Mineral vs Chemical Sunscreen: Which Is Right for Your Skin?

Mineral vs chemical sunscreen is one of the most searched, most debated, and most misunderstood topics in skincare. Ask ten people which is better and you will get ten different answers - each one delivered with complete confidence. Browse TikTok for five minutes and you will encounter claims that chemical filters are toxic, that mineral SPF is the only safe option, or that one type clogs pores, causes breakouts, or absorbs into the bloodstream and wreaks havoc. Most of those claims are either exaggerated, oversimplified, or flatly wrong.

This guide cuts through that noise. Here is exactly what it covers: how each filter type actually works at a molecular level, what that science means for real-world texture and finish, which type genuinely suits which skin type and skin tone, why the white cast issue matters more than it is often given credit for, and - most importantly - why the complete formulation surrounding those UV filters matters far more than the filter type itself.

For foundational SPF science - how the rating system works, what UVA and UVB rays actually do to skin, and why daily protection is non-negotiable - our complete SPF guide covers it all in depth. Our Dewy Sunscreen SPF 30 (£15) is referenced throughout this blog as a formulation example. The goal here is to give you the knowledge to make a genuinely informed decision - whatever SPF you choose to wear.

How Mineral and Chemical Sunscreens Actually Work

Understanding the real difference between mineral and chemical sunscreens starts not with marketing language or social media rhetoric, but with the mechanism of action. How each filter type interacts with UV radiation is the foundational question - and getting this right makes every other part of the decision considerably clearer.

Mineral sunscreens - also called physical sunscreens - use inorganic UV filters. The two used in cosmetic formulations are zinc oxide, titanium dioxide, or a combination of both. These filters are particulate: they sit on the surface of the skin rather than being absorbed into it. When UV radiation hits the skin, the mineral particles scatter and reflect that radiation before it can penetrate the skin’s upper layers. Crucially, mineral filters do not need to be absorbed into the skin to perform their protective function. They work on contact, which is why they are considered effective immediately upon application.

Chemical sunscreens - also referred to as organic sunscreens in technical and regulatory language - use a different class of UV filters entirely. These are carbon-based organic molecules, and here it is worth pausing to clarify something important: in this context, “organic” is a chemistry term meaning carbon-based. It has nothing to do with the organic certification you would see on food packaging, and it does not imply that chemical filters are naturally derived. The word refers purely to molecular structure.

Chemical filters work by being absorbed into the upper layers of the skin. Once there, they absorb incoming UV energy and convert it into a small amount of heat, which is then safely dissipated from the skin. Common chemical filters found in UK-approved formulations include octocrylene, ethylhexyl salicylate, butyl methoxydibenzoylmethane (more commonly known as avobenzone), and phenylbenzimidazole sulfonic acid. Each has a slightly different UV absorption profile - which is why many chemical SPF formulas combine multiple filters to achieve comprehensive broad-spectrum coverage.

This absorption mechanism has one practical implication worth noting. Because chemical filters need to be integrated into the skin’s upper layers before they are fully active, it is recommended to apply a chemical sunscreen approximately 15 to 20 minutes before sun exposure. Mineral filters, sitting on the skin surface, do not require this lead time.

Both filter types, when correctly formulated and applied in sufficient quantity, provide effective broad-spectrum UV protection. That phrase - broad-spectrum - is non-negotiable regardless of which filter type you choose. UVA rays penetrate deeply and are responsible for long-term ageing, hyperpigmentation, and DNA damage. UVB rays cause burning and also contribute to skin cancer risk. Any sunscreen worth wearing must protect against both.

Here is how the two filter types compare at a glance:

Mineral (Physical) Sunscreen

Active filters: Zinc oxide, Titanium dioxide
How it works: Reflects and scatters UV rays on the skin’s surface
Needs to absorb into skin: No
Time before effective: Immediate upon application
Coverage: Broad-spectrum (especially zinc oxide)

Chemical (Organic) Sunscreen

Active filters: Octocrylene, Avobenzone, Ethylhexyl salicylate, and others
How it works: Absorbs UV energy and converts it to heat
Needs to absorb into skin: Yes
Time before effective: 15 to 20 minutes recommended
Coverage: Broad-spectrum when correctly formulated

For a full breakdown of what UVA and UVB rays actually do, and how the SPF number system works, our complete SPF guide covers the science in detail. The NHS also provides clear guidance on sunscreen and sun safety for anyone wanting an authoritative external reference on UV protection in the UK.

