CUSTOM MANUFACTURE WATER SPRAY

Brand Owner (click to sort) Address Description
S.W.E. INCORPORATED Streamline Washdown Equipment. Inc. REFER NOTICES to Riezman Berger PC 1351 Distribution Way, Suite 5 Vista CA 92081 Custom manufacture of water spray nozzles, water mixing stations, hose assemblies, hose adaptors and related specialty hose products and replacement parts for use primarily in the food processing, beverage, and pharmaceutical industries; Manufacture of water spray nozzles, water mixing stations, hose assemblies, hose adaptors, and related specialty hose products and replacement parts for use primarily in the food processing, beverage and pharmaceutical industries to order and/or specification of others;The mark consists of a drop of water framed by a tilted rectangle, shaded by horizontal stripes in a venetian blind effect, the words S.W.E. INCORPORATED situated beneath.;STREAMLINE WASH DOWN EQUIPMENT INCORPORATED;Color is not claimed as a feature of the mark.;INCORPORATED;
STREAMLINE WASHDOWN EQUIPMENT Steamline Washdown Equipment, Inc. 1351 Distribution Way, Suite 5 Vista CA 928018832 Custom manufacture of water spray nozzles, water mixing stations, hose assemblies, hose adaptors and related specialty hose products and replacement parts for use primarily in the food processing, beverage, and pharmaceutical industries; Manufacture of water spray nozzles, water mixing stations, hose assemblies, hose adaptors, and related specialty hose products and replacement parts for use primarily in the food processing, beverage and pharmaceutical industries to order and/or specification of others;STREAMLINE WASH DOWN EQUIPMENT;WASHDOWN EQUIPMENT;
 

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

    
Technical Examples
  1. A method for quantifying droplet fluxes of a water mist spray uses different measuring apparatuses and compares the measurements of the two apparatuses with one another. One of the measuring apparatuses is an iso-kinetic sampling probe in which the air velocity of the portion of the water spray mist entering the probe is made equal to the air velocity of the water mist spray around the probe by connecting a source of vacuum to the probe. The drops of the spray entering the probe are prevented from passing out of the probe. The air velocity of the spray entering the probe is measured by an anemometer, the drops of the entering spray are collected in a reservoir, and the depth of water in the reservoir is measured by a differential pressure transducer. The output of the pressure transducer is sent to a computer that calculates the water collection rate based on the sectional area of the probe opening and the water collection rate in the reservoir.