Which Tinted Sunscreens Contain Iron Oxide? 42 Labels Checked
Last updated November 9, 2026
Iron oxides on a label show the visible-light pigment is in the formula, not how much of it — labels do not give the amount, and a small 2026 study found not every iron-oxide sunscreen it tested significantly outperformed a zinc-only one against visible-light-induced redness and pigmentation.
Iron oxides are the pigments that give a tinted sunscreen its protection against visible light, and they are the one ingredient to confirm before buying one for melasma or other hyperpigmentation. Every sunscreen below names iron oxides in its ingredient list. We read the first 22 labels on 28 September 2026 and 20 more on 9 November 2026 — the FDA-filed label on DailyMed where we found one, and the ingredient panel on the product's Amazon US listing — and every product was available on Amazon US on the day we read it.
| SPF | Product | UV filters | Iron oxides | Tint |
|---|---|---|---|---|
| 50 | Colorescience Total Protection Face Shield Flex (link opens Medium) | Mineral — zinc oxide | Yes — CI 77491, 77492, 77499 | 6 shades, Fair to Rich Deep |
| 50 | EltaMD UV AOX Elements | Mineral — zinc oxide + titanium dioxide | Yes — listed as "iron oxides" | Medium coverage |
| 50 | ISDIN Eryfotona Ageless Tinted | Mineral — zinc oxide | Yes — listed as "iron oxides" | Versatile tint |
| 50 | CoTZ Flawless Complexion | Mineral — zinc oxide | Yes — listed as "iron oxides" | Lightly tinted, sheer |
| 50 | La Roche-Posay Anthelios Mineral Tinted Light Fluid (link opens the Light shade) | Mineral — titanium dioxide | Yes — listed as "iron oxides" | Light, Medium, Medium/Deep, Deep (the listing title says five); Medium, Medium/Deep and Deep are sold as SPF 40 |
| 50 | Avène Tinted Mineral Multi-Defense Fluid | Mineral — zinc oxide | Yes — listed as "iron oxides" | Not stated on the listing |
| 50 | Avène Mineral Tinted Compact (link opens Honey) | Mineral — titanium dioxide + zinc oxide | Yes — CI 77491, 77492, 77499 | 2 shades: Beige, Honey |
| 50 | Australian Gold Tinted Mineral Face (link opens Rich to Deep) | Mineral — titanium dioxide + zinc oxide | Yes — listed as "iron oxides" | 3 tints: Fair to Light, Medium to Tan, Rich to Deep |
| 50 | MDSolarSciences Mineral BB Crème (link opens Medium) | Mineral — titanium dioxide + zinc oxide | Yes — CI 77491, 77492, 77499 | 4 shades: Light, Medium, Dark, Deep Brown |
| 50 | e.l.f. Halo Glow Skin Tint (link opens shade 12 Tan Cool) | Mineral — zinc oxide | Yes — CI 77491, 77492, 77499 (listed under "may contain") | 18 shades |
| 41 | EltaMD UV Physical | Mineral — zinc oxide + titanium dioxide | Yes — listed as "iron oxides" | Fair to medium |
| 40 | Badger Tinted Mineral Face | Mineral — zinc oxide | Yes — listed as "iron oxides" | Sheer-matte warm finish |
| 40 | Cetaphil Tinted Mineral Face | Mineral — titanium dioxide + zinc oxide | Yes — listed as "iron oxides" | Variety of skin tones; redness-neutralizing |
| 40 | Supergoop! Mineral Mattescreen (link opens Sunrise (tinted); the listing also sells an untinted version without iron oxides) | Mineral — titanium dioxide + zinc oxide | Yes — listed under "may contain" | 3 tinted shades (plus 1 untinted) |
| 40 | TiZO3 Tinted Facial Mineral | Mineral — titanium dioxide + zinc oxide | Yes — CI 77491 | Sheer tint |
| 40 | ILIA Super Serum Skin Tint (link opens shade ST5 Bom Bom) | Mineral — zinc oxide | Yes — CI 77491, 77492, 77499 (listed under "may contain") | 28 shades on the listing (brand says 30) |
| 36 | ALASTIN HydraTint Pro Mineral | Mineral — titanium dioxide + zinc oxide | Yes — CI 77491, 77492, 77499 | Not stated on the listing |
| 35 | Eucerin Sun Tinted Mineral Face | Mineral — zinc oxide | Yes — listed as "iron oxides" | Blends into all skin tones |
| 35 | Saie Slip Tint (link opens Shade 03) | Mineral — zinc oxide | Yes — listed as "iron oxides" on Amazon; the FDA label lists CI 77491, 77492, 77499 under "may contain" | 14 shades on the listing |
| 30 | CeraVe Hydrating Mineral Sunscreen Sheer Tint (link opens the Medium shade) | Mineral — titanium dioxide + zinc oxide | Yes — listed as "iron oxides" | 3 shades |