The science is clear: these two filter types work differently, but both work. The more pressing question for most people is not which type protects better in a lab - it is which type they will actually wear comfortably every day. That comes down to texture.

Texture, Finish, and Real-World Wearability

The science of UV protection is one thing. The reality of applying a sunscreen every single morning - over your serum, under your makeup, on a rushed Tuesday - is another thing entirely. Texture, finish, and wearability are not vanity concerns. They are compliance concerns. A sunscreen that sits uncomfortably on the skin, piles under makeup, or leaves a visible residue is a sunscreen that gets skipped. And skipped SPF provides exactly zero protection.

This is where the physical difference between mineral and chemical filters - those particulate versus molecular structures described in the previous section - has a direct and tangible effect on how a sunscreen feels on the skin.

Mineral sunscreens tend to be heavier. Zinc oxide and titanium dioxide are inorganic particles. Suspending them in a stable, evenly distributed emulsion requires a formulation base substantial enough to hold them. The result is typically a thicker, creamier texture that sits more noticeably on the skin. This is not a universal rule - formulation technology has advanced considerably - but it remains a general characteristic of mineral-heavy SPF products, particularly those with high concentrations of zinc oxide.

The white cast issue is real, and it matters. Zinc oxide and titanium dioxide are white powders. In standard, un-micronised particle form, they leave a visible white or grey cast on the skin after application. On very fair skin tones, this can be minimal or even unnoticeable. On medium, brown, or deep skin tones, it is often distinctly visible - leaving the skin looking ashy, grey, or chalky in a way that no amount of blending fully resolves. Some newer mineral formulations use micronised or nano-sized particles to reduce this effect, and hybrid formulas have improved the picture further. But the white cast issue has not been fully solved by mineral-only formulas, and for many people with deeper skin tones, it remains a significant barrier to daily use.

Chemical sunscreens tend to be lighter. Because organic filter molecules are not particles but molecular compounds, they allow for thinner, more fluid, cosmetically elegant formulations. They absorb easily, spread smoothly, and leave no visible residue on the skin. This makes well-formulated chemical SPFs far more inclusive across a wider range of skin tones - they are essentially transparent on application. A well-formulated chemical SPF such as our Dewy Sunscreen SPF 30 (£15) uses lightweight organic filters alongside an 8% hydration trio to deliver a sheer, skin-like finish. In an independent consumer trial of 66 participants ranging from lightest to deepest skin tones, 97% said it looked invisible on their skin tone. That is the kind of wearability that makes daily SPF a realistic habit rather than a daily negotiation.

Finish varies widely within chemical formulations. The filter type affects texture, but the other ingredients in the formula - emollients, humectants, film-forming agents - determine the final finish. Chemical SPFs can deliver finishes anywhere from matte to dewy, depending entirely on what the rest of the formula contains. Mineral SPFs tend to produce a more consistently matte or slightly chalky finish, though again, formulation advances have produced exceptions.

Here is how the two types compare across real-world texture factors:

Consistency: Mineral sunscreens are typically thicker and creamier. Chemical sunscreens are typically lighter and more fluid.
Finish: Mineral sunscreens often leave a matte or slightly chalky finish. Chemical sunscreens range from matte to dewy depending on formulation.
White cast: Common in mineral sunscreens, especially on deeper skin tones. Rarely present in chemical sunscreens.
Under makeup: Mineral formulas can feel heavy or contribute to pilling. Chemical formulas generally sit comfortably and blend well beneath makeup.
Absorption speed: Mineral sunscreens absorb more slowly. Chemical sunscreens absorb faster.
Daily wearability: Variable and formula-dependent for mineral. Generally higher for chemical.

“The best sunscreen is the one you will actually wear every day. Texture is not vanity - it is compliance.”

For more specific guidance on SPF texture for oily and blemish-prone skin, our dedicated guide to sunscreen for oily and blemish-prone skin goes into considerably more detail. If sensitive skin and texture tolerance are your primary concern, our guide to sunscreen for sensitive skin covers that thoroughly.

Who Each Sunscreen Type Suits - By Skin Type, Tone, and Lifestyle

There is no single right answer to the mineral vs chemical question - but there are clear patterns. Understanding where you fall in terms of skin type, skin tone, and daily routine makes the decision considerably less daunting.

