Merck Patent Gmbh

Merck Patent Gesellschaft MIT Beschrankter Haftung

Merck Kgaa

Karin Cabrera

Dieter Lubda

Michael Schulte

Christoph Saal

Michael Schulz

Ulrich Lang

Alexander Kraus

Gerhard Wieland

Willi Jost

Klaus Kreher

Benjamin Peters

Karl-Friedrich Krebs

Willi Neuroth

Andreas Meudt

Gisela Jung

Gisela Schwinn

Kristina Czerny

Edith Dicks

Axel Delp

Olivier Ludemann-Hombourger

Peter Knoell

Shawn Kucera

The invention relates to monolithic sorbents which are clad with tubes made of metal. The metal cladding can be applied directly to the monolithic sorbents by cold forming. This enables very mechanically stable cladding of the monolithic sorbents with minimal dead space.

Monolithic sorbents having a metal cladding

The invention relates to a method for producing monolithic molded elements e.g. as sorbents for chromatographic columns or capillary vessels. The aim of the invention is for said molded elements to be able to remain directly in the gel mold thereof following the production process. Said aim is achieved by the inventive method, according to which the surface of the gel mold is activated by etching, increasing the surface, or chemically modifying the surface before the gelling mold is filled with the monomer sol.

Process for the production of monolithic mouldings

The invention relates to the use of gelation moulds made from hydrophobicized glass tubes for the production of monolithic mouldings as sorbents for chromatography.

Process for producing an inorganic monolithic molding

The invention relates to monolithic sorbents with a casing of fiber-reinforced plastic. Through the use of fiber-reinforced plastic having a viscosity of between 40 and 100 ml/10 min by the MVI method, the casing can be applied to the moulding leaving just a small dead space and has adequate mechanical stability.

Monolithic sorbents with fibre-reinforced plastic coating

The invention relates to use of monolithic sorbents for preparative separation processes, specially for processes according to the simulated moving bed (SMB) principle.

Use of monolithic sorbents for preparative chromatographic separation

The invention relates to a separating material for chromatography in which cyclodextrin is bonded to a support via a carbamic acid group.

Separating materials for chromatography comprising cyclodextrin

In adsorption and chromatography proceseses for the separation of at least one substance from a mixture of substances, silicon carbide is used as the adsorbent and as a support material in such processes.

Adsorbents for chromatography and adsorption processes

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Dreieich, Germany

Karin Cabrera