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Twin-wire roll forming of mechanical base paper from three furnishes – effects on formation and mechanical properties
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Bengt Nordström
Published/Copyright:
July 19, 2018
Published Online: 2018-07-19
Published in Print: 2006-08-01
© 2018 by Walter de Gruyter Berlin/Boston
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Keywords for this article
Twin wire machines;
Mechanical pulps;
Mechanical papers;
Formation;
Anisotropy;
Tensile strength;
Z direction strength
Articles in the same Issue
- The effect of lignin on calcium carbonate scaling
- Effects of carbonate on delignification of birch wood in Kraft cooking
- Direct observations of bonding influence on the tensile creep behavior of paper
- [AlMnII(H2O)W11O39]7– Anion oxidation kinetics and simulative overall studies of catalytic oxygen bleaching
- Acoustic investigation of cavitation noise from offset ink film splitting
- Use of an on-press acoustic sensor to monitor coldset offset printing of newspaper
- Fibre damage in unbleached reinforcement pulp – The effect of hemicelluloses and lignin on the susceptibility of fibres to damage during oxygen delignification
- Effect of chemical flocculation mechanisms on rheology of fibre pulp suspensions
- 3D laser scanner: A new method for estimating the dimensions of wood pulp chips
- Twin-wire roll forming of mechanical base paper from three furnishes – effects on formation and mechanical properties
- The behavior of chromophoric structures in softwood mechanical pulp on bleaching with alkaline hydrogen peroxide
- Modeling thickness and roughness reduction of paper in calendering
- Acid/base and metal adsorption properties of CMC-type softwood Kraft pulps of different charge
- A Re-evaluation of factors controlling print rub on matt and silk coated papers
- Estimation of the pore volume at the interface between paper web and press felt
- Correlations between properties of water-based flexographic inks and their print uniformity on PE-coated board
- Tailoring of fibre/fibre joints in order to avoid the negative impacts of drying on paper properties
- A method to optimise birch CTMP pre-treatments by direct measurement of brightness on birch wood