AKYPO LF 4 is an excellent low foaming, anionic surfactant with no sulfur, phosphorus or nitrogen in the molecule. AKYPO LF 4’s main use is as a solubiliser for metalworking fluids. In formulations, AKYPO LF 4 supports corrosion prevention; is hard water stable and mild to the skin.
AKYPO LF 1 is an anionic, low foaming surfactant with hydrotropic properties. AKYPO LF 1 is a solubiliser for metalworking fluids and reduces foam stability when combined with foaming surfactants. In formulations, the AKYPO LF 1 exhibits the support of corrosion prevention; hard water stability and mildness to skin.
Tomamine® AO-455 is a very low foaming amine oxide that offers high detergency. This product is 50% active amine oxide and is non-flammable.
Tomamine® AO-405 is a very low foaming amine oxide that offers high detergency. This product is 50% active amine oxide and is non-flammable.
Nonidet™ SF-3 is a low-foam, nonionic, alkoxylated surfactant. It provides mulifunctional benefits in applications where foam control is a concern.
Nonidet™ RK-18 is a low-foam, nonionic, alkoxylates surfactant. It provides multifunctional benefits in applications where foam control is a concern.
Tomamine Amphoteric 400 is a surfactant that is an extremely low foaming iminodipropionate amphoteric supplied as a 50% solution of the partial sodium salt. It is designed for use in hard surface alkaline or acid cleaning formulations where no foam is desired.
SIMULSOL™ SL 4 is a readily biodegradable alkylpolyglucoside viscosity reducer. SIMULSOL SL 4 is a concentrated liquid and shows very limited or even no foam production. SIMULSOL SL 4 contributes to surface tension reduction, effective at high concentration of NaOH and compatible with all types of surfactants.
SIMULSOL™ AS 48 is an ecofriendly, non-foaming alkylpolyglucoside which is compatible with defoaming surfactants.
Tomamine® Amphoteric 12 is a biodegradable, low foaming and hydrotroping surfactant. It is designed for use in alkaline or acid cleaning formulations where the solubility of the surfactants in high electrolyte content or water hardness is problematic.