Hydroxypropyltrimonium Honey

Product Description

Hydroxypropyltrimonium Honey is a specialized cationic derivative of natural honey, developed in our precision manufacturing facility to overcome the tackiness of raw honey while amplifying its humectant properties. Through a controlled cationization process, this ingredient gains a substantive charge that allows it to bond effectively with hair and skin proteins, creating a breathable, moisture-retentive shield. It offers significant commercial value for formulators seeking "nature-derived" high-performance conditioning agents that meet the growing consumer demand for honey-based luxury personal care.

Product Specification

• INCI Name: Hydroxypropyltrimonium Honey
• CAS No.: 223705-79-1
• Product Type: Cationic Carbohydrate / Honey Derivative
• Source: Natural Honey (Apis Mellifera)
• Appearance: Clear to slightly hazy pale yellow liquid
• Active Content: ≥ 50.0% (Aqueous solution)
• Molecular Weight: ~1,000 Da (Optimized for surface film formation)
• Solubility: Fully soluble in water and hydro-alcoholic systems

Key Benefits & Applications

• Super-Humectancy: Offers twice the moisture-binding capacity of glycerin, significantly increasing the water content of the hair shaft and skin stratum corneum.
• Electrostatic Conditioning: The positive charge effectively neutralizes static electricity, improving wet combability and providing a silky, non-greasy after-feel.
• Gloss Enhancement: Smoothes the hair cuticle and forms a light-reflective film, dramatically increasing hair luster and color vibrancy.
• Low Tackiness: Unlike raw honey, this derivative provides all the nutritional benefits without the undesirable sticky residue in final formulations.
• Applications: Ideal for leave-on hair conditioners, clear shampoos, moisturizing body milks, and soothing facial toners.

Formulation Guidelines

• Suggested Dosage: 1.0% – 5.0% for rinse-off products; 0.5% – 2.0% for leave-on products.
• pH Stability: Highly stable within a pH range of 4.0 – 8.0.
• Processing: Water-soluble; can be added during the aqueous phase or during the cool-down stage (below 45°C) to maintain optimal performance.
• Compatibility: Compatible with cationic, non-ionic, and most amphoteric surfactants. In anionic systems, add slowly under stirring to ensure clear formulation.
• Synergy: Combine with Sodium Hyaluronate for multi-level hydration and a long-lasting moisture barrier.