Sugartend LG02
HIGH-FOAMING AND ULTRA-MILD SURFACTANT
Sugartend LG02 is a plant-based surfactant designed for gentle yet effective cleansing in modern cosmetic formulations. Based on modified glucosides, it delivers rich foam, excellent mildness, and easy thickening with natural thickeners. Ideal for sulfate-free systems, it enables the development of transparent, skin-friendly formulations for applications such as baby care, intimate hygiene, and facial cleansing.
INCI
Sodium Lauryl Glucose Carboxylate (and) Lauryl Glucoside
Claims
Plant-based high-foaming surfactant
Sulfate-free and EO-free
Excellent mildness, suitable for sensitive skin
Rich and stable foam performance
Easy thickening with natural thickeners
Effective in acidic formulations
Suitable for transparent systems
Sulfate-free and EO-free
Excellent mildness, suitable for sensitive skin
Rich and stable foam performance
Easy thickening with natural thickeners
Effective in acidic formulations
Suitable for transparent systems
CAS #
383178-66-3; 110615-47-9
Functions
Primary surfactant; co-surfactant; foam booster; viscosity builder
Applications
Personal care: shampoos, shower gels, facial cleansers, intimate hygiene products, baby care, wet wipes
Technical information
Product information
Naturality index
Expected ~90% (ISO16128)
Origin
Plant-based
Biodegradability
In progress (OECD301)
Regulatory status
EU REACH: In progress
COSMOS: In progress
Ecolabel: Applicable
COSMOS: In progress
Ecolabel: Applicable
Biodegradable, plant-based surfactant enabling sulfate-free formulations with rich foam and high mildness for sensitive applications
Biodegradability: In progress (OECD301)
Naturality Index: Expected ~90% (ISO16128)
Low irritation to skin and eyes
COSMOS: In progress
Ecolabel: Applicable
Naturality Index: Expected ~90% (ISO16128)
Low irritation to skin and eyes
COSMOS: In progress
Ecolabel: Applicable
Please get in touch to enquire about frame formulations
Modified alkyl polyglucoside platform combining anionic and non-ionic surfactant structures, delivering enhanced foaming, improved mildness, and efficient thickening in sulfate-free systems