Cosmetics & Personal care

STRUCTURE® 2001

Thickener suitable for relaxers, hydrophilic hair color, depilatories and specialty hair gels. It is well suited for skin care products, specialty cleansers for the face, body and hair, diaper creams and other difficult-to-thicken formulations. It is ideal for lotions, creams, spray gels, conditioner (leave in/rinse out), shampoos, emulsions, bath & shower and shave products. It is a user-friendly, associative, alkali-swellable acrylic polymer. Benefits: It possesses thickening efficiency over a broad alkaline pH range and their stability in many aggressive environmentCost-effective, efficient and easy-to-useViscosity boosts can be achieved through appropriate polymer/surfactant blends

STRUCTURE® 2143

Rheology modifier for skin and hair care applications. It is based on modified starch.Benefits:It is readily cold water dispersibleOffers viscosity build, emulsion stabilization and sensory properties

STRUCTURE® 3001

Thickener designed for use in hydrophobic hair color, permanent wave and depilatories. It is well-suited for skin care products, specialty cleansers for the face, body and hair, diaper creams and other difficult-to-thicken formulations. It is ideal for lotions & creams, gels, spray gels, conditioner (leave-in/rinse out), shampoos, bath & shower and shave products. Benefits:Cost-effective, efficient and easy-to-useViscosity boosts can be achieved through appropriate polymer/surfactant blendsIt possesses thickening efficiency over a broad alkaline pH range and their stability in many aggressive environmentUser-friendly, associative, alkali-swellable acrylic polymer

STRUCTURE® HVS

Rheology modifier, emulsion stabilizer and sensorial enhancer for leave-on & rinse-off formulations. It is suitable for hair care products including conditioners, combing creams, treatment masks, shampoos and others. It is also used in skin care emulsions such as creams and lotions for body, face & hands, sunscreens, body washes and others.Benefits:It is readily biodegradable and naturally derived from renewable sourcesEasy to use, non-ionic, starch-based polymer with instant dispersion in cold waterStabilizes and improves aesthetics of emulsionsOffers shine, smoothness and combabilityAllows reduction of the concentration of wax components in hair treatment creamsIn combination with cetearyl alcohol, it provides linear and stable viscosity, pleasing appearance & texture, reducing the cost of other raw material additions and heat energyIt can be added to oil or water phase

STRUCTURE® M3 co-surfactant

Co-surfactant recommended for use in facial cleansers, shower gels and shampoo formulations. Benefits: It exhibits compatibility with both sulfate and sulfate-free surfactant systemsIt aids in reducing irritation caused by common surfactantsINCI: Sodium Hydrolyzed Corn Starch Dodecenylsuccinate

STRUCTURE® SILK

Multifunctional rheology modifier, texturizer and film-former designed for skin-, hair care, and hair styling emulsions and aqueous formulations.Benefits:It is derived from non-GMO potato Readily biodegradable Soluble in cold water

STRUCTURE® Silk starch

Multifunctional rheology modifier, texturizer and film-former suitable for skin-, hair care, and hair styling emulsions and aqueous formulations.Benefits:It is readily biodegradableSoluble in cold waterDerived from non-GMO potato

STRUCTURE® SOLANACE

Rheology/aesthetic modifier and emulsion stabilizer suitable for AHA & DHA formulations and liquid make-up applications. It is also used in low surfactant or surfactant-free emulsions, shave creams, emulsion-based sunscreens, emulsions, low pH systems, bath & shower, self-tanner and after-sun products. It is ideal for make-up, mascara, concealer, eyeshadow, lipstick, loose powder, eyeliner and pressed powder. Benefits: It offers excellent, long-lasting soft, velvety after-feelCan be used with oils, UV filters, vitamins, botanical extracts, alpha and beta hydroxy acids, and fragrancesExtremely shear thinning, with rapid viscosity recoveryReadily biodegradable & naturally derived ingredient derived from potato starch