| 30 | Neutrogena Purescreen+ Mineral Tinted (link opens the Medium shade) | Mineral — titanium dioxide + zinc oxide | Yes — listed as "iron oxides" | 4 shades, neutral undertones |
| 30 | MDSolarSciences Mineral Tinted Crème | Mineral — titanium dioxide + zinc oxide | Yes — CI 77491, 77492, 77499 (listed under "may contain") | Universal |
| 30 | Sun Bum Mineral Tinted Face | Mineral — titanium dioxide + zinc oxide | Yes — listed as "iron oxides" | Matte primer finish |
| 30 | Tower 28 SunnyDays Tinted Sunscreen (link opens shade 10 Larchmont) | Mineral — zinc oxide | Yes — CI 77491, 77492, 77499 (listed under "may contain") | 11 shades on the listing; light to medium coverage |
| 30 | bareMinerals Complexion Rescue Tinted Moisturizer (link opens Bamboo 5.5) | Mineral — titanium dioxide | Yes — CI 77491, 77492, 77499 (listed under "may contain") | 20 shades on the listing |
| 30 | Thinkdaily Tinted Sunscreen for Face | Mineral — zinc oxide | Yes — listed as "iron oxides" | Not stated on the listing |
| 30 | Paula's Choice RESIST Super-Light Daily Wrinkle Defense | Mineral — zinc oxide | Yes — CI 77491, 77492, 77499 | Tinted matte |
| 30 | Suntegrity 5 in 1 Mineral Tinted (link opens the Medium shade) | Mineral — zinc oxide | Yes — CI 77491, 77492, 77499 | 4 shades: Fair, Light, Medium, Golden Light |
| 30 | COVERGIRL Clean Fresh Blurring Skin Tint (link opens shade 460 Deep Warm) | Mineral — zinc oxide | Yes — CI 77491, 77492, 77499 (listed under "may contain") | 14 shades |
| 30 | TruSkin Tinted Mineral Sunscreen Serum | Mineral — zinc oxide | Yes — CI 77491, 77492, 77499 (listed under "may contain") | Sheer beige |
| 50 | Supergoop! Protec(tint) Daily SPF Tint (link opens shade 26W) | Hybrid — zinc oxide + homosalate + octisalate | Yes — CI 77491, 77492, 77499 (listed under "may contain") | 11 shades on the listing (brand says 14) |
| 50 | Obagi Sun Shield Tint (link opens Warm) | Hybrid — homosalate + octinoxate + titanium dioxide + zinc oxide | Yes — listed as "iron oxides" | 2 shades: Warm, Cool |
| 46 | DRMTLGY Universal Tinted Moisturizer | Hybrid — zinc oxide + octinoxate | Yes — CI 77491, 77492, 77499 | Universal |
| 46 | EltaMD UV Clear Tinted (link opens Tinted, 1.7 oz) | Hybrid — zinc oxide + octinoxate | Yes — listed as "iron oxides" | Tinted and Deep Tinted |
| 45 | Revision Intellishade Original | Hybrid — octinoxate + octisalate + titanium dioxide + zinc oxide | Yes — CI 77491, 77492, 77499 | Sheer universal |
| 40 | EltaMD UV Daily Tinted (link opens Tinted, 1.7 oz) | Hybrid — zinc oxide + octinoxate | Yes — listed as "iron oxides" | Tinted and Deep Tint |
| 40 | Dr.Jart+ Premium Beauty Balm (link opens Light Medium-Medium, Original Formulation; the New Formulation on the same listing is labelled SPF 30) | Hybrid — octinoxate + octisalate + titanium dioxide + zinc oxide | Yes — CI 77491, 77492, 77499 | 8 shades |
| 50 | Eucerin Sun Age Defense Tinted Face | Organic — avobenzone + homosalate + octisalate + octocrylene | Yes — listed as "iron oxides" | Universal |
| 50 | Cetaphil Tinted Daily Facial Moisturizer | Organic — homosalate + octocrylene + octisalate + avobenzone | Yes — listed as "iron oxides" | Variety of skin tones |
| 50 | Naturium Dew-Glow Tinted Moisturizer (link opens Medium) | Organic — homosalate + octisalate + avobenzone | Yes — CI 77491, 77492, 77499 (listed under "may contain") | 3 shades: Light, Medium, Deep |
| 45 | Peter Thomas Roth Water Drench Sheer Tint | Organic — avobenzone + homosalate + octisalate + octocrylene | Yes — CI 77491, 77492, 77499 | Tone-evening tint for all skin tones |
| 40 | Supergoop! Glowscreen (link opens Sunrise, 0.68 fl oz) | Organic — avobenzone + homosalate + octisalate + octocrylene | Yes — listed as "iron oxides" | 4 shades: Sunrise, Golden Hour, Dawn, Sunset |
Where to start
We know of no study that compares these 42 products head to head. The randomized melasma trial below tested one tinted sunscreen against one untinted one, and a 2026 study found that not every iron-oxide formula it tested beat a zinc-only one against visible light, so the trial evidence does not identify a best product. What a label does settle is SPF, filter type and shade range. These are starting points by need, built on those label facts alone; each product is in the table above with the same details.
