| Trade name | Sunsafe- T1201CT |
| CAS No. | 13463-67-7; 1343-98-2; 21645-51-2; 68037-59-2 |
| INCI Name | Titanium dioxide (and) Silica (and) Stearic acid |
| Application | Sunscreen spray, sunscreen cream, sunscreen stick |
| Package | 12.5kgs net per fiber carton |
| Appearance | White powder solid |
| TiO2 content | 84% min |
| Particle size | 110-130nm |
| Solubility | Hydrophobic |
| Function | UV A+B filter |
| Shelf life | 2 years |
| Storage | Keep container tightly closed and in a cool place. Keep away from heat. |
| Dosage | 2~15% |
Application
Sunsafe-T microfine titanium dioxide blocks UV rays by scattering, reflecting, and chemically absorbing the incoming radiation. It can successfully scatter UVA and UVB radiation from 290 nm up to around 370 nm while allowing longer wavelengths (visible) to pass through.
Sunsafe-T microfine titanium dioxide offers formulators a great deal of flexibility. It is a highly stable ingredient that does not degrade, and it provides synergy with organic filters.
Specially processed micronized titanium dioxide, prevents particle agglomeration and sedimentation, effectively enhances the affinity and compatibility of titanium dioxide in oil phase systems, thereby reducing the amount of oil used and minimizing the greasy feel in formulations. Easily creates a lightweight and breathable sensation.
(1) Daily Care
Protection against harmful UVB radiation
Protection against UVA radiation which has been shown to increase premature skin-aging, including wrinkles and loss of elasticity Allows transparent and elegant daily care formulations
(2) Color Cosmetics
Protection against broad-spectrum UV radiation without compromising cosmetic elegance
Provides excellent transparency, and thus does not effect the color shade
(3) SPF Booster (all applications)
Small amount of Sunsafe-T is sufficient to boost the overall efficacy of sun protection products
Sunsafe-T increases the optical path length and thus enhances efficiency of organic absorbers – the total percentage of sunscreen can be reduced
