LAMINATED SHEETS FORMED PRIMARILY

Brand Owner (click to sort) Address Description
DURA-STAT DURACOTE CORPORATION 350 North Diamond Street Ravenna OH 442661209 laminated sheets formed primarily of plastic and having conductive layers providing a defined path to ground for static electricity for use in fabrication of products where static electricity is a problem, namely, field service kits, equipment covers, curtains and draperies, chair underlays, work surfaces, floor mats and runners, and similar applications where the grounding of static electricity is desired;
DURA-STAT DURACOTE CORPORATION 350 North Diamond Street Ravenna OH 442661209 LAMINATED SHEETS FORMED PRIMARILY OF PLASTIC AND HAVING CONDUCTIVE LAYERS PROVIDING A DEFINED PATH TO GROUND FOR STATIC ELECTRICITY FOR USE IN FABRICATION OF PRODUCTS WHERE STATIC ELECTRICITY IS A PROBLEM, NAMELY FIELD SERVICE KITS, EQUIPMENT COVERS, CURTAINS AND DRAPERIES, CHAIR UNDERLAYS, WORK SURFACES, FLOOR MATS AND RUNNERS, AND SIMILAR APPLICATIONS WHERE THE GROUNDING OF STATIC ELECTRICITY IS DESIRED;
 

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

    
Technical Examples
  1. A method of forming a ceramic structure includes disposing substrate-forming ceramic green sheets having conductors, internal conductors, and via conductors so as to sandwich connecting member-forming ceramic green sheets having via conductors, followed by lamination and bonding thereof by pressure application, with the conductors being formed using a conductive paste primarily composed of a powdered metal, so that a ceramic laminate composed of ceramic molded bodies laminated to each other is formed. The ceramic laminate is fired at a temperature at which the substrate-forming ceramic green sheets are sintered and the connecting member-forming ceramic green sheets are not sintered and at a temperature not more than the melting point of the metal, and subsequently, the connecting member-forming ceramic green sheets are removed from the fired composite laminate, thereby forming a ceramic structure.