Description - Lauryl Glucoside is a naturally derived, non-ionic surfactant and mild cleanser crafted from renewable plant-based sources such as coconut oil and sugar. With 50% active surfactant matter, it is celebrated for its exceptional mildness, making it ideal for all skin types, including sensitive and baby skin. Known for delivering rich, stable foam without causing dryness or irritation, it enhances the cleansing performance of a wide range of skincare and haircare formulations. Its biodegradable and sulfate-free nature makes it a gold-standard ingredient for clean, eco-conscious beauty products, offering a perfect balance of efficacy, gentleness, and sustainability.
Benefits - 
Provides slow-forming, stable foam ideal for gentle cleansing
Leaves skin and hair feeling soft, conditioned, and silky
Acts as a natural emulsifier and stabilizer in emulsions
Highly compatible with other surfactants as a base or co-surfactant
Non-irritating and suitable for sensitive and baby care products
Supports eco-conscious, biodegradable formulations
Uses - Perfect for:
Facial cleansers, body washes & shampoos
Toothpaste, wet wipes & baby products
Moisturizers, lotions & emulsified creams
Conditioners and surfactant blends for skincare & haircare
Mild household cleaning formulations
Application - 
Ideal as a primary or secondary surfactant
Enhances spreadability and viscosity in emulsions
Suitable for neutral or alkaline systems
Solubility - Readily soluble in water
pH Value - Stable in formulations with neutral to alkaline pH
Usage Rate - 
Recommended: 10% – 40%, depending on formulation type:
10–20% in facial cleansers and baby products
20–40% in shampoos, body washes, and emulsions
How It Works - 
Reduces surface and interfacial tension to increase wetting and cleansing
Hydrophilic head binds to water; hydrophobic tail attracts oil and impurities, aiding in effective dirt and grease removal
How to Add to Formulation - 
Add to the surfactant phase while stirring continuously
Blend at a constant temperature for uniformity
Final product pH can be adjusted using mild acids to desired range