Lauryl Glucoside is a mild, plant-derived nonionic surfactant widely used in modern skin care, hair care, body care and household cleansing formulations. It is produced from renewable raw materials and is valued for its gentle cleansing performance, good foaming properties and broad formulation versatility.
Lauryl Glucoside helps remove dirt, excess oils, impurities and residues from the skin and hair while supporting a mild cleansing experience. It is particularly suitable for sulfate-free, naturally positioned and gentle cleansing formulations.
It can be used alone or combined with other anionic, amphoteric and nonionic surfactants to develop facial cleansers, shampoos, body washes, shower gels, hand washes and other rinse-off products.
INCI Name
Lauryl Glucoside
Common Names
- Lauryl Glucoside
- Lauryl Glucoside Surfactant
- Dodecyl Glucoside
- Lauryl Polyglucoside
- Alkyl Polyglucoside
- APG Surfactant
- Natural Nonionic Surfactant
- Plant-Derived Surfactant
- Mild Cleansing Agent
- Sulfate-Free Surfactant
- Cosmetic Lauryl Glucoside
Ingredient Type
- Nonionic Surfactant
- Alkyl Polyglucoside (APG)
- Plant-Derived Surfactant
- Cleansing Agent
- Foaming Agent
- Co-Surfactant
- Sulfate-Free Formulation Ingredient
- Personal Care Raw Material
Key Functions
Gentle Cleansing
Effectively helps remove dirt, excess sebum, oils and impurities while being suitable for mild cleansing formulations.
Foaming
Provides good foam generation and can contribute to a rich and pleasant cleansing experience when properly formulated with other surfactants.
Nonionic Surfactant
As a nonionic surfactant, Lauryl Glucoside offers broad compatibility with different surfactant systems and formulation ingredients.
Sulfate-Free Formulation
Ideal for developing sulfate-free cleansing products and mild personal-care formulations.
Plant-Derived Positioning
Lauryl Glucoside is commonly manufactured from glucose and fatty alcohol-derived raw materials, making it suitable for formulations seeking plant-derived surfactant positioning.
Formulation Versatility
Can be combined with amphoteric and anionic surfactants to optimize cleansing, foam, mildness and sensory performance.
Key Benefits
- Mild and effective cleansing
- Plant-derived surfactant option
- Nonionic surfactant technology
- Suitable for sulfate-free formulations
- Good foaming performance
- Excellent co-surfactant
- Suitable for skin and hair cleansing
- Useful in sensitive-skin cleansing concepts
- Broad compatibility with surfactant systems
- Suitable for natural-positioned formulations, subject to grade certification
- Supports rich and pleasant cleansing textures
- Versatile ingredient for rinse-off personal care products
Applications
Skin Care & Facial Cleansing
- Face Wash
- Facial Cleansers
- Gentle Cleansing Gels
- Foaming Face Wash
- Sensitive Skin Cleansers
- Makeup Cleansing Products
- Mild Facial Cleansing Products
Hair Care
- Shampoos
- Sulfate-Free Shampoos
- Mild Shampoos
- Daily-Use Shampoos
- Baby Shampoos
- Scalp Cleansing Products
- Hair & Scalp Washes
Bath & Body Care
- Body Wash
- Shower Gel
- Bath Products
- Liquid Soaps
- Hand Wash
- Foaming Body Cleansers
- Gentle Body Cleansers
- Personal Hygiene Products
Other Personal Care
- Baby Care Cleansers
- Pet Care Cleansing Products
- Mild Cleansing Formulations
- Natural-Positioned Personal Care
- Sulfate-Free Cleansing Systems
Suitable Product Types
Lauryl Glucoside is suitable for formulating:
- Face Wash
- Facial Cleansers
- Foaming Cleansers
- Shampoos
- Sulfate-Free Shampoos
- Body Wash
- Shower Gel
- Hand Wash
- Liquid Soap
- Baby Wash
- Mild Cleansing Gels
- Personal Hygiene Products
Recommended Usage
Typical cosmetic usage: approximately 5–30%, depending on the commercial grade, active matter, surfactant system and finished-product requirements.
The actual dosage should be determined according to the supplier’s TDS/COA, desired active surfactant level, product type, foam requirements and final formulation.
How to Use
Lauryl Glucoside is generally incorporated into the aqueous surfactant phase.
- Add the required quantity slowly to the formulation.
- Use gentle to moderate mixing to minimize excessive foam formation during manufacturing.
- Combine with other surfactants according to the formulation design.
- Add water and other water-soluble ingredients as required.
- Adjust viscosity using a suitable thickening system or electrolyte where compatible.
- Adjust the final pH according to the intended product.
- Evaluate foam, viscosity, appearance, cleansing performance and stability before production.
Formulation Compatibility
Lauryl Glucoside can be combined with a variety of surfactants and cosmetic ingredients, including:
- Cocamidopropyl Betaine
- Sodium Lauroyl Sarcosinate
- Sodium Cocoyl Isethionate
- Sodium Methyl Cocoyl Taurate
- Sodium Lauroyl Methyl Isethionate
- Coco Glucoside
- Decyl Glucoside
- Caprylyl/Capryl Glucoside
- Cocamidopropyl Hydroxysultaine
- Glycerin
- Propanediol
- Panthenol
- Aloe Vera
- Botanical Extracts
- Conditioning Polymers
- Hair Conditioning Agents
- Natural Thickeners
- Cosmetic Fragrances
Compatibility, viscosity response and final pH should always be evaluated in the complete formulation.
Product Information
| Property | Details |
|---|---|
| Product Name | Lauryl Glucoside |
| INCI Name | Lauryl Glucoside |
| Chemical Type | Alkyl Polyglucoside |
| Surfactant Type | Nonionic |
| Function | Cleansing & Foaming Surfactant |
| Source | Plant-Derived Raw Materials* |
| Physical Form | Liquid/Paste, Grade Dependent |
| Colour | Clear to Yellowish, Grade Dependent |
| Odour | Characteristic, Grade Dependent |
| Water Compatibility | Dispersible/Soluble, Grade Dependent |
| Main Applications | Skin, Hair, Bath & Personal Care |
| Typical Usage | 5–30% |
| Formulation Type | Rinse-Off & Cleansing Products |
*Plant-derived positioning and certification should be confirmed for the exact commercial grade.
Formulation Tips
- Add slowly to reduce excessive foaming during manufacturing.
- Avoid unnecessarily high shear once surfactants have been incorporated.
- Viscosity can vary significantly depending on the complete surfactant system.
- Final pH should be adjusted according to the finished product.
- The use level depends strongly on the active matter of the supplied grade.
- Perform freeze-thaw, accelerated stability and packaging compatibility testing where appropriate.
Storage
Store Lauryl Glucoside in a cool, dry and well-ventilated area in a tightly closed original container.
- Protect from direct sunlight.
- Avoid excessive heat and freezing conditions.
- Prevent contamination and unnecessary exposure to air.
- Follow the supplier’s recommended storage temperature.
- Close the container securely after use.
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