“Closest ingredient-family evidence: ethylcellulose is used as a non-toxic, non-irritating film-forming polymer in transdermal skin films, supporting its cosmetic role as a comfortable skin film former rather than a direct biological active.”
Ethylcellulose (50 cps.)
Cosmetics
Code: 7902
film forming agent The highlight is Gives a soft, fast-drying, moderately durable film, therefore it is commonly used in products that do not require high durability. but provides skin comfort soft film make it feel natural not hardened
Ethylcellulose Acts as an Oil Thickener (Oil Gelling) or as a Film Former in any cosmetic formula with an oil composition.
Solubility data Ethylcellulose in various oils (good solubility in polar oil)
Dissolution Instructions Ethylcellulose
1. Add Ethylcellulose to the oil and blend until dispersed.
2. Heat the oil to 70-85 degrees until the ethylcellulose dissolves clear.
3. Turn off the heat when it cools down. will thicken
distribution company Ethylcellulose variety of thickness which is suitable for different applications
1. Ethylcellulose7cps. Low density, suitable as a film former
2. Ethylcellulose 20cps. Low density, suitable as a film former
3. Ethylcellulose 50cps. medium thickness Suitable as a film former and thickening.
4. Ethylcellulose 100cps. High viscosity, suitable for serving as a thickening agent (gelling agent / thickener).
Use: Can be used in all formulations of cosmetic products
Mixing method: mix in the oil can withstand heat
Usage rate: 0.5-20% (choose to suit the desired thickness and film formation level)
Product characteristics: white/light powder
Solubility: It can dissolve in polar oil and ethanol by using temperature of 70-85 degree to dissolve.
INCI Name : Ethylcellulose
- Room (25-40C)
- 24 Months from manufacturing or testing date.
- 0.10% - 10.00%
- 0.00%
- Add into oil phase. Heat tolerant.
- Heat Tolerant
- 0.00 - 0.00
- Soluble in Oil, Soluble in Ethanol
- -
| Test Name | Specification |
|---|---|
| Appearance | White granule or powder. Odorless and tasteless |
| Identification | Conforms |
| Viscosity (mpa.s.) | 45.0-55.0 |
| Loss on drying (%) | 3 Max |
| Burning residue (%) | 0.4 Max |
| Heavy Metals (ppm) | 20 Max |
| Acetaldehyde (%) | 0.01 Max |
| Chloride (%) | 0.1 Max |
| Ethoxyl Content (%) | 44.0-51.0 |
“Ingredient-family evidence: topical film-forming systems can improve skin product performance by forming a uniform film, supporting continuous release, reducing irritation risk, and helping moisture control; this supports ethylcellulose as a functional skin-feel/protective film former, not a stand-alone active.”
“Ingredient-family evidence: spray film-forming systems can create topical films useful for wounds and skin diseases by prolonging residence time of actives and acting as a protective in-situ layer; benefit is from the film system, not ethylcellulose alone.”
“Closest ethylcellulose topical-carrier evidence: ethylcellulose microsponge gel increased stratum-corneum retention of a topical active versus commercial cream, supporting use as a delivery/skin-retention polymer rather than a direct skin-benefit active.”
“Closest ethylcellulose topical-carrier evidence: ethylcellulose nanosponges improved dermal availability, sustained release, preferential skin retention, and wound-healing performance of simvastatin in a rat full-thickness wound model; benefit depends on the loaded active and nanosponge system.”
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