Add to ORKGFoam forming technology not only solves some long-standing issues related toflocculation in water forming but also enables widening of raw materials and enduse properties of fibre products. The technology can provide fibre materials with striking new features such as tailored microporous structures. Here the control of the foam properties and the interaction of air bubbles with fibres become important. We study these effects for aqueous foams using different types of surfactants and model fibre surfaces. The findings can be used to design new structures and materials that display low weight and high performance
Foam forming of cellulose fibre materials is based on an interaction between fibres and bubbles, whi...
Use of foam as a material carrier in the manufacturing of novel paper-like structures has recently b...
Use of foam as a material carrier in the manufacturing of novel paper-like structures has recently b...
Foam forming technology not only solves some long-standing issues related toflocculation in water fo...
The demand for environmentally friendly alternatives to oil-based materials in consumables is growin...
Foam forming technology enables the production of versatile cellulose fiber materials extending from...
Use of foam instead of water as a material carrier in the manufacturing of novel paper-like structur...
Use of foam instead of water as a material carrier in the manufacturing of novel paper-like structur...
Use of foam instead of water as a material carrier in the manufacturing of novel paper like structur...
Use of foam instead of water as a material carrier in the manufacturing of novel paper like structur...
Foam forming technology enables the production of versatile cellulose fiber materials extending from...
Aqueous foam can be used as a transfer medium to form lightweight materials from natural and man-mad...
Aqueous foams consist of air bubbles stabilized in a fluid medium. Surface active agents adsorbed at...
Aqueous foams consist of air bubbles stabilized in a fluid medium. Surface active agents adsorbed at...
The use of foam, rather than water, as a material carrier in the manufacturing of novel paper-like s...
Foam forming of cellulose fibre materials is based on an interaction between fibres and bubbles, whi...
Use of foam as a material carrier in the manufacturing of novel paper-like structures has recently b...
Use of foam as a material carrier in the manufacturing of novel paper-like structures has recently b...
Foam forming technology not only solves some long-standing issues related toflocculation in water fo...
The demand for environmentally friendly alternatives to oil-based materials in consumables is growin...
Foam forming technology enables the production of versatile cellulose fiber materials extending from...
Use of foam instead of water as a material carrier in the manufacturing of novel paper-like structur...
Use of foam instead of water as a material carrier in the manufacturing of novel paper-like structur...
Use of foam instead of water as a material carrier in the manufacturing of novel paper like structur...
Use of foam instead of water as a material carrier in the manufacturing of novel paper like structur...
Foam forming technology enables the production of versatile cellulose fiber materials extending from...
Aqueous foam can be used as a transfer medium to form lightweight materials from natural and man-mad...
Aqueous foams consist of air bubbles stabilized in a fluid medium. Surface active agents adsorbed at...
Aqueous foams consist of air bubbles stabilized in a fluid medium. Surface active agents adsorbed at...
The use of foam, rather than water, as a material carrier in the manufacturing of novel paper-like s...
Foam forming of cellulose fibre materials is based on an interaction between fibres and bubbles, whi...
Use of foam as a material carrier in the manufacturing of novel paper-like structures has recently b...
Use of foam as a material carrier in the manufacturing of novel paper-like structures has recently b...