Oily, Combination, and Blemish-Prone Skin

For skin that produces excess oil, tends to feel congested, or is prone to blemishes and breakouts, the texture of the sunscreen matters enormously. Heavier mineral formulations - with their thicker, creamier bases - can compound the sensation of congestion or heaviness, particularly over other skincare layers. Lightweight chemical SPFs formulated in non-comedogenic bases tend to be significantly more comfortable for daily wear on these skin types. The key qualifiers are non-comedogenic and fragrance-free. For a full guide to choosing and wearing SPF with this skin type, our sunscreen for oily and blemish-prone skin guide covers it in depth.

Dry Skin

Dry skin is arguably the most filter-type-agnostic. Both mineral and chemical SPFs can work beautifully - it comes down to the other ingredients in the formula rather than the UV filter itself. Chemical filters in hydrating bases containing glycerin, polyglutamic acid, or squalane are particularly well-suited, delivering protection alongside genuine moisture. Rich mineral formulas with emollient bases can also be deeply comfortable for dry skin. The instruction here is: look at the full ingredient list, not just the filter type.

Sensitive and Reactive Skin

Mineral filters have long been associated with gentleness and suitability for sensitive skin, and this reputation is not entirely unfounded. Because they sit on the skin surface rather than absorbing into it, they are less likely to cause stinging on already-compromised or reactive skin - which is why dermatologists often recommend mineral SPFs first for post-procedure use or during flare-ups. However, a mineral SPF that contains fragrance, high alcohol content, or harsh preservatives can still cause reactions. A fragrance-free, paraben-free, dermatologically tested chemical SPF may be equally - or more - well-tolerated by sensitive skin than a poorly formulated mineral alternative. Our guide to sunscreen for sensitive skin addresses this in full.

Skin Tone - The White Cast Issue Deserves Its Own Space

This is perhaps the most important practical point in the entire mineral vs chemical debate, and it deserves to be addressed with complete directness. Zinc oxide and titanium dioxide are white powders. On fair skin, the visible cast left behind may be barely noticeable. On medium, brown, or deep skin tones, the white cast from mineral filters can appear grey, ashy, or opaque - and no amount of blending fully removes it. This is not a minor cosmetic inconvenience. A product that makes skin look visibly altered after application is a product that will not be worn consistently. And SPF not worn is SPF not protecting.

No skin tone should have to choose between visible protection and actually protected skin. The white cast issue is real - and it is a formulation problem, not a skin problem.

Chemical filters are molecular and essentially transparent on the skin. Well-formulated chemical SPFs like our Dewy Sunscreen SPF 30 (£15) have been independently trialled across the full spectrum of skin tones - and that 97% invisibility result across 66 participants reflects a formulation genuinely designed to work on all skin. The British Association of Dermatologists is clear that daily SPF is recommended for all skin types and skin tones equally.

Here is a quick-reference guide to which filter type tends to suit each skin profile:

Oily or combination skin: Mineral SPF may feel heavy. Chemical SPF is better for most - choose a non-comedogenic formula.
Dry skin: Mineral SPF works well in a rich base. Chemical SPF with a hydrating formula is excellent.
Sensitive or reactive skin: Mineral SPF is often recommended first, but formulation is still key. Chemical SPF can be suitable in fragrance-free, tested formulas.
Deeper skin tones: Mineral SPF carries a white cast risk. Chemical SPF is generally invisible across all skin tones.
Post-procedure or compromised skin: Mineral SPF is preferred by dermatologists. Chemical SPF should be introduced cautiously.
Makeup wearers: Mineral SPF can pill or sit heavily. Chemical SPF generally sits smoothly under makeup.
Active or outdoor use: Both work well - ensure the formula is water-resistant regardless of filter type.

Post-Procedure and Compromised Skin

This is where mineral filters have a clear, evidence-backed advantage. After laser treatments, chemical peels, active skin inflammation, or other procedures that compromise the skin barrier, the sit-on-skin mechanism of mineral filters reduces the likelihood of stinging, irritation, or sensitivity reaction. Dermatologists consistently recommend a well-formulated mineral SPF as the first choice in these circumstances, reintroducing chemical filters gradually once the skin has recovered.

Formulation Matters More Than Filter Type - The INKEY Perspective

Here is the piece of the mineral vs chemical debate that most comparisons get wrong: the UV filter is one ingredient in a complex formula. Focusing exclusively on whether a sunscreen is mineral or chemical is like evaluating a meal by asking only whether it uses olive oil or butter. The oil matters - but the other twenty ingredients and how they are combined matter at least as much.

