Advantage™ 1512 by Ashland Specialty Chemical is an easily dispersible, hydrocarbon oil-based antifoaming agent. Offers immediate action and persistent foam control, efficiency not affected by... view more

High efficiency, silicone oils free, hydrocarbon oil-based antifoaming agent. Used in aqueous adhesives. Offers control of entrained air and surface foam in production and application processes and... view more

Advantage™ 831 by Ashland Specialty Chemical is a quick dispersing, hydrocarbon oil-based antifoaming agent. Offers immediate foam-control action, efficiency not effected by temperature or pH... view more

Advantage™ AM1512 by Ashland is a high efficiency, hydrocarbon oil-based anti-foaming agent. It controls the foam without adversely affecting film appearance. It has efficiency which is not adversely... view more

High efficiency, hydrocarbon oil-based antifoaming agent. Controls the foam without adversely affecting film appearance. Is readily dispersible and has very good long-term persistency... view more

High efficiency, vegetable oil-based antifoaming agent. Is readily dispersible and has very good long-term persistency. It is environmentally friendly, APEO free and has zero VOC. Controls foam... view more

Drewplus® T-3200 by Ashland Specialty Chemical is a defoamer or foam control agent. It is formulated without the use of alkylphenolethoxylates (APEO), and are available in a variety of... view more

High performance, non-ionic formulation of silica derivatives, paraffinic oil, esters and water. Used as a foam control agent for water-based systems such as pressure sensitive adhesives and... view more

Drewplus® TW-4501 by Ashland is a foam control agent for water-based systems. It is a high performance, non-ionic formulation of silica- and wax derivatives and mineral oil. It offers very good... view more

Integra™ 44 by Ashland is an aqueous solution of sodium hydroxymethylglycinate. Used as a bactericide and fungicide for water-based adhesives based on starch, latex, natural- and synthetic gums... view more