C.I. 77492
What is C.I. 77492?
C.I. 77492 is a synthetic inorganic pigment known as yellow iron oxide or ferric oxide yellow, with the chemical composition primarily iron (III) oxide hydrate (FeO(OH)). It originates from controlled high-temperature calcination of iron salts, ensuring purity for cosmetic use. Commonly found in makeup products like foundations, blushes, and eyeshadows, it functions as a colorant by dispersing evenly to deliver opaque yellow tones. Its particulate nature allows for blendable coverage without bleeding, and it offers excellent lightfastness and chemical stability, resisting degradation from formulation ingredients or environmental factors. This makes it ideal for long-wear applications across various product textures.
Benefits
Imparts consistent yellow hues for natural-looking makeup finishes.
Provides stability against light and oxidation for durable color.
Offers broad compatibility in formulations without reacting with other components.
Who It's For
A quick guide for who this ingredient may suit (and who should be cautious).
| Who May Benefit | Who Should Avoid |
|---|---|
| Individuals seeking reliable pigmentation in daily makeup routines. | Those with confirmed hypersensitivity to iron compounds. |
| People with sensitive skin preferring inert mineral colorants. | Individuals experiencing rare contact dermatitis from metal pigments. |
| Users desiring blendable, non-fading shades in foundations or concealers. | People preferring completely colorless skincare products. |
Safety Notes
- Regarded as safe for cosmetic use by regulatory bodies when properly purified.
- Low potential for skin penetration due to its insoluble particulate form.
Frequently Asked Questions about C.I. 77492
What is C.I. 77492 used for in cosmetics?
It serves as a yellow pigment in makeup to provide tint and coverage.
Is C.I. 77492 safe for sensitive skin?
Yes, it is generally well-tolerated with low irritation risk.
Does it fade over time in products?
No, its stability ensures color retention under normal conditions.