PROTECTIVE DEVICES AGAINST EXCESSIVE ELECTRIC

Brand Owner (click to sort) Address Description
AMP-TRAP MERSEN FRANCE SB SAS 15 rue Jacques Vaucanson F-69720 Saint-Bonnet-de-Mure France PROTECTIVE DEVICES AGAINST EXCESSIVE ELECTRIC CURRENTS, FUSES, CURRENT-LIMITING FUSES, FUSE CLIPS, AND OTHER FUSE HOLDERS;
AMP-TRAP MERSEN FRANCE SB SAS 15 rue Jacques Vaucanson F-69720 Saint-Bonnet-de-Mure France Protective Devices Against Excessive Electric Currents-Namely, Fuses, Current-Limiting Fuses, Fuse Clips and Other Fuse Holders;
AMP-TRAP FERRAZ SHAWMUT S.A 1, RUE JEAN NOVEL VILLEURANNE F69100 France PROTECTIVE DEVICES AGAINST EXCESSIVE ELECTRIC CURRENTS, FUSES, CURRENT-LIMITING FUSES, FUSE CLIPS, AND OTHER FUSE HOLDERS;
AMP-TRAP 2000 MERSEN FRANCE SB SAS 15 rue Jacques Vaucanson F-69720 Saint-Bonnet-de-Mure France protective devices against excessive electric currents; namely, fuses, current limiting fuses, time-delay fuses;IN THE STATEMENT, COLUMN 1, LINE 1 AFTER GOULD, , SHOULD BE DELETED.;
SHAWMUT SILVER PLATED 10 AMPS 250 VOLTS 100 QUANT. CAT. NO. TR 10 Gould Inc. Chicago IL Protective Devices Against Excessive Electric Currents, Electric Fuses and Fuse Links;
TRI-ONIC MERSEN FRANCE SB SAS 15 rue Jacques Vaucanson F-69720 Saint-Bonnet-de-Mure France Protective Devices Against Excessive Electric Currents, Fuses and Fuse Links;
 

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

    
Technical Examples
  1. An ink-jet print head and a method of making the same comprising the steps of sequentially laminating a heating layer and an electric conductive layer on a substrate, patterning the electric conductive layer to expose a predetermined area of the top surface of the heating layer, forming a protective layer on the top surfaces of the electric conductive layer and exposed heating layer, and laminating an ink chamber barrier and a nozzle plate on the top surface of the protective layer, thereby forming an ink chamber. The protective layer is provided by forming a cavitation layer by alternately laminating at least two types of thin film layers of different materials over the exposed heating layer and the electric conductive layer to resist fractures and oxidization resulting from use.