The present invention concerns a process for producing a thermoformable porous web using a mixture of cellulosic fibres and one or more thermoplastic materials, particularly by foam forming said mixture into a composite foam, and applying the foam into one or more layers on a support to obtain a porous pre-form web. The thus produced porous composite web can be further processed by compression moulding to give a rigid high-strength composite structure, which is suitable for use in producing, e.g. panels or plates, packages or hygiene products, insulators or filters, or printed intelligence, electronics or microcellulose products.Patent family as of 12.11.2021DE602014076652 D1 20210429 DE201460076652T 20141009 EP3055350 A1 20160817 EP20...
In this work continuous fibre reinforced thermoplastic matrix towpregs were produced for commercial ...
A moldable fibrous product, includes foam-formed fibrous material selected from fibrous webs, paper ...
Cellular thermoplastic structures with multiscale porosity (1–300 µm microporosity to 0.3–10 mm macr...
The present invention concerns a process for producing a thermoformable porous web using a mixture o...
The present invention concerns a process for manufacturing a thermoformable plasticized composite co...
A fiber-reinforced thermoplastic composition for producing composite structural members and a method...
The opportunity to replace water with foam as a carried medium in paper and board making has been st...
Towpregs based on different fibres and thermoplastic matrices were processed for highly demanding an...
The invention relates to a method for the manufacture of thermoplastic fibrous materials comprising ...
Towpregs based on different fibres and thermoplastic matrices were processed for highly demanding an...
Foam assisted forming technology introduces new exciting opportunities for improving the properties ...
The present invention relates to a method for producing porous composite bodies which have a substra...
Towpregs based on different fibres and thermoplastic matrices were processed for highly demanding ...
DE 102007041268 A1 UPAB: 20090407 NOVELTY - The method for the production of composite material usef...
A polymer is fed upstream into an extruder. The polymer is melted and mixed in a zone (A). Cellulosi...
In this work continuous fibre reinforced thermoplastic matrix towpregs were produced for commercial ...
A moldable fibrous product, includes foam-formed fibrous material selected from fibrous webs, paper ...
Cellular thermoplastic structures with multiscale porosity (1–300 µm microporosity to 0.3–10 mm macr...
The present invention concerns a process for producing a thermoformable porous web using a mixture o...
The present invention concerns a process for manufacturing a thermoformable plasticized composite co...
A fiber-reinforced thermoplastic composition for producing composite structural members and a method...
The opportunity to replace water with foam as a carried medium in paper and board making has been st...
Towpregs based on different fibres and thermoplastic matrices were processed for highly demanding an...
The invention relates to a method for the manufacture of thermoplastic fibrous materials comprising ...
Towpregs based on different fibres and thermoplastic matrices were processed for highly demanding an...
Foam assisted forming technology introduces new exciting opportunities for improving the properties ...
The present invention relates to a method for producing porous composite bodies which have a substra...
Towpregs based on different fibres and thermoplastic matrices were processed for highly demanding ...
DE 102007041268 A1 UPAB: 20090407 NOVELTY - The method for the production of composite material usef...
A polymer is fed upstream into an extruder. The polymer is melted and mixed in a zone (A). Cellulosi...
In this work continuous fibre reinforced thermoplastic matrix towpregs were produced for commercial ...
A moldable fibrous product, includes foam-formed fibrous material selected from fibrous webs, paper ...
Cellular thermoplastic structures with multiscale porosity (1–300 µm microporosity to 0.3–10 mm macr...