- Mineral only at SPF 50, with a shade range. Colorescience Total Protection Face Shield Flex is zinc oxide only in six shades from Fair to Rich Deep. e.l.f. Halo Glow Skin Tint SPF 50 is zinc oxide only in 18 shades.
- The widest shade range. ILIA Super Serum Skin Tint SPF 40 is zinc oxide only in 28 shades on its Amazon listing, and is sold as a skin tint.
- Shades named for deep skin. MDSolarSciences Mineral BB Crème SPF 50 (titanium dioxide and zinc oxide) runs Light, Medium, Dark and Deep Brown. Australian Gold Tinted Mineral Face SPF 50 (titanium dioxide and zinc oxide) comes in three tints, the darkest named Rich to Deep.
- A tinted moisturizer. bareMinerals Complexion Rescue Tinted Moisturizer SPF 30 is titanium dioxide only in 20 shades. Naturium Dew-Glow Tinted Moisturizer SPF 50 uses chemical filters (homosalate, octisalate, avobenzone) in three shades, Light to Deep.
- A drugstore mineral tint. CeraVe Hydrating Mineral Sunscreen Sheer Tint SPF 30 and Neutrogena Purescreen+ Mineral Tinted SPF 30 both pair titanium dioxide with zinc oxide, in three and four shades.
How to read the table. "UV filters" gives the active ingredients from the label, classed as mineral (zinc oxide, titanium dioxide), organic (chemical filters) or hybrid (both). "Iron oxides" gives them the way the label prints them: by name, or by colour index number (CI 77491 red, CI 77492 yellow, CI 77499 black). "May contain" means the brand lists its pigments across a shade range, so a single shade may carry only some of them. "Tint" is the brand's own description of its shade range. No label here states how much iron oxide it contains, and no brand is required to.
What an iron oxide on the label does not prove
The label proves presence, not performance. How much pigment a formula holds, and which of the three iron oxides are in it, decide how much visible light gets through — and neither is on the box. Two 2026 papers put numbers on that gap.
Not every iron-oxide formula performed
A 2026 study tested a new zinc-based tinted mineral sunscreen with five added antioxidants against several tinted and untinted mineral sunscreens already on sale, in twelve adults with Fitzpatrick skin types IV to VI. Skin was irradiated with visible light plus long-wavelength UVA1, and redness and pigmentation were read by diffuse reflectance spectroscopy, photography and investigator scoring. The new formula reduced immediate redness and pigmentation, and delayed pigmentation, compared with zinc-oxide-only formulas. But not all of the tinted, iron-oxide formulas significantly reduced the redness and pigmentation compared with the zinc-only formula.
Two caveats belong with that. It is a twelve-person study built around one new product, and the abstract does not name the marketed sunscreens it compared. And all three authors work for Beiersdorf Inc — the labeler, on its FDA filings, of the Eucerin sunscreens, two of which appear in the table above. We have read the abstract only; the full paper is paywalled.
Reference: Ruvolo E, Mortillo S, Yousefian O. Enhancing Photoprotection: Assessing Visible Light Photoprotection in Tinted Inorganic Sunscreens. Photodermatology, Photoimmunology & Photomedicine. 2026;42(4):e70104. doi:10.1111/phpp.70104.
