WATER SOLUBLE POLYMERS USE

Brand Owner (click to sort) Address Description
AQUACEL HERCULES 500 HERCULES ROAD WILMINGTON DE 19808 water-soluble polymers for use in manufacturing in the food and beverage industry; water-soluble polymers for use in manufacturing pet food;
AQUALON HERCULES 500 HERCULES ROAD WILMINGTON DE 19808 water soluble polymers for use in manufacturing;
AQUALON ISP INVESTMENTS 1005 Rt. 202/206 Bridgewater NJ 08807 water soluble polymers for use in manufacturing;
BENECEL AQUALON COMPANY 1313 NORTH MARKET STREET WILMINGTON DE 19894 water soluble polymers for use in the food industry;
CARBOSPERSE The Lubrizol Corporation 29400 Lakeland Blvd. Wickliffe OH 440922298 Water soluble polymers for use in the manufacture of industrial applications;
COMBIZELL HERCULES INCORPORATED 500 Hercules Road Wilmington DE 19808 water-soluble polymers for use in manufacturing adhesives and construction products including mortars, plasters, ceramics, joint fillers, spackling compounds, self-leveling compounds, tile cements, and cements;
COMBIZELL HERCULES INCORPORATED 500 Hercules Road Wilmington DE 19808 water-soluble polymers for use in manufacturing adhesives and construction products including mortars, plasters, ceramics, joint fillers, spackling compounds, self-leveling compounds, tile cements, and cements;
COMBIZELL HERCULES INCORPORATED 500 Hercules Road Wilmington DE 19808 water-soluble polymers for use in manufacturing adhesives and construction products including mortars, plasters, ceramics, joint fillers, spackling compounds, self-leveling compounds, tile cements, and cements;
COMBIZELL Tianpu Chemicals Company Limited Gaoba, Long Matan District Luzhou City, Sichuan 646003 China water-soluble polymers for use in manufacturing adhesives and construction products, namely, mortars, plasters, ceramics, joint fillers, spackling compounds, self-leveling compounds, tile cements, and cements;
 

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

   
Technical Examples
  1. The molecular weight of cationic polymers, such as diallyldialkyl ammonium chloride, can be increased by controlled addition of a water-soluble radical initiator at an elevated reaction temperature with agitation to prepare high molecular weight, crosslinked, water-soluble cationic polymers.