Guangzhou Eric Wei Chemical Co., Ltd.
Guangzhou Eric Wei Chemical Co., Ltd.

BASF Emulan TO4070 Emulsion

BASF Emulan TO4070 is a high-performance nonionic oil-in-water emulsifier from BASF’s Emulan series, designed for stable cosmetic and pharmaceutical emulsions. It enables low-viscosity, heat-resistant formulations with excellent skin feel and broad compatibility with actives and oils. Ideal for creams, lotions and sun care products requiring mildness and robust emulsion stability.
  • basf emulan to4070 emulsion_6bd4c874
  • basf emulan to4070 emulsion_6bd4c874

Features Of BASF Emulan TO4070 Emulsion

  1. Non-ionic O/W emulsifier with excellent compatibility in multi-phase cosmetic and pharmaceutical formulations.

  2. Enables stable, low-viscosity emulsions across a broad pH range (3–10) and temperature profile.

  3. Imparts silky skin feel and enhances active ingredient delivery without occlusive residue.

  4. Readily biodegradable and compliant with ECOCERT and COSMOS standards for natural cosmetics.

  5. Free from ethoxylated impurities (e.g., 1,4-dioxane) and preservative-free in concentrated form.

Typical Applications Of BASF Emulan TO4070 Emulsion

  1. Lightweight facial moisturizers and day creams.

  2. Sunscreen formulations requiring high UV-filter solubilization and photostability.

  3. Post-procedure skincare products (e.g., after laser or chemical peel).

  4. Pharmaceutical topical gels and hydrophilic ointment bases.

  5. Water-rinseable cleansing milks and make-up removers.

Specifications Of BASF Emulan TO4070 Emulsion

Chemical TypeNon-ionic surfactant blend (glyceryl stearate citrate, caprylic/capric triglyceride, water)
Product FormOily-white to off-white viscous liquid emulsion
AppearanceOpaque, homogeneous, free of sediment or phase separation
pH (10% aqueous dispersion)5.5 – 6.5
Active ContentApprox. 70 wt.% (as supplied)
Storage Stability≥24 months at 5–25 °C in sealed original container
Primary ApplicationsPersonal care emulsions, dermocosmetics, pharmaceutical topicals
Key FeaturesSelf-emulsifying, cold-process compatible, silicone-free, vegan


BASF Emulan TO4070 Emulsion – Frequently Asked Questions (FAQ)

Q1: What is the primary function of Emulan TO4070 in cosmetic and personal care formulations?

A: Emulan TO4070 is a non-ionic O/W emulsifier designed to stabilize oil-in-water emulsions, particularly in low- to medium-oil-content systems such as light lotions, gels, and aqueous serums. It supports elegant skin feel, rapid absorption, and good compatibility with common actives and preservatives.


Q2: Is Emulan TO4070 suitable for use in rinse-off versus leave-on products?

A: Yes — Emulan TO4070 performs well in both rinse-off applications (e.g., cleansing milks or micellar waters) and leave-on products (e.g., moisturizing lotions), thanks to its mildness profile and ability to deliver stable, low-viscosity emulsions that rinse cleanly or absorb readily without residue.


Q3: How should Emulan TO4070 be incorporated into a formulation?

A: It is typically added to the aqueous phase at ambient to warm temperatures (up to ~45 °C) and homogenized with the oil phase under moderate shear. Pre-dilution in water or glycerin may aid dispersion. Processing temperature and shear intensity should be optimized based on the full formulation matrix.


Q4: Does Emulan TO4070 require co-emulsifiers or stabilizers in most systems?

A: In many standard emulsions, Emulan TO4070 can function effectively as a primary emulsifier without co-emulsifiers. However, for enhanced stability in challenging systems — such as those with high electrolyte content, volatile silicones, or polar oils — pairing with a secondary stabilizer (e.g., fatty alcohol or polymer) may be beneficial.


Q5: What are the key handling and storage recommendations for Emulan TO4070?

A: Store in original sealed containers at temperatures between 5 °C and 30 °C, protected from freezing and direct sunlight. Avoid prolonged exposure to elevated temperatures (>40 °C) prior to use. Ensure good hygiene during handling to prevent microbial contamination, especially in diluted form.



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