Ferro Corporation

Dmc, Inc

Vibrantz Gmbh

Ferero Gmbh

Andreas Schulz

Elisabeth Zimmerbeutel

George E Sakoske

Dietrich Speer

Enos Ayres Axtell, Iii

Martin Baumann

Juergen Hanich

Marya Khan

Stephen J Hackett

Susanne Keyn

Lothar Heck

Lutz Poth

Frank Walter

Maurizio Ragnetti

Robert Sievi

Kersken Knuth

Elisabeth Clamer

Anne Kraus-Klapper

Elisabeth Gross

Florian Wentz

Francesca Torsiello

Silke Schäfer

Charlotte Arnold

Michelle Kühnapfel

Jürgen Hanich

Enos A Iii Axtell

Julian Schuetze

The present invention relates to a printing substance for coating glass surfaces by way of an ink jet printing method, the printing substance comprising A) at least one monomer having at least one C—C double bond; B) at least one cationically curable monomer comprising epoxy groups; C) at least one cationically curable monomer comprising oxetane groups; D) at least one adhesion agent. In addition, the present invention describes a method for producing the printing substance and the use thereof.

Printing substance for coating glass surfaces

The present invention relates to a decal for producing a decoration, comprising a non-leafing pigment layer and a first protective layer, characterized in that the decal is designed so that the non-leafing pigment layer can be applied closer to a substrate that the first protective layer. Furthermore, the present invention describes a method for producing the decal as well as its use.

Decal for producing a decoration

The present invention relates to a thermoplastic screen printing paste comprising The invention is characterized in that the melting or softening range of the thermoplastic screen printing paste lies at temperatures below 90&#xb0; C. and the paste is free of bisphenol-A is and free of other substances directly involved in the polymerization itself.

Thermoplastic screen printing paste

This invention relates to lead free and cadmium free copper-containing glass frits that can be used as pigments to color other glass frits or to impart color to solid substrates such as glass, ceramic or metals, or to impart color to a thermoplastic mass. The compositions comprise silica, alkali metal oxides, alkaline earth metal oxides, tin oxide and copper oxide. The resulting compositions can be used to decorate and protect automotive, beverage, architectural, pharmaceutical and other glass substrates, generally imparting a red color.

Copper red frits and pigments comprising silica and at least one of cupric oxide and cuprous oxide

This invention relates to lead free and cadmium free copper-containing glass fits that can be used as pigments to color other glass fits or to impart color to solid substrates such as glass, ceramic or metals, or to impart color to a thermoplastic mass. The compositions comprise silica, alkali metal oxides, alkaline earth metal oxides, tin oxide and copper oxide. The resulting compositions can be used to decorate and protect automotive, beverage, architectural, pharmaceutical and other glass substrates, generally imparting a red color.

The invention relates to a radiation-curable precious-metal preparation, in particular a bright-gold preparation, that contains&#x2014;in addition to a gold compound, which in particular is soluble in the printing medium, and further customary organometallic compounds&#x2014;a radiation-curable, in particular UV-curable, printing medium, the polymerisation being initiated by the UV radiation and proceeding in accordance with a cationic mechanism which may optionally be assisted by y process that takes place simultaneously in accordance with a radical mechanism. The invention also relates to a transfer picture containing the precious-metal preparation, and to a process for decorating substrates that are suitable for decoration firing by direct application/printing and indirect printing (decalcomania).

UV-radiation-curable precious-metal preparation, transfer pictures containing said preparation, and process for decoration

The invention relates to a noble metal preparation for the production of noble metal decorations on firable decoration substrates by direct printing and indirect printing (decalcomania method). The print quality of the noble metal compounds and preparations containing a binder system on markedly curved glass may be improved when the decalcomania method is used in that the binder system consists of a resin mixture comprising (a) 25 to 50 wt. % of polyamide resins, (b) 5 to 30 wt. % of sulphurized recent resins, (c) 10 to less than 20 wt. % of colophony-modified resins, (d) 10 to 40 wt. % of alkyl phenolic resins and (e) 0 to 30 wt. % of other resins compatible therewith, wherein two or more components of said resin mixture may be present in the form of a reaction product formed at 50 to 150&#xb0; C. and/or wherein one or more components of said resin system or reaction product thereof may be present in the form of a reaction product formed at 50 to 150&#xb0; C. in the presence of a sulphur-containing gelation agent and the noble metal compounds.

Noble metal preparation and use thereof for production of noble metal decorations by means of direct and indirect printing

The invention relates to a noble metal preparation for producing noble metal decorations on decoratively fireable substrates by direct printing and indirect printing (transfer technique). The printing quality of the preparation containing noble metal compounds and a binder system can be improved in that the binder system comprises a resin mixture of a) 25 to 40 wt. % of polyamide resins, b) 5 to 30 wt. % of sulfurised recent resins, c) 20 to 55 wt. % of rosin-modified resins, d) 0 to 30 wt. % of alkylphenol resins and e) 0 to 30 wt. % of other resins compatible therewith or of the reaction products, formed at 50 to 150&deg; C., of the resin mixture mentioned and/or the reaction products, formed at 50 to 150&deg; C., of the resin mixture mentioned or the reaction products of same containing the noble metal compounds in the presence of a sulfur-containing gelling agent.

Noble metal preparation and its use to produce noble metal decorations by direct and indirect printing

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Karben, Germany

Andreas Schulz