“Closest evidence: pearlescent effect pigments in cream can increase perceived skin radiance through modeled gloss-map changes; applicable to mica-based shimmer/glitter pigments.”
Gold White Glitter Mica (Size B) (e.q. Timiron Super Gold)
Cosmetics
Code: 30533
mica powder Size B is suitable for adding shine and sparkle.
Size B is suitable for adding shine and sparkle.
Pearl Mica/Shimmer Mica Size Selection Instructions:
Size "A" powder particles are approximately 30 microns in size, suitable for concealing applications such as color in foundation powder. Or coloring in BB / CC Cream by the gloss or light reflection of the pearl powder is low. look natural
Use: For Makeup products act as pigments. with a built-in luster
How to mix:
Utilization rate:
Product characteristics: Small particles, light weight, easily dispersed in the formulation.
Solubility: Can be dispersed in silicone and oil.
Storage: store at room temperature Avoid sunlight and heat. Aged at least 5 years
: Mica
- Room (25-40C)
- 60 Months from manufacturing or testing date.
- 0.10% - 100.00%
- 0.00%
- Mix in powder
- Heat Tolerant
- 0.00 - 0.00
- Dispersible in powder
- -
| Test Name | Specification |
|---|---|
| Appearance | Free flowing colored powder |
| Particle Size | To match standard |
| pH Value | 6-9 |
| Loss on drying (105 | 0.5% Maximum |
| Heavy metals (As) | 2ppm Maximum |
| Heavy metals (Ba) | 10ppm Maximum |
| Heavy metals (Cd) | 3ppm Maximum |
| Heavy metals (Cr) | 5ppm Maximum |
| Heavy metals (Cu) | 50ppm Maximum |
| Heavy metals (Hg) | 1ppm Maximum |
| Heavy metals (Ni) | 10ppm Maximum |
| Heavy metals (Pb) | 10ppm Maximum |
| Heavy metals (Sb) | 1ppm Maximum |
| Heavy metals (Zn) | 50ppm Maximum |
| Visual and colorimetric evaluation | Conforms |
| Microorganisms | 100CFU/g Maximum |
| Pathogens | No Pathogens |
“Closest evidence: mica-based pearlescent pigments are established cosmetic effect pigments for luster/shine; supports appearance-enhancing benefit rather than biological skin treatment.”
“Closest evidence: optical properties of cosmetic powders can create haze/opacity and soft-focus visual effects that improve perceived skin smoothness and coverage; not specific to mica.”
“Closest evidence: composite cosmetic powders containing sericite/mica-family platelets with titanium dioxide and iron oxide improved dull skin appearance and provided UV-A/UV-B optical protection in powder foundation.”
“Closest evidence: flake-like pearlescent cosmetic pigments showed low dermal irritation/inflammation markers in safety testing, supporting topical suitability rather than direct skin benefit; not mica-specific.”
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