Chemical crosslinking of hardwood kraft pulp fibres stabilize physical shape and structure of the fibres by forming water resistant covalent chemical bonds between cellulose molecules. In paper and board making chemically crosslinked fibers are less prone to swelling and deformation. Blocking of fibers surface hydroxyl groups by reactions with crosslinking agents reduce fibres ability to form inter-fibre hydrogen bonds. Those parallel effects result in higher bulk, increased light scattering and faster drying of the formed paper. Use of chemically crosslinked pulp offers an attractive option for paper and board makers to produce high bulky papers and boards
Cellulose fiber has been modified by mechanical and chemical means in order to improve paper propert...
Blending two pulps rarely gives a linear change in paper properties with the blend ratio. This is es...
The present study concerns the preparation of cellulosic powders with two-stage dry milling of chemi...
Chemical crosslinking of hardwood kraft pulp fibres stabilize physical shape and structure of the fi...
Wood-based paper fibers are inherently biodegradable. In contact with moist soil and in compost, pap...
Chemical crosslinking is an established method for improving the wet performance of paper. In the ch...
Cross-linked fluff pulp fibers for use in, for example, acquisition layers in absorption products ca...
The effect of spray application of xyloglucan on strength and recyclability of bleached chemical pul...
Wood fiber-based packaging materials, as renewable materials, have growing market potential due to t...
Kraft pulp fibers lose inter-fiber bonding ability when they are dried during the manufacture of pap...
Cross-linked fluff pulp fibers for use in, for example, acquisition layers in absorption products ca...
The main structural component of wood fibers is cellulose, which, being highly hydrophilic, interact...
The main structural component of wood fibers is cellulose, which, being highly hydrophilic, interact...
The strength properties of the long fibre fraction of mechanical pulp are limited by its low bondabi...
Selective addition of papermaking chemicals to fines and long fibre fractions are known to have posi...
Cellulose fiber has been modified by mechanical and chemical means in order to improve paper propert...
Blending two pulps rarely gives a linear change in paper properties with the blend ratio. This is es...
The present study concerns the preparation of cellulosic powders with two-stage dry milling of chemi...
Chemical crosslinking of hardwood kraft pulp fibres stabilize physical shape and structure of the fi...
Wood-based paper fibers are inherently biodegradable. In contact with moist soil and in compost, pap...
Chemical crosslinking is an established method for improving the wet performance of paper. In the ch...
Cross-linked fluff pulp fibers for use in, for example, acquisition layers in absorption products ca...
The effect of spray application of xyloglucan on strength and recyclability of bleached chemical pul...
Wood fiber-based packaging materials, as renewable materials, have growing market potential due to t...
Kraft pulp fibers lose inter-fiber bonding ability when they are dried during the manufacture of pap...
Cross-linked fluff pulp fibers for use in, for example, acquisition layers in absorption products ca...
The main structural component of wood fibers is cellulose, which, being highly hydrophilic, interact...
The main structural component of wood fibers is cellulose, which, being highly hydrophilic, interact...
The strength properties of the long fibre fraction of mechanical pulp are limited by its low bondabi...
Selective addition of papermaking chemicals to fines and long fibre fractions are known to have posi...
Cellulose fiber has been modified by mechanical and chemical means in order to improve paper propert...
Blending two pulps rarely gives a linear change in paper properties with the blend ratio. This is es...
The present study concerns the preparation of cellulosic powders with two-stage dry milling of chemi...