Smartpolymer Gmbh

Contitech Transportbandsysteme Gmbh

Phoenix Conveyor Belt Systems Gmbh

Thuringisches Institut Fur Textil Und Kunststoff-Forschung E. V.

Smartfiber Ag

Axel Kolbe

Sabine Riede

Frank Meister

Hardy Markwitz

Marcus Krieg

Alexander Konkin

The invention relates to a process for producing cellulosic shaped articles with stabilized inclusions in a microfine dispersion of nonpolar organic compounds and mixtures by a dry-wet extrusion process. The shaped articles produced in this way exhibit by comparison with unmodified cellulose fibers a substantially increased storage capacity for heat and/or nonpolar active substances. They are suitable in particular for use in textiles for clothing, industrial textiles, leisure, medicine and cosmetics. Potential functional effects imparted include the physical effect of heat storage and/or the uniform and finely meterable storage and release of nonpolar active substances and plant extracts from the interior of the fibers of the shaped articles. It is possible through a suitable choice of the nonpolar portion to produce by this process also fibers capable of absorbing liquid or gaseous nonpolar substances.

Process for producing cellulosic shaped articles, cellulosic shaped articles and the use thereof

The invention relates to cellulosic moldings having very finely distributed zinc pigments after the dry-wet extrusion method. Cellulosic moldings formed in accordance with the inventive methods, compared to unmodified cellulose fibers, have a high degree of whiteness combined with greatly increased UV light absorption and a wash-resistant bactericidal effect, while at the same time having unrestricted textile processability. The cellulosic functional moldings produced according to the invention are particularly suited for use in textiles for clothing, technical textiles, recreation, medicine, and cosmetics.

Functional cellulosic moldings

Growing community of inventors

Neundorf, Germany

Axel Kolbe