Kosher
Halal
Starch Products
Starch Products
Maltodextrins
Maltodextrins

AGENABON for Personal Care

Corn
Kosher
Halal

Hydrolyzed starches for natural hold and texture control in water-based styling systems

AGENABON For Personal Care is a hydrolyzed corn starch that is ideal for hair styling applications. It supports structure, hold and texture in water-based systems such as gels and mousses. The starch-based polymer network enables defined styling performance while aligning with natural formulation concepts.

Key benefits

  • Provides defined hold and curl retention in styling systems
  • Supports volume and texture without synthetic styling polymers
  • Compatible with water-based gels, creams and pump sprays
  • Contributes to structured rheology and stable viscosity profiles
  • Enables natural positioning in hair care formulations
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Woman spraying styling product onto her long curly hair
Hair styling mousse

In styling mousse formulations, AGENABON supports curl retention and volume development. The starch-based structure enhances foam stability and helps maintain flexible hold during wear.

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Smiling man in front of a round mirror pumping product from a blue bottle into his hand
Hair gel

In water-based hair gels, AGENABON contributes to defined stiffness and controlled hold. It helps build semi-transparent gel structures while supporting consistent rheological behavior during application.

Product range

Product name Raw material INCI name Naturality status
AGENABON 20.219 Corn Hydrolyzed Corn Starch COSMOS

Technical & formulation insights

The mechanism behind natural hold and texture

Hydrolyzed corn starch acts as a film-forming and structuring component in aqueous systems. When incorporated into gels or mousses, it contributes to a cohesive network that stabilizes the styling structure on the hair fiber. Compared to conventional synthetic polymers, starch-based ingredients can deliver comparable rheological properties in semi-transparent hydrogels while supporting natural formulation concepts.

The functional performance is closely linked to molecular weight distribution and degree of hydrolysis. These parameters influence viscosity build-up, film flexibility and the balance between hold and hair feel, allowing formulators to fine-tune styling intensity and sensory profile.

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