37 tinted sunscreens, no disclosed amounts
A 2026 product analysis in the Journal of Drugs in Dermatology reviewed 37 tinted sunscreens from 31 brands, chosen from beauty-press and dermatologist recommendations for skin of colour. None of the brands reported its iron oxide percentage publicly, and 36 of the 37 products did not list iron oxide as an active ingredient. The authors then contacted every brand: 24 replied, and only three disclosed a percentage — the rest declined, citing proprietary formulation or internal policy. Six brands claimed their product protected against visible, blue or high-energy visible light, and only one described any testing behind the claim.
The authors' conclusion is the practical one: until reporting improves, patients with hyperpigmentation should look for a sunscreen with zinc oxide and iron oxides, even when the iron oxide details are not given. They also note that because iron oxides are not UV filters, the FDA does not recognize them as a photoprotective active ingredient. The authors declare no conflicts of interest.
Reference: Doan V, Rustad AM, Akuamoah J, Sulejmani P, Tran JM, Krueger L. Iron Oxides in Tinted Sunscreen for Hyperpigmentation: A Product Analysis and Literature Review. Journal of Drugs in Dermatology. 2026;25(5):440-443. doi:10.36849/JDD.9919.
Why the tint is worth having
Visible light, roughly 400 to 700nm, lies past the ultraviolet range that SPF and broad-spectrum testing measure, and it worsens pigmentary conditions such as melasma. A 2025 review of tinted sunscreens concluded that they outperform untinted ones against visible-light damage and melasma relapse, and that their use is held back by the lack of standard guidelines and evaluation metrics and by shade ranges too narrow for skin of colour.
Reference: He M, Chen X, Jin S, Zhang C. Visible Light Protection: An Updated Review of Tinted Sunscreens. Photodermatology, Photoimmunology & Photomedicine. 2025;41(4):e70033. doi:10.1111/phpp.70033.
The randomized trial behind the tint
The strongest direct test is a 2025 randomized, investigator-blinded trial in Southern France: 42 women with melasma (41 completed) used either a tinted SPF 50+ with iron oxides and pigmentary titanium dioxide or an untinted SPF 50+ with similar UV protection, at least twice daily for five months over the summer. After five months, the differences between melasma and the surrounding skin in lightness, pigmentation and colour contrast were significantly reduced in the tinted group and not in the untinted group. Clinical severity scores improved in both groups with no significant difference between them, so daily high-SPF use did much of the work. The study was funded by NAOS, maker of the tinted product tested, and three of its six authors are or were NAOS employees. The full trial is set out in our tinted sunscreen for melasma guide.
Reference: Polena H, Queille-Roussel C, Graizeau C, Duteil L, Sayag M, Passeron T. Comparison of Visible Light-Protective Tinted Sunscreen to Untinted Sunscreen to Protect Melasma Patients During Summer: A Prospective Randomized Investigator-Blinded Study. Journal of Cosmetic Dermatology. 2025;24(10):e70450. doi:10.1111/jocd.70450.
Mineral, hybrid or chemical underneath the tint
Iron oxides are pigments, not UV filters, so the filter type is a separate choice. On our own pages we rate avobenzone, homosalate, octisalate, octocrylene and octinoxate 2 out of 5, and the hybrid and chemical products here use them; no product in this list has oxybenzone among its actives. Thirty of the 42 products above are all-mineral, seven are hybrids that pair zinc oxide, alone or with titanium dioxide, with chemical filters, and five use chemical filters only. If you want a mineral base, most of this list is mineral; if you prefer the feel of a chemical sunscreen, the tint is available there too. Our ingredient decoder sorts any pasted label the same way and flags the iron oxides as pigment rather than UV cover.
Keep the SPF at 30 or above. The randomized trial above used SPF 50+ on both arms, and both arms improved on clinical severity. The tint is an addition to broad-spectrum UV protection, never a substitute for it.
How we checked
We started from the tinted sunscreens that come up most on Amazon US searches for tinted and iron-oxide sunscreen, and in November 2026 added the well-known tinted sunscreens and skin tints with SPF that were still missing. We kept only products whose ingredient list names iron oxides, and read each list at the source: the FDA-filed label on DailyMed, the Amazon US ingredient panel, or both. The filter type comes from the active ingredients only. Where the two sources differed on a detail we did not print it. Where a product's label could not be matched to the listing we would link to, we left the product out. Among those: a CC cream whose actives change from mineral to chemical across its shades, a tinted sunscreen whose Amazon panel and FDA label name different mineral filters, one labeled SPF 20, and several whose listings carry no ingredient list at all. Prices are left off on purpose — they change daily.
For what iron oxides are and how they sit alongside zinc oxide and titanium dioxide, see the iron oxide page.
