NONIDET® X-5 is a primary surfactant suitable for concentrated low foaming products as well as ready to use formulations. This low foaming surfactant offers high performance and low environmental impact.
NIONIC™ 31R1 Surfactant is a reverse block copolymer surfactant with a chemical structure designed to provide reduced foaming and gelling tendencies compared to non-reverse block copolymer surfactants. NIONIC™ 31R1 Surfactant…
NIONIC™ 17R4 Surfactant is a reverse block copolymer surfactant with a chemical structure designed to provide reduced foaming and gelling tendencies compared to non-reverse block copolymer surfactants. NIONIC™ 17R4 Surfactant…
NIONIC™ L-102 Surfactant is a nonionic surfactant with a chemical structure designed to perform as a defoamer in many applications. Defoaming performance is a function of cloud point and end-use…
NIONIC™ L-101 Surfactant is a nonionic surfactant with a chemical structure designed to perform as a defoamer in many applications. Defoaming performance is a function of cloud point and end-use…
NIONIC™ L-81 Surfactant is a nonionic surfactant with a chemical structure designed to perform as a defoamer in many applications. Defoaming performance is a function of cloud point and end-use…
NIONIC™ L-71 Surfactant is a nonionic surfactant with a chemical structure designed to perform as a defoamer in many applications. Defoaming performance is a function of cloud point and end-use…
NIONIC™ 17R2 Surfactant is a reverse block copolymer surfactant with a chemical structure designed to provide reduced foaming and gelling tendencies compared to non-reverse block copolymer surfactants. NIONIC™ 17R2 Surfactant…
NIONIC™ L-64 Surfactant is a nonionic surfactant with a chemical structure designed to perform as a defoamer in many applications. Defoaming performance is a function of cloud point and end-use…
NIONIC™ L-62 Surfactant is a nonionic surfactant with a chemical structure designed to perform as a defoamer in many applications. Defoaming performance is a function of cloud point and end-use…