FOAM BAN® TK-75

FOAM BAN® TK-75 is a mineral oil based, non-silicone or silica, containing light cream-colored opaque liquid antifoaming agent for tank-side and soluble oil metalworking fluids with improved dispersability in water. FOAM BAN® TK-75 maintains its efficiency in use under constant recycling that occurs in machining operations that utilize filtration. This efficiency is due to the optimized particle size of FOAM BAN® TK-75. Finishing operations such as painting, plating or other surface treatments are unaffected by its use.

FOAM BAN® MS-5A is a mineral oil and special wax defoamer for use in metalworking lubricants. Primary applications include both petroleum and vegetable based soluble oils and tank-side defoaming.

FOAM BAN® SB-73 is an oil-based defoamer designed primarily for tank-side use in a wide variety of aqueous metalworking lubricants. It is also formulated to provide excellent compatibility, as well as long-term defoaming persistence.

FOAM BAN® 3057 is a mineral oil based, non-silicone or silica, containing light cream- colored opaque liquid antifoaming agent for tank-side and soluble oil metalworking fluids with improved dispersability in water. It maintains its efficiency in use under constant recycling that occurs in machining operations that utilize filtration. This efficiency is due to the optimized particle size of FOAM BAN® 3057.

FOAM BAN® TK-360 is a low viscosity 3-Dimensional Siloxane defoamer designed primarily for tank-side use in a wide variety of aqueous metalworking lubricants. It was formulated to provide excellent compatibility along with fast foam knockdown and long- term defoaming persistence. FOAM BAN® TK-360 can be diluted with a low molecular weight polypropylene glycol.

FOAM BAN® TK-150 is a low viscosity 3-Dimensional siloxane defoamer designed primarily for tank-side use in a wide variety of aqueous metalworking lubricants. FOAM BAN® TK-150 has excellent foam knockdown efficiency and has long-term defoaming persistence. Additionally it is easily diluted in water and/or a low polypropylene glycol.