International Paper Company

Arizona Chemical Company, LLC

Lori S Slovik

John T Geoghegan

Long Shyong Wang

John H Hung

Eitan Avni

Gary F Dandreaux

Leo M Nelli

George R Imperial

Kevin Ellis

Paul A Makarewicz

Hsiang-Ching Kung

Bonnie J McCormick

The specification discloses an aqueous dispersion for coatings consisting essentially of water and a water dispersible component, wherein the water dispersible component is provided by reacting maleic anhydride with a rosin ester to provide a maleated rosin ester, adding wax and preferably also an ethylene vinyl acetate copolymer to the maleated rosin ester, and adding a tertiary amino alcohol to the mixture to yield the water dispersible component as a reaction product thereof. When used in a coating formulation for paper, clay and/or latex may be added to the formulation. In one preferred embodiment, the dispersion is applied as a coating to paper to enhance toner adhesion to the surface of the paper while also providing a relatively low friction surface.

Dispersion and method for producing same

Coating formulations, unique methods for their production and use, which have high drying capacity, maintain high levels of brightness, even after the application of a wax coating onto the printed substrate. Precipitated amorphous silicates, titanium dioxide, and other fillers are combined and coated onto heavyweight linerboard to facilitate ink drying and minimize brightness loss associated with wax dipped cartons.

Coating formulation and method of production thereof for post print

A paper useful in ion deposition printing. The paper comprises a base sheet or web to which there is applied a coating of a material selected from a group that is at least partially soluble with the binders of the toner employed in the printing process under the conditions of pressure and temperature at which such toner is transferred to the paper in the course of such printing.

Paper for use in ion deposition printing

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Monroe, NY, United States of America

Lori S Slovik