Our Verdict: 4/5
Iron oxides are the ingredient that turns a tinted sunscreen into a visible-light sunscreen, and they are easy to confirm: every product in this list names them in its inactive ingredients. What the label cannot tell you is how much pigment the formula holds. A 2026 product analysis of 37 tinted sunscreens found no brand publicly reporting its iron oxide percentage, and a small 2026 study found that not every iron-oxide formula it tested significantly outperformed a zinc-only sunscreen against visible-light-induced redness and pigmentation. Treat iron oxides on the label as the entry requirement, then choose on SPF, filter type and a shade you will wear every day.
Pros
- Iron oxides are checkable on any label, under their own name or as CI 77491, 77492 and 77499
- Available at SPF 30 to 50 across mineral, hybrid and chemical formulas
- The tint cancels the white cast that keeps many people from wearing mineral sunscreen
- In a randomized melasma trial, only the tinted arm evened out the contrast between lesion and surrounding skin
Cons
- No label discloses how much iron oxide it contains
- Not every iron-oxide formula tested has shown a significant visible-light benefit
- The iron oxides add nothing to the SPF number
- Shade ranges run from one universal tint to 28 shades, and many products offer three or fewer
Recommended: CeraVe Hydrating Mineral Sunscreen SPF 30 Sheer Tint — a zinc oxide and titanium dioxide sunscreen that names iron oxides on its label, in three shades
Frequently Asked Questions
How do I find iron oxide on a sunscreen label?
Look in the inactive ingredients, never the actives. Iron oxides appear either as "iron oxides" or by colour index number: CI 77491 is red iron oxide, CI 77492 yellow and CI 77499 black. A label may give one, two or all three. Brands that sell several shades often list their pigments under "may contain", because the pigment mix can change from shade to shade.
Why is iron oxide never listed as an active ingredient?
Because in the US it is not a sunscreen active. Iron oxides do not filter the ultraviolet radiation that SPF measures, so the FDA does not recognize them as a photoprotective active, and they sit among the inactive ingredients as pigment. A 2026 product analysis found that 36 of the 37 tinted sunscreens it reviewed did not list iron oxide as an active, and argued that products claiming visible-light protection should.
Can I tell from the label how much iron oxide a sunscreen contains?
No. None of the labels in this list gives an amount, and the 2026 product analysis found no brand among the 31 it reviewed reporting an iron oxide percentage publicly. When the authors asked the brands directly, only three gave a figure; the rest declined, citing proprietary formulation. A "may contain" listing tells you nothing about amount either.
Does iron oxide raise the SPF?
No. SPF is a measure of protection against the ultraviolet radiation that causes sunburn, and iron oxides work in the visible range. A tinted SPF 30 and an untinted SPF 30 protect against sunburn equally; the tint adds visible-light protection on top.
Does a tinted chemical sunscreen with iron oxide work, or does it need to be mineral?
The iron oxides are pigments in the base, not UV filters, so they are present whatever filters sit alongside them. The table includes hybrid and chemical (organic-filter) products that list iron oxides, marked by filter type. Whether a particular formula carries enough pigment to matter is the question no label answers, mineral or not.
Which tinted sunscreen with iron oxide is best?
We know of no study that compares these products against each other. The randomized melasma trial tested one tinted sunscreen against one untinted one, and a 2026 study found that not every iron-oxide formula it tested significantly outperformed a zinc-only sunscreen against visible light, so the evidence does not identify a best product. What a label can settle is SPF, filter type and shade range: keep the SPF at 30 or above, choose mineral, hybrid or chemical filters by preference, and pick a shade you will wear daily. The "Where to start" list under the table sorts the 42 products by those needs.
Does La Roche-Posay tinted sunscreen have iron oxide?
The one we checked does. La Roche-Posay Anthelios Mineral Tinted Light Fluid lists "iron oxides" among its inactive ingredients on both its FDA-filed label and its Amazon US panel. The Light shade we link lists titanium dioxide as its only UV filter and is SPF 50; the Medium, Medium/Deep and Deep shades on the same listing are sold as SPF 40, and the Medium label adds zinc oxide. We have not checked La Roche-Posay's other tinted products.
Does CeraVe tinted sunscreen have iron oxide?
Yes. CeraVe Hydrating Mineral Sunscreen Sheer Tint SPF 30 lists "iron oxides" among its inactive ingredients on its Amazon US panel and on the FDA-filed labels we read for its shades, with titanium dioxide and zinc oxide as the UV filters. It comes in three shades. As with every product here, the label confirms the ingredient and not the amount.