Specific UVB and UVA radiation wavelengths are absorbed by the PARSOL class of sunscreen chemicals, reducing skin photodamage. The most popular UVA ray absorber is Parsol 1789, also known as avobenzone. The component is frequently combined with other UVB light filters in broad-spectrum sunscreens. To learn more about the importance of PARSOL in skin care, read this article.
What is PARASOL?
The broad UVA–UVB absorption curve of the inorganic UV filter PARSOL extends into the blue light spectrum. It provides excellent SPF, UVA and blue light protection, superb transparency, and low viscosity when tested in various emollients because of its balanced blend of nano and non-nano particles. As a result, dispersibility is not compromised even at high use levels. They are crucial components of the natural sunscreens that consumers today want.
Since PARSOL is an oil-soluble solid, it is important to choose an appropriate solvent in adequate quantities to prevent PARSOL from recrystallizing while being stored. PARSOL should be adequately photostabilized for maximum utilisation and good performance.
Why is it used in sun protectants?
Some of Parasol’s characteristics include anti-ageing, antioxidant capabilities, colour protection, compatibility, conditioning, and blue light protection.
Additionally, it possesses good colour retention, good transparency, a light, non-oily feel, photo-ageing protection, photostability, SPF enhancement, sensory enhancement, skin protection, skin whitening, and sun protection properties.