A sunscreen formula is a sophisticated emulsion. Alongside the UV filters, it contains emollients, humectants, emulsifiers, preservatives, film-forming agents, texture modifiers, and potentially active ingredients that support skin health. The UV filter type determines the mechanism of protection. Everything else in the formula determines how that protection feels to wear, how it interacts with skin, and whether a person actually applies it consistently.

Most negative sunscreen experiences trace back to the non-filter ingredients. When someone says “chemical sunscreen broke me out,” the culprit is almost never the UV filter itself - it is more likely to be a comedogenic emollient, a fragrance ingredient, a preservative, or an alcohol concentration that sensitised the skin. When someone says “mineral SPF made my skin feel dry and tight,” the issue is not zinc oxide - it is an insufficiently hydrating formulation base.

What to look for in any sunscreen - beyond the filter type:

Fragrance-free - fragrance (listed as “parfum” on INCI ingredient lists) is one of the most common skincare sensitisers
Non-comedogenic - especially important for blemish-prone skin
Dermatologically tested - a meaningful quality marker when supported by clinical or consumer trial data
Broad-spectrum (UVA + UVB) - non-negotiable for comprehensive protection
SPF 30 minimum - dermatologist-recommended daily baseline
Hydrating supporting ingredients - glycerin, polyglutamic acid, hyaluronic acid, and squalane all improve comfort and daily wearability
A lightweight texture you will genuinely wear every day

The INKEY formulation philosophy is that sunscreen should function as a complete skincare step, not just a UV barrier. Our Dewy Sunscreen SPF 30 (£15) is a chemical sunscreen - its filter system comprises octocrylene, ethylhexyl salicylate, butyl methoxydibenzoylmethane (avobenzone), and phenylbenzimidazole sulfonic acid, providing broad-spectrum UVA and UVB coverage. But the formulation story extends well beyond the filters:

Polyglutamic Acid - a humectant that holds moisture at the skin’s surface and contributes to the dewy, skin-like finish
Glycerin - a classic humectant that draws water into the skin from the environment
Squalane - a lightweight, non-comedogenic emollient that provides barrier support without heaviness or greasiness
Octocrylene - a chemical UV filter providing broad-spectrum UVB and some UVA coverage
Butyl Methoxydibenzoylmethane (Avobenzone) - a chemical UV filter providing broad UVA coverage

The 8% hydration trio - polyglutamic acid, glycerin, and squalane - delivers clinically proven instant hydration. The formula is fragrance-free, non-comedogenic, and dermatologically tested. It is suitable for all skin types including sensitive skin, and confirmed safe during pregnancy and breastfeeding.

For SPF removal - a topic that receives far less attention than it deserves - chemical sunscreens are designed to bond to the upper layers of skin to maintain their protective coverage throughout the day, meaning they will not fully rinse away with water alone. Our Oat Cleansing Balm (£15) dissolves makeup and SPF in 30 seconds - an ideal first cleanse step that lifts the SPF layer cleanly without stripping the skin. The Cancer Research UK sun safety guidance reinforces SPF as a skin health essential - and that means removal that supports the rest of your skincare routine matters too.

Our complete SPF guide expands on what to look for in any sunscreen formula, with the full scientific context on UV protection.

Busting the “Chemical Sunscreen Is Harmful” Myth

No conversation about mineral vs chemical sunscreen is complete without addressing the claim that has done more to undermine skin health than almost any other piece of social media misinformation: that chemical sunscreens are harmful, toxic, or dangerous because of their absorption into the body.

Start with the word “chemical.” As established earlier in this guide, “chemical” in the context of sunscreen filters is a chemistry term. It means carbon-based organic molecules. It does not mean synthetic poison. Water is a chemical. Oxygen is a chemical. The human body is an extraordinarily complex arrangement of chemicals.

On absorption: some studies have detected trace amounts of certain chemical filter molecules in blood plasma following sunscreen application. Detection of a substance in blood plasma does not establish harm. The relevant question is whether detected concentrations cause adverse effects - and for approved chemical filters at standard application levels, the current scientific and regulatory consensus is that they do not.

The UK and EU regulatory framework is rigorous. All UV filters used in sunscreens sold in the UK and EU must be assessed and approved under the EU Cosmetics Regulation (EC No 1223/2009, as retained in UK law following Brexit). This regulation requires comprehensive safety assessment before any filter can be permitted for use, including toxicological evaluation, exposure assessment, and margin-of-safety calculations. The system actively reviews safety data as it emerges. When concerns were identified about oxybenzone, Commission Regulation (EU) 2022/1176 restricted its permitted concentration significantly. That is the regulatory framework working as it should - not evidence that all chemical filters are dangerous.

