News Letter


The more moisturizing ingredients you add, the greater the risk of pilling. Sound familiar?

Introducing EZ-Cellulose—our next-generation moisturizing solution, developed with Sunjin Beauty Science's proprietary Enzymatic Process.
EZ-Cellulose preserves the exceptional moisturizing performance of natural cellulose while overcoming the limitations of conventional formulations. The result? A smooth, non-sticky skin feel with excellent layerability and long-lasting hydration that builds from within.

Experience the next generation of hydration—without compromise.

1. Anti-Pilling & Superior Layering

Our proprietary Enzymatic Process transforms cellulose into a low-molecular-weight form, eliminating the pilling often seen with conventional cellulose. The result is smooth layering, a clear finish, and a comfortable skin feel—even after repeated application.

1. Hydroxyethyl cellulose solution: 1% hydroxyethyl cellulose
2. Cellulose solution: 1% cellulose
3. EZ-Cellulose solution: 1% cellulose

2. Weightless, Deep Hydration

Its low-molecular-weight structure absorbs quickly, delivering deep hydration without a heavy or sticky feel.
With moisturizing performance comparable to Sodium Hyaluronate (HA), it leaves skin comfortably hydrated and refreshed.

3. Skin Feel Modifier

EZ-Cellulose delivers deep hydration without the sticky or heavy after-feel often associated with rich moisturizers.
The result is a smooth, fresh finish with an elevated sensory experience.

4. Fine & Uniform Spraying

Unlike conventional moisturizers or polymeric thickeners, EZ-Cellulose enables a fine, uniform spray without jetting or nozzle clogging.
Its low-molecular-weight structure creates a soft, mist-like spray pattern for an enhanced application experience.

5. Smart Prebiotic Care

Beyond hydration, the low-molecular-weight cello-oligosaccharides (COS) act as prebiotics that help nourish beneficial skin microorganisms. Support a healthier, more balanced skin ecosystem with every application.

Supported by research on the beneficial effects of cello-oligosaccharides (COS) on skin and human microbiota.

• -Xueqing Liu, Kevin K.Y. Hu, Victoria S. Haritos, Food Chemistry, "Enzymatic production of cello-oligosaccharides with potential human prebiotic activity and release of polyphenols from grape marc", 2022
• -Kiyohiko Igarashi, Masahiro Samejima, et al., Journal of Bioscience and Bioengineering, "Utilization of cello-oligosaccharides by lactic acid bacteria and their prebiotic potential", 2011
• -M. R. Robert, S. J. Kim, et al., International Journal of Cosmetic Science, "Prebiotic evaluation of low molecular weight cello-oligosaccharides on skin microbiota balance", 2022

[Technical Q&A] EZ-Cellulose: Your Formulation Questions, Answered

Here are the questions we hear most often from formulators.

Q1. What is the recommended use level?
A: A typical use level is 3–5% for essences and serums. Formulation Tip: Blend with Sodium Hyaluronate (HA) at a 1:1 ratio to reduce tackiness while enhancing long-lasting hydration.

Q2. Does EZ-Cellulose increase viscosity like conventional cellulose?
A: No. Thanks to its low-molecular-weight structure , EZ-Cellulose does not cause the significant viscosity increase typically associated with conventional cellulose.
Formulation Tip: Adjust viscosity with thickeners such as Carbomer or Xanthan Gum, and use EZ-Cellulose to enhance hydration and skin feel.

Q3. Are there any processing limitations, such as pH or temperature?
A: EZ-Cellulose is highly stable across pH 3.0 ~ 10.0 and remains stable during heating above 80°C.
Formulation Tip: It can be added at any stage of the water phase, but pre-dispersing it in water before heating is recommended for optimal dispersion.

Q4. Is it suitable for natural-origin and clean beauty formulations?
A: Yes. EZ-Cellulose is derived from plant-based cellulose using an eco-friendly enzymatic process without chemical crosslinkers. It is compatible with ISO 16128 Natural Origin Index requirements and offers excellent biodegradability.


EZ-Cellulose goes beyond conventional hydration. It helps create a smooth, breathable Glass Skin finish—even in high-moisture formulations—while overcoming the limitations of conventional cellulose.

Request a sample and TDS today to experience the difference.