Voluminis 10 g

GlucoTain Clear - advanced mild surfactant for premium personal care and cleansing formulations

The modern personal care industry demands high performance alongside exceptional skin compatibility, pushing formulators to seek innovative cleansing agents that respect the natural skin barrier. GlucoTain Clear is a state of the art liquid surfactant based on sugar chemistry, specifically engineered to deliver rich, dense foam while maintaining supreme gentleness. As a versatile functional ingredient, it relies on alkyl polyglucoside chemistry combined with other mild cleansing structures to lower surface tension efficiently without stripping essential lipids. Professional formulators and craft artisans choose this surfactant for its unique sensory profile, excellent ecotoxicological profile, and superior mildness, making it an ideal choice for sensitive skin formulations.

The cleaning mechanism of this specialized surfactant is driven by its mild head and tail architecture, which lifts impurities gently while leaving a soft, conditioned afterfeel on skin and hair. Within cosmetic formulations, it acts as a primary or secondary surfactant, working to build stable viscosity and enhance overall foam quality without requiring harsh sulfates. Formulators appreciate its ability to integrate smoothly into clear aqueous systems, body washes, shampoos, and facial cleansers.

Global market demand for sulfate free and skin friendly cleansers continues to rise sharply as consumers prioritize sustainable and non irritating personal care options. This surfactant holds a strong position worldwide due to its renewable feedstock origins and exceptional performance in eco certified formulations. Beyond standard cosmetics, it finds wide application in professional hair salons, boutique spa products, and gentle household cleaning liquids where skin protection and mildness are paramount.

In both commercial manufacturing and small scale artisan production, this ingredient provides unmatched flexibility. It performs exceptionally well in sulfate free shampoos, micellar shower gels, intimate hygiene washes, and gentle hand soaps. Its compatibility with various co-surfactants and thickeners allows creators to build sophisticated viscosity profiles and luxurious textures effortlessly.

The main advantages for product developers include outstanding mildness, excellent foam boosting capacity, easy handling in cold process manufacturing, and full compatibility with natural preservatives. By incorporating this ingredient, brands can deliver products that combine rich sensory lather with supreme dermatological safety.

Gentle clarifying micellar body wash for daily sensitive skin care

This balanced formulation is designed to create a clear, ultra mild body cleanser that purifies the skin thoroughly while preserving its natural moisture barrier.

Purified water - 70 grams GlucoTain Clear - 15 grams Cocamidopropyl betaine - 8 grams Glycerin - 3 grams Panthenol - 2 grams Sodium chloride - 1 gram Cosmetic preservative - 1 gram

To prepare this formulation, weigh the purified water into a clean, sanitized beaker at room temperature. Slowly add the glycerin and panthenol, stirring gently until completely dissolved into the aqueous phase. Introduce GlucoTain Clear and cocamidopropyl betaine into the mixture with careful, low shear stirring to avoid generating excess foam. Once the surfactants are fully incorporated, add the cosmetic preservative and mix thoroughly. Adjust the viscosity gradually by dissolving the sodium chloride in a small amount of water and adding it drop by drop until the desired thickness is reached. Check the acidity level to ensure it falls within a skin friendly range of five to six, then pour the finished liquid cleanser into a transparent dispenser bottle.

The resulting body wash features a crystal clear appearance and a rich, cushioning lather that glides smoothly across the skin. Upon rinsing, it leaves the body thoroughly cleansed, remarkably soft, and comfortably hydrated without any signs of tightness or dryness.