Avobenzone is a UVA filter, but it isn’t as stable and covers a different wavelength than oxybenzone. We could all just use zinc oxide, but it’s heavy and often leaves a ghostly white cast on ...

Because it does not filter UVB rays, avobenzone is often paired with UVB filtering ingredients to give sunscreens the broad-spectrum seal — meaning the formula helps protect against both UVA and ...

Look for it with: Avobenzone. When combined with avobenzone, UVA protection of both ingredients are enhanced and stabilized. Oxybenzone, often found in broad-spectrum sunscreens, helps filter both ...

For example, methyl anthranilate doesn’t filter out enough UVA. Avobenzone is a good UVA blocker, but tends to break down in sunlight. Other ingredients can be difficult to incorporate in a ...

Avobenzone, a chemical ingredient widely used in sunscreens to protect wearers from cancer-causing ultraviolet A rays (UVA), is the likely culprit behind rusty-looking marks some consumers have ...

Key ingredients: Mexoryl SX & XL (ecamsule), Parsol 1789 (Avobenzone), titanium dioxide ... is more effective at targeting the UVA rays that many other sunscreens miss. • Pros: Mexoryl, first ...

Avobenzone is FDA approved to block UVA and UVB light, both of which can lead to age spots, wrinkles, and skin cancer (only UVB actually burns the skin). Ironically, UVA causes it to degrade ...

They don’t cover UVA rays the way titanium dioxide, zinc oxide and avobenzone products do. (Outside the U.S., most sunscreens list both UVB and UVA protection factors, but the FDA still is ...

Key ingredients: Mexoryl SX & XL (ecamsule), Parsol 1789 (Avobenzone), Titanium Dioxide ... also is more effective at targeting UVA rays that many other sunscreens miss. Pros: Mexoryl, first ...