Mineral sunscreens are leave-on sun care products that use inorganic UV-blocking ingredients, such as zinc oxide and titanium dioxide, as the primary UV filters. While commonly described as a "physical reflective film," actual protection is achieved through the combined effects of UV scattering and reflection as well as absorption by particles.
Zinc oxide is advantageous for designs providing broad UVA and UVB protection, while titanium dioxide primarily complements protection in the UVB and some UVA regions. Not only the type and content of the two filters, but also particle size, surface treatment, dispersion state, and the film applied to the skin determine the protective performance, cloudiness, and stiffness of the finished product.
No.062 deals with products focused on sensitive skin and inorganic filters, distinguishing it from No.061 Daily Sun Cream, No.063 Organic Sunscreen, and No.064 Hybrid Sunscreen. One should not claim that a product is safe for all skin types or completely non-irritating simply based on the designation 'Mineral' or 'Physical'.
Key Product Design Points: Uniform dispersion of inorganic UV filters, broad-spectrum protection, low white cast, clumping, and dryness, and verified suitability for sensitive skin and skin tone diversity.
Consumers choose inorganic sunscreens when they have experienced eye irritation, burning sensations, or discomfort after using organic UV filters, or when they prefer a simple and easy-to-understand filter composition. There is also high interest among consumers with sensitive skin and those who avoid fragrances, as well as families with young children.
However, if a sufficient amount of mineral sunscreen is applied, it may result in a white cast, flaking, clumping, and a dry residue. Due to these issues, if the actual amount applied is reduced, it is difficult to fully achieve the stated protective performance in daily life.
The main reasons for purchase are as follows.
· I want a simple UV filter composition centered on zinc oxide and titanium dioxide.
· I am looking for a product suitable for sensitive skin with reduced fragrances and essential oils.
· I want a sunscreen with minimal eye discomfort and shine.
· I need a mineral sunscreen that adheres freshly to the skin.
· I am looking for a low-white-cast or tinted option that matches my skin tone and makeup.
Purchase value is not determined solely by the phrase '100% mineral.' Repurchase is decided by factors such as white cast when a sufficient amount is applied, settling into wrinkles and pores, skin tightness, clumping upon friction, and makeup compatibility.
Mineral sunscreens are generating stable demand in the North American OTC sunscreen market and in the sensitive skin sun care sectors of the EU and Asia. In the United States, zinc oxide and titanium dioxide are widely used as active ingredients in OTC sunscreens, making them relatively good filters for verifying formula compatibility across countries. However, requirements regarding content, particle specifications, nanomaterial labeling, testing, and labeling must be reconfirmed for each country.
The biggest constraint on market expansion is cloudiness. Particularly on medium to dark skin tones, a residue that appears white or gray can hinder purchasing and continued use. While microparticles and surface treatments can enhance transparency, raw material specifications and regulatory compliance must be strictly managed.
· Primary Consumer: General adults who prefer inorganic UV filters
· Sensitive Consumer: Consumers with sensitive skin who wish to avoid fragrances and complex formulas
· Tone Consumer: Consumers seeking tinted mineral sunscreens that reduce white cast or correct skin tone
· Separate Validation Group: Children, individuals with skin conditions, those who have undergone procedures, or those with a history of skin allergies
"For sensitive skin" and "suitable for post-procedure use" are not the same claim. To claim a specific skin condition or medical usage environment, separate documentation and the appropriateness of the wording for each country must be reviewed.
Key performance characteristics include SPF, UVA protection, uniform dispersion of inorganic particles, photostability, and the continuity of the film on the skin. Zinc oxide is advantageous for complementing a broad UV spectrum, and when combined with titanium dioxide, it allows for adjustment of SPF efficiency and user experience. However, the SPF of the finished product cannot be predicted or indicated based solely on the ingredient content.
The formula consists of an inorganic filter dispersion, emollient, wetting/dispersing agent, emulsifier, film former, humectant, rheology modifier, antioxidant, and preservation system. The key element is dispersion technology that reduces particle aggregation and allows the product to spread evenly on the skin, while moisturizing auxiliary ingredients such as glycerin and panthenol can be used to alleviate a dry finish.
Formula Route | Key Features | Recommended application |
|---|---|---|
| A. Zinc Oxide Daily Fluid | Wide UVA and UVB protection, relatively simple filter configuration | Sensitive · Fragrance-free · NoChemiLife scent |
| B. Zinc Oxide + Titanium Dioxide Lotion | Balance of protective performance, cloudiness, viscosity, and cost | Global universal inorganic sunscreen |
| C. Tinted Mineral Fluid | Pigments such as iron oxide help reduce whiteness and gray residue. | Various skin tone and tone correction markets |
For general buyers, Route B offers a good balance of productivity and global applicability. However, a simple white lotion makes it difficult to fully cover the diversity of skin tones. For global D2C brands, the possibility of expanding into limited tints such as neutral, light-medium, and deep can be considered alongside a single untinted option.
