Anessa sunscreen is a hybrid, meaning it uses both mineral and chemical UV filters in the same formula. The flagship product, Anessa Perfect UV Sunscreen Skincare Milk, contains zinc oxide (10.35%) and titanium dioxide as its mineral filters alongside several chemical filters like octocrylene and homosalate. This combination is what gives Anessa its high SPF50+ PA++++ rating while maintaining broad-spectrum protection.
What “Hybrid” Means for Your Skin
Mineral sunscreens use zinc oxide and titanium dioxide to physically scatter UV rays. Chemical sunscreens use synthetic filters that absorb UV energy and convert it to heat. Anessa uses both approaches at once. The mineral filters provide a stable, broad base of protection, particularly zinc oxide, which covers UVB, UVA II, and UVA I nearly uniformly. The chemical filters fill in gaps and boost the overall SPF without requiring a thick, chalky layer of minerals alone.
The Skincare Milk formula contains nine total UV filters: two mineral and seven chemical. That heavy lean toward chemical filters is part of why the texture feels lighter than a pure mineral sunscreen, but the presence of zinc oxide and titanium dioxide still influences the product’s feel and finish on skin.
The Sensitive Skin Version Is Also Hybrid
If you assumed the Anessa Mild Milk for sensitive skin would be fully mineral, it’s not. The 2024 formulation contains titanium dioxide and zinc oxide alongside three chemical filters. It uses fewer total filters than the standard Skincare Milk, but it still qualifies as a hybrid. No current Anessa product in the main lineup is purely mineral or purely chemical.
White Cast Is a Real Concern
Because Anessa contains both zinc oxide and titanium dioxide, it can leave a white cast. This is inherent to mineral filters: the particles are literally white and opaque, which is how they block UV light. The effect varies by skin tone, but it’s widely reported across a broad range of complexions. People with medium, olive, and dark skin tones consistently notice it, and even some lighter-skinned users describe a chalky finish when they apply generously.
If you have deeper skin, this is worth knowing before you buy. Hybrid formulas generally leave less white cast than fully mineral sunscreens, but they don’t eliminate it. Applying a thinner layer reduces the cast but also reduces protection, which defeats the purpose.
Reef-Related Filters
Anessa’s current formulations do not contain oxybenzone or octinoxate, the two chemical filters most commonly flagged for coral reef damage and banned in places like Hawaii and Palau. If avoiding those specific ingredients is a priority for you, Anessa’s hybrid approach sidesteps them. The chemical filters it does use (octocrylene, homosalate, and several newer-generation filters) are not currently subject to the same bans, though the science on their environmental effects is still evolving.
How the Formula Responds to Sweat and Heat
One reason Anessa has a strong reputation for water resistance is Shiseido’s proprietary film technology. Developed in 2014, it causes the UV-protective film to actually strengthen when it contacts water or sweat, rather than breaking down. A second-generation version introduced in 2019 does the same in response to heat from sun exposure. This is part of why the formula feels so resilient during outdoor activity, and it’s also why removal takes some effort.
Removing Anessa at the End of the Day
The combination of water-resistant film technology and mineral filters makes Anessa harder to wash off than a lightweight chemical sunscreen. Shiseido says a regular facial cleanser should work, but in practice, many people find that a single pass with a foaming cleanser isn’t enough. You may need to cleanse twice with a water-based product, scrubbing more than feels comfortable.
An oil-based first cleanse is the easier route. Oil dissolves the water-resistant film more effectively, and you follow it with your normal cleanser to remove the oil residue. If you wear Anessa under makeup, double cleansing is especially worthwhile since you’re removing multiple water-resistant layers at once.