High Purity Hydroxyethyl Urea: Advanced Moisturizing Agent for Personal Care and Cosmetics
Discover the exceptional moisturizing power of Hydroxyethyl Urea for your skincare and haircare formulations.
Get a Quote & SampleProduct Core Value

Hydroxyethyl Urea
Hydroxyethyl Urea is an efficient moisturizing agent offering a non-tacky, non-greasy feeling in skin care products. Due to its excellent moisturizing effects, it can penetrate the stratum corneum, increase skin moisture content, relieve dryness, and fill fine lines, naturally retaining moisture.
- Explore the benefits of high purity hydroxyethyl urea for skin hydration and the relief of dry skin.
- Understand how hydroxyethyl urea hair care applications can improve scalp and hair moisture.
- Learn about the use of hydroxyethyl urea in cosmetics for enhanced texture and efficacy.
- Find a reliable hydroxyethyl urea supplier for your product development needs.
Advantages Provided by the Product
Enhanced Moisturization
Leverage the superior humectant properties of hydroxyethyl urea to provide lasting hydration, making it a key ingredient for effective skincare formulations.
Superior Sensory Profile
Experience a non-tacky and non-greasy finish, crucial for consumer acceptance in leave-on personal care products, enhancing the overall feel of cosmetic formulations.
Biodegradability and Safety
Benefit from a 100% biodegradable ingredient, aligning with market trends for sustainable and eco-friendly cosmetic raw materials.
Key Applications
Skin Care Products
Incorporate hydroxyethyl urea into cleansers, creams, lotions, and masks for superior skin hydration and a smooth feel.
Hair Care Products
Utilize hydroxyethyl urea in shampoos, conditioners, and styling products to enhance hair moisture and manageability.
Baby Products
Its gentle and moisturizing properties make hydroxyethyl urea ideal for baby cleaning products and lotions.
Makeup Applications
Enhance the texture and skin-feel of foundations, eye products, and other makeup items with this versatile cosmetic ingredient.