Cordenka Gmbh & Co. Kg

Continental Reifen Deutschland Gmbh

Celgard Inc.

Britta Zimmerer

Kurt Uihlein

Holger Scheytt

David Wunderlich

Dennis Mössinger

Zhengming Zhang

Thomas Kramer

Hans-Peter Fink

Oliver Schuster

Quan Huang

Johannes Ganster

Carole Justine

Günter Wahl

Alfred Zengel

Rudolf Einsiedel

Dennis Rolf MÖSSINGER

Dennis MÖSSINGER

Gerold Schwiersch

Frank Kiesling

A viscose multifilament yarn has a crystallinity in the range from 15% to 40%, and, after conditioning in the standard climate according to DIN EN ISO 139:2005, a yarn linear density in the range from &#x2265;150 dtex to &#x3c;1100 dtex and a tensile strength in the range from &#x2265;45 cN/tex to &#x2264;55 cN/tex.

High-tenacity viscose multifilament yarn with low yarn linear density

A hybrid cord of at least two multifilament yarns twisted together is described, where the first yarn is a viscose multifilament yarn and the second yarn is a non-metallic multifilament yarn composed of a material that is not identical to the first multifilament yarn. The viscose multifilament yarn is conditioned in the standard climate in accordance with DIN EN ISO 139-1:2005, and has a yarn linear density &#x3c;1100 dtex and a breaking tenacity of &#x2267;45 cN/tex. The hybrid cord has a cord linear density of &#x2266;3000 dtex.

Hybrid cord consisting of at least two multifilament yarns twisted together

A process for manufacturing free-flowing pellets based on cellulosic spun fibers. The process includes a) wetting at least one cellulosic spun-fiber strand with a preferably aqueous dispersion of a polymer and/or an oligomer for the purpose of applying sizing, b) drying the at least one spun-fiber strand, and c) comminuting the at least one spun-fiber strand into pellets. The free-flowing pellets are made from at least one comminuted spun-fiber strand having sizing made from a polymer and/or an oligomer. A fiber-reinforced thermoplastic includes finely distributed free-flowing pellets for manufacturing fiber-reinforced performs.

Free-flowing pellets based on cellulose textile fibers and a method for the production thereof

A direct methanol fuel cell has a proton conducting membrane (PCM), a catalyst in contact with the PCM, a gas diffusion layer in contact with the catalyst, and a conducting plate in contact with the gas diffusion membrane. The gas diffusion layer comprises a microporous membrane. The microporous membrane may be a microporous membrane, a laminate of a microporous membrane, and a skinned microporous membrane.

Direct methanol fuel cell

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Amorbach, Germany

Britta Zimmerer