Skincare products

Cellulose ether for Skincare products

Skincare products Application

Seed’s cosmetic-grade cellulose derivatives provide essential thickening, film-forming, emulsion stabilization, and sensory enhancement in skincare formulations, enabling production of premium cosmetic products with superior texture, excellent stability, enhanced efficacy, and luxurious skin feel. Our HEC, EC, MC, and HPC products deliver outstanding performance across diverse skincare categories from basic moisturizers to advanced anti-aging treatments.
All cosmetic-grade cellulose derivatives meet stringent purity requirements including controlled levels of heavy metals, preservatives, and microbial contaminants. Products comply with cosmetic regulations including EU Cosmetics Regulation (listed with INCI names), FDA requirements for cosmetic ingredients, and various national cosmetic standards. They are suitable for face and body care products, compatible with common preservative systems, and stable across cosmetically relevant pH ranges (pH 4-8).

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Key Performance Benefits

SEED’s HEC (Hydroxyethyl Cellulose) serves as a versatile thickener and stabilizer in water-based and emulsion skincare products, providing excellent viscosity control, crystal-clear solutions, and superior stability. HEC creates smooth, elegant textures in lotions, creams, gels, and serums without the heavy, sticky feel sometimes associated with alternative thickeners.
Our EC (Ethyl Cellulose) provides unique functionality as a film-forming polymer and controlled-release matrix in advanced skincare formulations. While insoluble in water, EC can be incorporated as aqueous dispersions or dissolved in cosmetically acceptable organic solvents to create protective films, encapsulation matrices, and time-release systems for active ingredients.
Our MC (Methylcellulose) offers temperature-responsive properties valuable in specialized skincare applications. MC exhibits thermal gelation, remaining as mobile solutions at room temperature but forming gels upon warming to body temperature during skin contact.
Our HPC (Hydroxypropyl Cellulose) combines multiple beneficial properties in skincare formulations including thickening, emulsion stabilization, film formation, and binding. HPC creates smooth, elegant textures in creams and lotions while stabilizing emulsions against coalescence and phase separation.

Technical Specifications

Typical usage levels vary by product type and function. HEC is used at 0.3-2.0% in skincare formulations, with 0.5-1.2% typical for most lotions, creams, and gels. EC is used at 0.5-3.0% depending on film-forming or controlled-release requirements. MC is used at 0.3-1.5% for thermal gelation and film-forming applications. HPC is used at 0.2-1.5% for thickening, emulsion stabilization, and conditioning effects.

skincare products application film-forming agent

skincare products application moisturizer

Product models for Skincare products applications

In skincare products, SEED’s cellulose ethers primarily function as thickeners, suspending agents, and film-forming agents. They stabilize product texture, impart a smooth feel, and form a moisturizing film on the skin’s surface by constructing a three-dimensional network structure.

Specific applications	SEED product models
Lotion, Cream	HE50
Lotion, Toner	EC30
Lotion, Essence Water	MC20
Lotion, Face Cream	HPC200
Note: Please contact our sales staff for specific TDS details. (Click to get a sample)

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