New AminoSensyl® Ingredients Open Doors for Plant-based Hair Care
Cationic surfactants are an important personal care ingredient class, particularly for hair conditioning applications. They improve hair combability in both the wet and dry state and can mitigate the effects of hair damage. The majority of cationic surfactants currently used in personal care formulations are quaternary ammonium species (quats), that have a permanent cationic charge independent of formulation pH, but are not 100% bio based and have potential for environmental and aquatic toxicity over their life cycle. Amino Lipids are the next evolution of high performing cationic ingredients that are derived exclusively from renewable sources. Their molecular design incorporates a cationic ammonium head group and biodegradable ester linkage, derived from naturally occurring amino acids, and a lipophilic alkyl tail group derived from vegetable fatty alcohols.
Featured Products

AminoSensyl® HC
100% Natural Quat-Free Hair Care System
- Multi-benefit hair conditioning system
- 100% natural & COSMOS approved
- Cationic amino lipid technology
- Smooth, define, and strengthen hair

AminoSensyl® Ultra MB
Breakthrough Conditioning for Sustainable BTAC Replacement
- Equivalent conditioning to BTAC (Behentrimonium Chloride)
- Readily biodegradable
- Optimized combination of cationic amino lipid & fatty alcohol
- 100% Natural conditioning system
Related Articles

Move Over Micellar… Formulators Line Up for Lamellar Technology
September 2026Lamellar Technology is a highly organized delivery system that forms ultra-thin layers to support targeted hydration, lightweight conditioning, and enhanced sensory performance.

Hurdle Technology: Complete Preservation You Can Trust
April 2026Inolex’s Hurdle Technology is a layered, synergistic preservation strategy using multiple mild mechanisms to create a well-protected environment for cosmetics and personal care products.

Quat-free Cationic Emulsifier-based Lotions for Skin Moisturization
July 2025Quaternary ammonium compounds have raised eco and health concerns, driving demand for alternatives. Here the clinical efficacy of cationic emulsifier-based quat-free solutions to provide lasting moisture was compared with that of a quat-based benchmark.