“Closest ingredient-family evidence: iron oxide/titanium dioxide pigmented formulations, relevant to red pearlescent mica coatings, significantly protected Fitzpatrick IV skin from visible-light-induced pigmentation.”
Red White Sparkle Mica (Size C) (e.q. Timiron Starlight Red)
Cosmetics
Code: 364
C size powder is suitable for
mica powder C size powder is suitable for
How to mix: Mix in all kinds of makeup products.
1-100% depending on the desired color and gloss (recommend Lipstick 1-10%, Eye Shadow 15-30%, Mineral Makeup 1-5%, BB/CC Cream 1-3%)
- 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
- Cream, Lotion, Clear Gel, Mask, Scrub, Liquid Soap, Bar Soap (pH >7), Bar Soap (pH <7), Eye Shadow, Brush-on
- › CI 77019
- -
| 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 ingredient-family evidence: UV plus visible-light sunscreen reduced melasma relapse better than UV-only sunscreen, supporting benefit of pigmentary visible-light protection rather than a direct mica skin-active effect.”
“Closest ingredient-family evidence: tinted sunscreens using iron oxides and pigmentary titanium dioxide provide visible-light protection, useful for hyperpigmentation-prone skin; this supports only optical/photoprotective claims for mica-based color cosmetics.”
“Closest ingredient-family evidence: visible light can drive pigmentation and skin effects, so color pigments that reduce visible-light transmission may provide adjunct photoprotection; not direct evidence for mica as a biological active.”
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