CI 77015
What is CI 77015?
CI 77015, known as calcium antimonate, is a synthetic inorganic compound with the formula Ca2Sb2O7. Produced through chemical synthesis, it serves as a pigment in decorative cosmetics such as foundations, powders, and eyeshadows. In formulations, it functions by scattering light to deliver a bright white hue and opacifying effect, which helps mask imperfections and ensures even visual coverage. This pigment is prized for its stability across various product batches and during application, contributing to reliable aesthetic results without altering texture significantly. Commonly included in anhydrous or low-water formulations, it adheres well to skin surfaces, enhancing the overall appearance of color cosmetics.
Roles in Formulation
This ingredient serves the following purposes in cosmetic formulations:
Benefits
Delivers bright white pigmentation for enhanced product appearance.
Provides light-scattering opacity to improve coverage uniformity.
Supports batch-to-batch color consistency in formulations.
Who It's For
A quick guide for who this ingredient may suit (and who should be cautious).
| Who May Benefit | Who Should Avoid |
|---|---|
| Users of powder-based makeup seeking stable white tones. | People with known sensitivity to antimony compounds. |
| Individuals preferring inorganic pigments in color cosmetics. | Users of antimony-restricted personal care products. |
| Those applying products where even opacity is desired. | Those preferring entirely antimony-free formulations. |
Safety Notes
- Recognized as safe for cosmetic use by regulatory bodies when used within guidelines.
- Exhibits low skin absorption as an insoluble pigment.
Frequently Asked Questions about CI 77015
What is CI 77015 used for in cosmetics?
It acts as a white colorant and opacifier in makeup products like powders and foundations.
Is CI 77015 safe for skin?
Regulatory reviews support its safety in approved cosmetic applications with low hazard profile.
Does CI 77015 clog pores?
It carries a non-comedogenic rating, suitable for pore-friendly formulations.