2-HYDROXYETHYLUREA

Product Overview

2-HYDROXYETHYLUREA is an advanced urea derivative designed for modern skincare formulations that demand high-efficiency hydration with a clean, non-greasy sensory profile. Developed through optimized synthesis from ethanolamine and urea, it represents a significant improvement over traditional urea systems by eliminating instability issues and reducing skin irritation risks while maintaining strong humectant performance.

Produced under strict quality standards by SACH, this ingredient is designed for global cosmetic manufacturers seeking reliable, multifunctional moisturizing solutions.

Ingredient Origin and Molecular Innovation

The material is synthesized through a controlled reaction pathway between ethanolamine and urea, resulting in a structurally enhanced molecule with improved water-binding capability. Through molecular optimization, the compound preserves the natural moisturizing strength of urea while removing common drawbacks such as odor formation and stickiness.

This structural refinement enables 2-HYDROXYETHYLUREA to function as a next-generation hydration agent suitable for high-performance skincare systems.

Core Hydration Performance

This ingredient delivers a dual-phase moisturizing effect designed for both immediate and long-lasting hydration:

• Rapid surface hydration upon application for instant comfort

• Sustained moisture retention within the stratum corneum for extended skin hydration

Compared with conventional humectants, it provides hydration comparable to glycerin while maintaining a significantly lighter and more breathable skin feel.

Sensory and User Experience Advantages

One of the defining characteristics of this material is its superior sensory profile:

• Fast absorption with no sticky residue

• Lightweight, breathable finish suitable for daily skincare

• Smooth spreadability that enhances formulation elegance

It is particularly effective in products designed for hot climates, oily skin, or minimalist skincare routines where texture quality is essential.

Formulation Stability and Processing Benefits

2-HYDROXYETHYLUREA is engineered for high compatibility and processing flexibility:

• Stable performance across pH 4.0–9.0 systems

• Excellent heat resistance for industrial manufacturing processes

• No risk of ammonia-like odor degradation

• No requirement for complex buffering systems

These properties significantly simplify formulation design and improve production efficiency.

Compatibility with Cosmetic Actives

This ingredient integrates seamlessly into advanced skincare systems and works synergistically with:

• Niacinamide

• Vitamin C derivatives

• Peptides

• Botanical extracts

• Silicone-based ingredients

It enhances overall formulation stability while supporting improved skin feel and actives delivery.

Application Scope

2-HYDROXYETHYLUREA is widely used across multiple cosmetic categories:

Facial care including serums, lotions, creams, eye care, sunscreen, and cleansing systems.
Body care such as hydrating lotions, hand creams, and foot care formulations.
Hair care products including shampoos, conditioners, masks, and styling treatments.
Special care formulations including after-sun repair and sensitive skin support systems.

Formulation Value and Industry Positioning

In modern cosmetic development, consumers increasingly demand products that deliver strong hydration without heaviness or residue. This ingredient directly addresses that demand by combining high moisture efficiency with a refined sensory experience.

Its balanced performance profile allows formulators to reduce reliance on multiple humectants while achieving improved stability and texture control in complex systems.

Conclusion

2-HYDROXYETHYLUREA represents a new generation of moisturizing technology that merges molecular innovation with practical formulation advantages. It supports the development of advanced skincare products that prioritize hydration efficiency, sensory elegance, and system stability.

“True moisturization is water that the skin can feel but the presence of which cannot be sensed.”