MARKING BUOYS

Brand Owner (click to sort) Address Description
CASTRO INDUSTRIAS PLÁSTICAS CASTRO, S.A. Camino Artxipi, 98 (Bº Molinao-Alza) E-20017 San Sebastián (Guipúzcoa) Spain Marking buoys; reference buoys; navigation buoys; signaling buoys; aquatic emergency beacons; safety devices, namely signaling lanterns, signal lanterns;Floats for fishing; floats for fishing tackle; floats for fishing; hoop buoys for recreational use;Color is not claimed as a feature of the mark.;
OCEANDRONE Innovo Mediterranean Services S.R.L. Via Valparaiso, 1 I-20144 Milano Italy Marking buoys; signalling buoys; navigational buoys;OCEAN DRONE;
POLY4M POLYFORM U.S. LTD. 7030 SOUTH 224th STREET KENT WA 98032 Marking buoys; navigational buoys;Plastic moldings for boat docks;POLYMER FOUR;Boat fenders; boat fender covers; boat fender holders;Plastic buoys; plastic mooring buoys; accessories for use with buoys, namely, non-metal fasteners in the nature of screws, adapters, pins, and swivel assemblies;
POLY4M Jan Beyer-Olsen 827 South 230th Street Des Moines WA 98198 Marking buoys; navigational buoys;Plastic moldings for boat docks;POLYMER FOUR;Boat fenders; boat fender covers; boat fender holders;Plastic buoys; plastic mooring buoys; accessories for use with buoys, namely, non-metal fasteners in the nature of screws, adapters, pins, and swivel assemblies;
POLY4M POLYFORM U.S. LTD. 7030 SOUTH 224th STREET KENT WA 98032 Marking buoys; navigational buoys;Plastic moldings for boat docks;POLY FOUR M;Boat fenders; boat fender covers; boat fender holders;Plastic buoys; plastic mooring buoys; accessories for use with buoys, namely, non-metal fasteners in the nature of screws, adapters, pins, and swivel assemblies;
 

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

   
Technical Examples
  1. Methods for vitrescent marking of substrates, likes bricks, are described that include placing the substrate to be marked and at least one marking material in reactive contact with each other and vitrifying the substrate and the marking material to form a marking below the outer surface of the substrate. The vitrification may be accomplished by irradiating the marking material and the substrate with a radiant energy beam that has a wavelength and an energy level sufficient to vitrify the marking material and the substrate for form a vitrescent marking that is below the outer surface of the substrate.