Tinting is not merely the addition of color. Since pigments can affect dispersion, coating films, and SPF/UVA test results, the scope for re-verification must be determined for each shade. To claim visible light protection, do not rely solely on the presence of iron oxide for inference; instead, secure evidence from the finished product.
The safety and regulatory compliance of inorganic UV filters cannot be determined solely by the INCI name. Particle size, nano status, surface treatment materials, purity, form, and method of use must be verified through the raw material specifications and safety data. Since the EU distinguishes the permissible conditions for zinc oxide and titanium dioxide as well as nano forms in Annex VI, the supplier's actual raw material specifications must be matched with the product information file. EU CosIng Annex VI
The U.S. FDA's 2021 proposed order suggested classifying zinc oxide and titanium dioxide as GRASE, but a distinction must be made between a deemed final order and the status of a proposed regulation. Actual products must meet current OTC monograph, Broad Spectrum and SPF testing, and Drug Facts labeling requirements. FDA Sunscreen Deemed Final Order Q&A
division | Key points to check |
|---|---|
| Korea | Review and reporting channels for functional cosmetics, specifications and content of zinc oxide and titanium dioxide, and basis for setting SPF and PA |
| EU | Annex VI Acceptance Conditions, Nano Status and Indication, Surface Treatment and Particle Characteristics, CPSR, PIF, and CPNP |
| USA | OTC monograph active ingredient/content, Broad Spectrum/SPF testing, Drug Facts and manufacturing requirements |
| China | Registration of specialty cosmetics, safety of permitted UV filters and ingredients, SPF, PA, and efficacy data |
| Japan·ASEAN | Filter specifications and formulation limits by country, SPF and UVA labeling, notification and import manager |
| Mandatory Validation | SPF·UVA protection, dispersion·photostable, formula·microbial·preservation stability, container suitability |
| Recommended Validation | White cast, unevenness, dryness, clumping, friction, eye discomfort, suitability for various skin tones and makeup |
| When applying the Claim | Data related to water resistance, sensitive skin, non-comedogenic, fragrance-free, and visible light |
The EU SCCS determined that specific evaluated nano titanium dioxide can be used in topical sunscreens within defined conditions and concentration ranges, but separate concerns exist regarding spray products that may be inhaled. Therefore, for facial mineral sunscreens, lotions, creams, and fluids are suitable, and they are not simply converted into spray or powder forms where nano powders may disperse. SCCS Opinion on Titanium Dioxide in Sprays
'Mineral', 'reef-safe', 'non-toxic', or 'chemical-free' are not internationally recognized regulatory terms. In particular, 'chemical-free' is not used in the NoChemiLife expression because it is scientifically inaccurate, given that zinc oxide and titanium dioxide are also chemical substances.
The basic container is a 40-60 mL light-blocking tube or an airless pump. For high-viscosity creams and lotions, usability is reduced if the dispensing port is excessively narrow, and for low-viscosity fluids, the possibility of leakage and particle sedimentation/separation must be checked.
Inorganic particles may aggregate or settle depending on changes in time and temperature. The shelf life is determined based not only on appearance and pH but also on viscosity, dispersion uniformity, color, coating film, microbial and storage stability, and container suitability. For tinted products, color deviation after exposure to high and low temperatures and light is also checked.
Prior to export, separation, sedimentation, clumping, and container leakage are verified after high and low temperatures, freeze-thaw cycles, and transportation vibrations. If the raw material supplier changes the particle size or surface treatment of zinc oxide or titanium dioxide, the applicability of existing stability, safety, and SPF data must be re-evaluated.
Since labeling and documentation requirements may vary by country when using nano materials, secure the material specifications, SDS, particle size distribution, surface treatment, and regulatory confirmation together with the OEM/ODM manufacturer before placing an order.
The recommended market position is Mass Premium to Masstige . Compared to standard sunscreens, surface treatment and dispersion technology for inorganic particles, as well as improvements in user experience, are crucial, while developing low white cast and tint requires additional cost and verification.
In the Mass Premium market, SPF and UVA protection, a fragrance-free policy, low white cast, and a reasonable 40–60mL price are important. In Masstige, differentiators include tints for various skin tones, sensitivity data, water resistance, and sophisticated packaging and clinical data.
Manufacturing costs and FOB vary depending on the inorganic filter content and specifications, whether pre-dispersion is used, emollients and dispersants, number of tints, container, SPF, UVA and usability tests, and MOQ. Since producing small quantities of various tints can increase the burden of MOQ per shade, filling and washing, and inventory, it is realistic to initially verify with one untinted type or a limited number of shades with high marketability.
