RESIN COATING SURFACE

Brand Owner Address Description
TANAZAWA Tanazawa Hakkosha Co., Ltd. C/O Clark Hill PLC 909 Fannin Street, Suite 2300 Houston TX 77010 Resin coating of the surface of metal molds for processing synthetic resin; Resin coating of the surface of metal molds for processing rubber; Resin coating of the surface of metal molds for metal-forming; Processing of molds and dies; Etching of metals; Metalworking; Resin coating of the surface of resin molds for processing synthetic resin; Resin coating of the surface of resin molds for processing rubber; Surface treatment services for plastic articles and its parts by means of patching decorative resin sheet; Surface treatment services for plastic articles and its parts by means of painting; Treatment services for putting decorative pattern on plastic articles and its parts; Processing of plastics; Resin coating of the surface of wood molds for processing synthetic resin; Resin coating of the surface of wood molds for processing rubber; Woodworking; Resin coating of the surface of metal or resin embossing rolls; Resin coating of the surface of metal or resin embossing molds; Processing of rubber; Ceramic processing; Providing material treatment information; Printing;The mark consists of the capital letters TANAZAWA.;Printed wiring boards; Printed circuit boards; Integrated circuits; Computer software for designing molds and dies; Computer programs; Electronic machines, apparatus and their parts;Metal molds for processing synthetic resin; Resin molds for processing synthetic resin; Wood molds for processing synthetic resin; Embossing rollers which are used in plastic processing machines for making decorative pattern on plastic sheet or film; Embossing molds which are used in plastic processing machines; Plastic processing machines; Metal molds for processing rubber; Resin molds for processing rubber; Wood molds for processing rubber; Embossing rollers which are used in rubber-goods manufacturing machines for making decorative pattern on rubber sheet or film; Embossing molds which are used in rubber-goods manufacturing machines; Rubber-goods manufacturing machines; Molds and dies for metal-forming; Embossing rollers which are used in metalworking machines and tools for making decorative pattern on metal sheet or film; Embossing molds which are used in metalworking machines and tools; Metalworking machines and tools; Embossing rollers which are used in emboss printing machines for making decorative pattern on paper, cardboard and cloth; Embossing molds which are used in printing machines; Printing machines; Embossing rollers which are used in pulp making, papermaking or paper-working machines for making decorative pattern on paper and cardboard; Embossing molds which are used in pulp making, papermaking or paper-working machines; Pulp making, papermaking or paper-working machines; Embossing rollers which are used in textile machines for making decorative pattern on cloth; Embossing molds which are used in textile machines; Textile machines; Embossing rollers which are used in leather-working machines; Embossing molds which are used in leather-working machines; Leather-working machines;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. The present invention relates to an adhesive article which can be used as a layer in or a cover for various articles in which a hydrophilic or hydrophobic surface is desired. The adhesive article includes a base layer having a first surface and a second surface and a coating layer formed on the first surface of the base layer, where the coating layer contains at least one adhesive resin and at least one hydrophilic polymer; at least one adhesive resin (which can be a hydrophobic polymer) and at least one surfactant; or at least one adhesive resin, at least one hydrophilic polymer and at least one surfactant. Given the application, the coating layer can be formulated to provide either a hydrophilic or hydrophobic surface. The polymer portion of the coating provides the coating layer with sufficient hydrophilic properties to increase the rate fluid transport across (or in the area near) the coating layer.