Alkyl Polyglucoside (APG 0814) is a multi-carbon APG. This series typically consists of carbon chains ranging from 8 to 14, offering higher foam compared to APG 1214 and lower foam than APG 0810. It is derived from renewable plant raw materials and serves as a non-ionic surfactant.
Alkyl Polyglucoside (APG 0814) is a multi-carbon APG, typically composed of carbon chains ranging from 8 to 14. It produces more foam than APG 1214 but less foam than APG 0810. This surfactant is derived from renewable plant materials and functions as a non-ionic surfactant.
Alkyl glucoside (APG 0814 Decyl glucoside) is a multifunctional APG compound derived from sustainable plants, consisting of carbon chains ranging from 8 to 14. It exhibits superior foaming capacity compared to APG 1214 while still maintaining lower foam formation than APG 0810. This special non-ionic surfactant is commonly used in cleaning products for sensitive skin and is produced through the interaction of cornstarch and decyl alcohol extracted from coconuts.
Alkyl Polyglucoside (APG 0814) is a multi-carbon APG. This series typically consists of carbon chains ranging from 8 to 14, offering higher foam compared to APG 1214 and lower foam than APG 0810. It is derived from renewable plant raw materials and serves as a non-ionic surfactant.
Alkyl Polyglucoside (APG 0814) is a multi-carbon APG, typically composed of carbon chains ranging from 8 to 14. It produces more foam than APG 1214 but less foam than APG 0810. This surfactant is derived from renewable plant materials and functions as a non-ionic surfactant.
Alkyl glucoside (APG 0814 Decyl glucoside) is a multifunctional APG compound derived from sustainable plants, consisting of carbon chains ranging from 8 to 14. It exhibits superior foaming capacity compared to APG 1214 while still maintaining lower foam formation than APG 0810. This special non-ionic surfactant is commonly used in cleaning products for sensitive skin and is produced through the interaction of cornstarch and decyl alcohol extracted from coconuts.