METAL CYLINDRICAL CHAMBER SCREEN

Brand Owner (click to sort) Address Description
SANITAS USA Sanitas USA, Inc. 5348 Vegas Drive Las Vegas NV 89108 Metal cylindrical chamber and screen for use in filtering and removing settleable solids from liquid;Abdominal towels for medical and surgical use; Bibs for dental use; Dental device that expands the mouth to improve the field of view inside the mouth, and extracts saliva from the work area inside the mouth; Dental impression trays; Dental instruments, namely, prophy angles; Disposable medical sterilization pouches; Gloves for medical use; Injection instruments with needles; Injection needles; Medical gowns; Medical syringes; Medical trays for surgical instruments; Medical tubing for drainage, transfusion, administering drugs; Nitrile gloves for medical use; Orthopedic surgical aspirator for use in diagnosis; Paper bags and envelopes for sterilizing medical instruments; Permeable plastic films for medical use; Sanitary masks for medical purposes;USA;
SWIRL CLEANSE Hydro International PLC Shearwater House Clevedon Hall Estate,Victoria Road Cleve United Kingdom METAL CYLINDRICAL CHAMBER AND SCREEN FOR USE IN FILTERING AND REMOVING SETTLEABLE SOLIDS, FLOATABLES, OILS AND GREASE FROM LIQUID FLOW;CLEANSE;
 

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

    
Technical Examples
  1. A foam-generating assembly for use in generating a nitrogen-containing foam useful in preventing or extinguishing fires includes a foam generator, a first tank containing a foamable aqueous liquid and a second tank containing nitrogen gas, the foam generator including a header which is hollowed out to provide a swirl chamber defined by an outer cylindrical wall, an inner cylindrical wall and a floor, a spray nozzle in the center of the floor for spraying foamable aqueous liquid supplied from the first tank, and an orifice in the inner cylindrical wall to supply a tangential flow of nitrogen gas from the second tank into the swirl chamber and around the spray nozzle and the liquid spray emitted therefrom and provide a vortex flow of a mixture of foamable aqueous liquid and nitrogen gas. First and second foaming screens are provided through which the vortex flow passes to provide first a coarse nitrogen-containing foam and then a fine nitrogen-containing foam. The first foaming screen can be a inverted frustoconical element formed of three layers of metal mesh. The second foaming screen can be formed of two layers of metal mesh placed over a discharge outlet of the swirl chamber.