Nano Emulsification & Dispersion Technology
Core Manufacturing Process Technology
Emulsification & Dispersion
Emulsification & Dispersion
Emulsification and dispersion technology is a core manufacturing process technology
used to uniformly mix immiscible substances such as water and oil.
Applicable Field
Chemistry
Applicable Field
Cosmetics
Applicable Field
Bio
Applicable Field
Pharmaceuticals
Applicable Field
Secondary Battery
FUST Lab Solves the Limitations
of Conventional Methods
of Conventional Methods
Conventional emulsification and dispersion equipment requires large amounts of surfactants.
However, FUST Lab’s ultrasonic-based system, “DEBREX,” enables stable and precise
nano-scale emulsification and dispersion without surfactants.
This technology reduces harmful chemical additives, ensuring human safety and enabling environmentally friendly material production.
This technology reduces harmful chemical additives, ensuring human safety and enabling environmentally friendly material production.
Active Ingredients
60%
Surfactant
40%
Use of Surfactants
Due to technical limitations, conventional equipment relies on surfactants
for emulsification and dispersion. In some cases, surfactants account for
more than 40% of the final product formulation.
Active Ingredients
100%
DEBREX Emulsification & Dispersion
FUST Lab’s DEBREX enables highly stable and precise nano-scale emulsification
and dispersion without surfactants, eliminating harmful chemical additives
to ensure human safety and reduce environmental pollution.
Cosmetic Application Data
A Company That Changes the World Through Technology,
FUST Lab
FUST Lab
Surfactant-free Squalane
Surfactant-free Retinol
Surfactant-free Retinyl
Surfactant-free Cosmetic (Squalane)
Squalane Oil-Based Skincare – No Emulsifier
Squalane has a structure similar to human sebum and provides excellent
moisturizing and skin barrier reinforcement properties.
Recently, it has gained renewed attention in clean beauty and sensitive skin care trends.
Recently, it has gained renewed attention in clean beauty and sensitive skin care trends.
DEBREX enables the development of squalane oil-based cosmetic formulations without emulsifiers.
Squalane Oil 5 wt% Emulsion
Stability Test: Confirmed stability at 45 °C
2-Week Preservative Efficacy Test
Passed all preservative efficacy tests for emulsifier-free cosmetic formulations
| Microorganism | Squalane Concentration | Initial Count (CFU/mL) | Week 1 Count | Week 2 Count |
|---|---|---|---|---|
| Bacteria | 5% | 1.00×10⁶ | 0 | 0 |
| Yeast | 5% | 1.00×10⁶ | 0 | 0 |
| Mold | 5% | 1.00×10⁶ | 0 | 0 |
Surfactant-free Cosmetic (Retinol)
Retinol Skincare – No Emulsifier
Retinol 2 wt% + Complex Oil 8 wt% Emulsion
Stability Test: Stable at 25 °C (Room Temperature)
Retinol 2 wt% + Complex Oil 8 wt% Emulsion
Stability Test: Stable at 45 °C
Surfactant-free Cosmetic (Retinyl)
Retinyl Skincare – No Emulsifier
Retinyl Propionate 0.3 wt% + Complex Oil 9.7 wt% Emulsion
Stability Test: Stable at 25 °C (Room Temperature)
Retinol 2 wt% + Complex Oil 8 wt% Emulsion
Stability Test: Stable at 45 °C