The NHS and the British Association of Dermatologists both recommend daily SPF use without distinguishing between mineral and chemical filters as a safety concern. The Cancer Research UK position on UV exposure and skin cancer risk is unambiguous: UV damage is a confirmed, well-documented cause of skin cancer. The evidence for harm from regulated chemical sunscreen filters used at standard application levels is not in the same category.

Here is a direct breakdown of the most common myths and what the evidence actually shows:

Myth: “Chemical” means synthetic toxin.
Reality: “Chemical” is a chemistry term for carbon-based molecules. All skincare is chemistry - this word describes molecular structure, not danger.

Myth: Chemical sunscreens are absorbed and cause harm.
Reality: UK and EU regulated filters have passed rigorous safety assessments under the EU Cosmetics Regulation. Detection in blood plasma is not the same as confirmed harm.

Myth: The FDA has banned chemical sunscreens.
Reality: The FDA has requested more data on some filters as part of its standard regulatory review process. This is not a ban, and it is not a finding of harm.

Myth: Mineral SPF is always safer.
Reality: Mineral filters also undergo regulatory review. Safety assessment applies to both filter types - neither is categorically safer than the other under current evidence.

Myth: I should skip SPF to avoid chemicals.
Reality: Skipping SPF guarantees UV damage. The health risks of unprotected UV exposure are confirmed and severe. The risk of using regulated chemical filters at standard levels is not.

The single most evidence-backed thing you can do for your skin’s long-term health is to wear SPF every day. That evidence exists for both mineral and chemical formulations.

Ongoing safety review of all filter types is appropriate and should be expected. But the current position of every major dermatological body is clear: wear broad-spectrum SPF every day. Both filter types qualify.

So, Which Should You Choose? A Practical Decision Guide

The honest answer: the best sunscreen is the one you will wear correctly, generously, and consistently every day. There is no single universally superior filter type. But there are clear patterns.

Choose a mineral SPF if:

You have very reactive, sensitised, or post-procedure skin and want the most cautious starting point
You are patch-testing after an adverse reaction to a previous SPF
You prefer the feel of a physical, sit-on-skin barrier
Your skin tone is fair enough that white cast is not a concern

Choose a chemical SPF if:

You want a lightweight, invisible, makeup-compatible formula for daily wear
You have a medium to deep skin tone and want to avoid any visible white cast
You have oily or blemish-prone skin that responds better to lighter textures
You want hydrating or active supporting ingredients integrated into your SPF step

Consider a hybrid formulation if:

You want the confirmed safety history of mineral filters alongside the lighter texture of chemical filters
You find pure mineral formulas too heavy but are cautious about chemical-only options

Our Dewy Sunscreen SPF 30 (£15) is a chemical SPF formulated for daily wear across all skin types and tones - fragrance-free, non-comedogenic, invisible on application (97% of trial participants), and built around an 8% hydration trio.

How to Layer SPF Correctly in Your Morning Routine

SPF must always be the final skincare step before makeup. Applying it before a moisturiser dilutes the UV filter concentration on the skin’s surface and reduces protection. Follow this sequence:

Cleanse - start with a clean skin base
Serum - apply any active serums (Hyaluronic Acid, Vitamin C) while skin is clean and receptive
Moisturiser - apply and allow to absorb fully before the next step
SPF - always the final step before makeup; the protection layer must not be diluted

Apply generously - approximately three finger-lengths of product for face and neck combined. Allow two to three minutes to settle before applying makeup. In direct sun exposure, reapply every two hours, and after swimming or sweating.

On SPF removal: chemical sunscreens bond to the upper skin layers by design and need more than a quick rinse to fully remove. Begin your evening routine with a balm cleanser as a first cleanse step. Our Oat Cleansing Balm (£15)dissolves both makeup and SPF thoroughly in 30 seconds without stripping the skin.

For the year-round SPF question, our SPF all year round guide makes the case in full. The short answer: 365 days, no exceptions.

Frequently Asked Questions - Mineral vs Chemical Sunscreen

Is mineral sunscreen better than chemical sunscreen?

