Multi-component natural organogel system as silicone oil-gel alternative

Overview

This multi-component natural organogel system serves as a silicone-free alternative to traditional oil gels. Comprised of three bio-derived components, it self-assembles to form a fine fibrillar network that provides efficient gelling and suspension at low use levels. By combining organogelation, lipid network reinforcement, and viscous rheology modification, this system delivers the gel strength, stability, and sensory performance typically associated with silicone-based oil gels. It is colorless, odorless, and particularly suitable for leave-on skin formulations, offering a smooth, non-greasy, silicone-like feel while supporting high natural-origin content.

Technical specifications

• Component A: Bio-derived, low-molecular-weight organogelator that forms a fine fibrillar network in oils.
• Component B: Natural lipid-based structurant that reinforces the network, enhances stability, and improves texture.
• Component C: Viscous, bio-sourced liquid rheology modifier that plasticizes the structure, reduces oil migration, and adds cushion.
• Processes at temperatures below 90 °C.
• Compatible with anhydrous formulations.
• Effective at low use levels, ensuring cost efficiency.

Technology readiness level

This technology has reached a Technology Readiness Level (TRL) of 3. Initial samples and bench screening are underway to evaluate gelling efficiency, stability, and sensory properties. Future steps include stability testing, sensory benchmarking, and preparation of final prototypes for scale-up and supplier engagement.