Round Lab Birch Mild-Up Sunscreen UVLock SPF 50+ Broad Spectrum combines inorganic filters, moisturizing properties, and positioning for sensitive skin, offering non-greasy and low-pilling usability. It demonstrates that K-Beauty can improve the heavy image of inorganic sunscreens with lotion-type daily products. Round Lab Birch Mild-Up Sunscreen
EltaMD UV Physical Broad-Spectrum SPF 41 is a tinted mineral sunscreen containing zinc oxide and titanium dioxide, linking white cast to color correction and providing water resistance. This demonstrates that tint and sensitivity are important benchmarks in the North American dermatological sun care market. EltaMD UV Physical
**Avène Mineral Sunscreen Multi-Defense Fluid SPF 50+** combines a 100% mineral filter with a lightweight fluid formulation and offers 40 minutes of water resistance. It demonstrates that mineral sunscreens can move beyond high-viscosity creams to offer enhanced rapid absorption and portability. Avène Mineral Multi-Defense Fluid
The competitiveness of Korean OEM/ODM lies not in the inclusion of zinc oxide or titanium dioxide itself, but in simultaneously achieving uniformity of high-content dispersions, low white cast and clumping, smooth spreadability, and makeup compatibility.
NoChemiLife Hero Direction: Without exaggerating inorganic filters as 'chemical-free,' it minimizes fragrances, essential oils, dyes, and decorative extracts, while verifying broad-spectrum protection, dispersion stability, sensitivity, and actual application longevity.
manufacturing route | Fit | Recommended usage |
|---|---|---|
| Ready Formula | A | Fast private label with a proven mineral sunscreen base |
| Semi-Custom ODM | A+ | White cast, moisturizing effect, finish, fragrance policy, and container adjustment |
| Full-Custom ODM | A | Development of proprietary distributed systems, tint and NoChemiLife Hero |
| Global Scale-Up | A | Expand after checking filter specifications, variance deviation, and country-specific regulations |
For general buyers, a Semi-Custom ODM is suitable for adjusting cloudiness, viscosity, moisturizing properties, finish, and packaging within a base that has secured SPF, UVA, and dispersion stability . If the UV filter content, disperser, or tint is changed, the manufacturer and testing institution must re-evaluate whether the existing finished product test data can be used as is.
The process proceeds in the following order: Confirmation of target countries and consumers → Verification of mineral filter and nano policies → Selection of Formula Route → Comparison of samples by skin tone → Evaluation of white cast, clumping, dryness, and makeup → Validation of SPF, UVA, safety, and packaging → Golden Sample → Registration by country → Pilot production → Main production.
K-Beauty OEM/ODM & Private Label Inquiry
Contact to: mail@markethub.org
The Buyer must provide target countries, consumers, sales channels, launch date, target SPF and UVA labeling, zinc oxide alone or a combination of zinc oxide and titanium dioxide, nano-tolerance policy, skin tone range, untinted or tinted status, desired texture and finish, fragrance policy, water resistance, container and volume, MOQ, estimated quantity, target retail price and FOB, and necessary claims and tests.
In particular, you must decide the following four things first.
- Is it centered on zinc oxide, or a combination of zinc oxide and titanium dioxide?
- Is it an untinted general-purpose product, or a tinted product tailored to different skin tones?
- Is it a moisturizing lotion, or a refreshing fluid/soft-matte formula?
- Which claim is needed among sensitive skin, fragrance-free, non-comedogenic, and water resistance?
The biggest development risk is prioritizing only the "100% mineral" label without verifying white cast, clumping, or skin tone variability when a sufficient amount is applied. It is also dangerous to fail to check for nano-components or surface treatments, or to use existing SPF and UVA data without modification after changing the formula.
Recommended Next Action
Buyer Brief → Confirmation of Target Countries, Filters, Nano, and Tint Policies → Semi-Custom Sample → Comparison of White Cast, Application, and Makeup by Skin Tone → SPF, UVA, Safety, and Container Validation → Golden Sample → Registration and Pilot Production → Global Launch
Global Core — A
There is clear demand among consumers who prefer inorganic UV filters and in the market for sensitive skin, making it applicable to major markets such as the U.S. However, since white cast and dryness may limit versatility, verification of usability based on skin tone is necessary.
OEM/ODM Priority — A
While the dispersion and formulation capabilities of Korean manufacturers for inorganic filters can be utilized, the difficulty of developing tints, as well as issues regarding cloudiness, clumping, and particle stability, is higher than that of standard organic sunscreens. A semi-custom approach utilizing a proven base is more efficient.
NoChemiLife Hero — Hero Candidate
Fragrances, essential oils, pigments, and decorative extracts can be reduced, and filter identity, nano status, and surface treatment can be managed transparently. However, claims of "chemical-free" and "completely non-irritating" must be excluded, and protective performance and skin solubility must be proven as a finished product.
Core Evidence
· FDA — Sunscreen Deemed Final Order and Proposed Order Q&A
· EU CosIng — Annex VI List of Allowed UV Filters
· SCCS — Titanium Dioxide Nano Form as UV Filter in Sprays
· Titanium Dioxide and Zinc Oxide Nanoparticles in Sunscreens
· Sunscreen Products: Formulation Development and Regulatory Aspects
· Ministry of Food and Drug Safety — Regulations on the Examination of Functional Cosmetics
Runtime
Dataset Version: 2026.9