Neither is universally better. Both provide effective broad-spectrum UV protection when correctly formulated and applied in sufficient quantity. The right choice depends on your skin type, skin tone, lifestyle, and the quality of the complete formulation. A well-formulated chemical SPF will outperform a poorly formulated mineral one, and vice versa.

Does chemical sunscreen absorb into the bloodstream?

Some studies have detected trace amounts of certain chemical filter molecules in blood plasma following regular application. Detection is not the same as harm. UK and EU regulatory bodies - operating under the EU Cosmetics Regulation - assess these findings as part of ongoing safety review. Current guidance from the NHS and British Association of Dermatologists continues to recommend daily SPF use without distinguishing between filter types as a safety concern.

Is mineral sunscreen safer?

Both mineral and chemical filters used in UK sunscreens have undergone rigorous safety assessment under the EU Cosmetics Regulation before being permitted for use. Calling mineral SPF “safer” as a blanket statement is not an accurate reading of the regulatory evidence. Both filter types are subject to ongoing safety review - that is the system working as it should.

Why does mineral sunscreen leave a white cast?

Zinc oxide and titanium dioxide are white powders. In standard particle form, they leave a visible white residue on the skin. On deeper skin tones, this often appears grey or ashy and does not blend away fully. Chemical filters are molecular and transparent, making them significantly less likely to leave any visible cast. Our Dewy Sunscreen SPF 30 (£15) was confirmed invisible on all skin tones by 97% of trial participants.

Can I use chemical sunscreen if I have sensitive skin?

Yes - but formulation is what matters most. A fragrance-free, paraben-free, dermatologically tested chemical SPF can be entirely appropriate for sensitive skin. Our guide to sunscreen for sensitive skin covers how to identify a formula - of either filter type - that is genuinely well-suited to reactive or sensitive skin.

Is chemical sunscreen bad for oily or blemish-prone skin?

No. In fact, lightweight chemical formulations in non-comedogenic bases are often considerably better suited to oily and blemish-prone skin than heavier mineral textures. The key is choosing a formula that is non-comedogenic and fragrance-free. Our guide to sunscreen for oily and blemish-prone skin goes into full detail.

Do I need to wait before going in the sun after applying sunscreen?

For chemical sunscreens, yes - applying approximately 15 to 20 minutes before sun exposure is recommended to allow the filters to fully engage. Mineral sunscreens are considered effective immediately upon application.

What is a hybrid sunscreen?

A hybrid sunscreen combines both mineral filters (zinc oxide and/or titanium dioxide) and chemical organic filters in a single formula. The aim is to balance the broad-spectrum coverage and confirmed safety profile of mineral filters with the lighter texture and reduced white cast of chemical filters.

Is SPF 30 enough, or do I need SPF 50?

SPF 30 blocks approximately 97% of UVB rays; SPF 50 blocks approximately 98%. The practical difference is small. What matters most is applying the correct amount and reapplying as needed. SPF 30 is the minimum recommended by dermatologists for daily protection. For a full breakdown of the SPF number system, our complete SPF guide covers it thoroughly.

Do I need to wear SPF in winter?

Yes. UVA rays - responsible for ageing and hyperpigmentation - are present year-round and penetrate cloud cover and glass. Daily SPF is a 365-day habit, not a summer-only precaution. Our guide to SPF all year round explains why in full.

The Answer Is Clearer Than the Debate Suggests

The mineral vs chemical sunscreen debate has been made far more complicated than it needs to be. Strip away the social media noise and what remains is straightforward: both mineral and chemical filters, when correctly formulated and consistently applied, provide effective broad-spectrum UV protection. The mechanism differs. The texture, finish, and inclusivity across skin tones differ. But the protective outcome, achieved properly, does not.

The white cast issue is real and matters - particularly for medium to deep skin tones - and chemical filters resolve it more effectively than mineral alternatives currently can. The “chemical = harmful” claim is not supported by the regulatory frameworks or the dermatological consensus in the UK or globally. And the formulation as a whole - the hydrating ingredients, the fragrance-free status, the dermatological testing - determines how well any sunscreen works for any individual skin type, far more than the filter type alone.

The best sunscreen is the one you will wear every day. Texture, feel, finish, and skin compatibility are not secondary concerns. They are exactly what makes consistent daily protection possible.

Our Dewy Sunscreen SPF 30 (£15) is a fragrance-free, non-comedogenic, dermatologically tested chemical SPF with an 8% hydration trio - formulated to sit invisibly on every skin tone and comfortably beneath any makeup.