“Closest direct mica-family evidence: muscovite, biotite and phlogopite mica showed non-irritant topical behavior, favorable sensory feel and luminous finish, supporting cosmetic skin/nail appearance use rather than true biological skin treatment.”
Blue / Violet / Red / Orange 100-250 microns Mica
Cosmetics
Code: 959
Mica powder that changes color according to the reflection angle, Blue / Violet / Red / Orange, suitable for use in nail art products.
Mica powder that changes color according to the reflection angle, Blue / Violet / Red / Orange, suitable for use in nail art products.
Hint for powder size selection
Small powders (10-60 microns) suitable for smooth, less sparkling colors.
Large powders (100-250 microns) are ideal for highlighting and shimmering.
Usage: For makeup products, especially nails.
Mixing method: Mixed in all kinds of makeup products
Rate of use: 1-30%
Product characteristics: Small, lightweight powder that spreads well in the formula
Solubility: It can be dispersed in any formula with a suitable consistency.
Storage: Keep at room temperature Avoid sunlight and heat. Be at least 5 years old
INCI Name : Mica
- Room (25-40C)
- 60 Months from manufacturing or testing date.
- 0.10% - 30.00%
- 0.00%
- Mix in powder
- Avoid heat above 80C
- 0.00 - 0.00
- Dispersible in water, Dispersible in oil, Dispersible in cream or gel base, Dispersible in powder, Dispersible in silicone
- Cream, Lotion, Clear Gel, Mask, Scrub, Liquid Soap, Bar Soap (pH >7), Bar Soap (pH <7), Eye Shadow, Brush-on
“Closest direct mica-family evidence: mica minerals were evaluated for cosmetic suitability, with reported low heavy-metal risk, PII=0.00 skin irritation score, adhesion and luminous finish; benefit scope is cosmetic appearance/sensory performance.”
“Related silicate-family evidence: cosmetic silicates used as absorbents, abrasives and bulking agents were considered safe when formulated to be non-irritating; this supports inert cosmetic skin-contact use, not therapeutic skin benefit.”
“Related pearlescent mica pigment evidence: TiO2-coated mica pearlescent pigments are characterized as mica platelets coated with titanium dioxide/iron oxides, supporting optical color-travel/pearlescent appearance benefits rather than biological skin benefits.”
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