechanical pulp
10. Visualization of latex and starch in paper coatings by tagging with fluorescent dyes
11. One-sided versus two-sided roll forming of never-dried softwood kraft pulp – effects on formation and strength efficiency
12. The role of fire retardant-polyvinyl alcohol systems on enhancing the performance of paper sheets toward ageing and counterfeiting
13. The effect of reaction wood on bleached eucalypt kraft pulp production – Part I
14. The effect of reaction wood on the properties of eucalyptus kraft pulp – Part II
15. Impact of fountain solution addition level on tack and optical properties of the print of a mechanically distributed water-in-oil thin film emulsion
16. The use of calcium hydroxide as alkali source in peroxide bleaching of kraft pulp
17. Active-antimicrobial coatings based on silver nanoparticles and natural polymers for paper packaging functionalization
18. Optimization of eucalyptus pretreatment by NH₄Cl using response surface methodology
19. Cellulose-fiber-based insulation materials with improved reaction-to-fire properties
20. Characterization of micro-fibrillated cellulose fiber suspension flow using multi scale velocity profile measurements