Zinc oxide sunscreen labels surface in DailyMed’s copper-class search
DailyMed’s drug-class search for copper returned a long catalog of products, and the most visible entries on this page were not copper medicines at all. The results page displayed five zinc oxide sunscreen products, each carrying a distinct National Drug Code and a separate packager, illustrating how federal labeling databases can group products in ways that reflect indexing and product metadata as much as pharmacology.
The page listed 1,824 results overall. Within the visible set, the products were labeled as ZINC OXIDE 20.00% (spf 50 mineral) lotion, ZINC OXIDE 20% (sunscreen spf 30) cream, ZINC OXIDE 20% (sunscreen spf 50) lotion, ZINC OXIDE 20% (sunscreen spf 50) lotion, and ZINC OXIDE 20% (sunscreen spf 50 mineral) lotion. Each was presented with its own package photo link, NDC code, and packager identification. In a database built for drug label access, those details matter because they distinguish one marketed label from another even when the active ingredient and general route of use look similar.
What the page actually shows about product labeling
The five entries were tied to different packagers: Coconut Caliente Costa Rica LLC, Shade Rayz LLC, The Beach Rooster, The Soleil Group, LLC, and S&C Hampton Sun. Their NDC codes also differed: 85033-001-04, 87392-001-02, 87223-001-02, 69630-004-01, and 87170-006-10. For clinicians, pharmacists, and regulatory teams, those identifiers are not cosmetic. They are the practical anchors that allow a label to be traced through supply chains, packaging variations, and database indexing.
Mineral sunscreens built around zinc oxide occupy a familiar place in dermatologic prevention. Zinc oxide functions as a physical UV filter, reflecting and scattering ultraviolet radiation rather than relying on systemic absorption. That mechanism is one reason mineral formulations are often selected for routine photoprotection, especially when broad surface coverage and visible product differentiation are important to prescribers, dispensers, and consumers navigating over-the-counter options.
A single sentence captures the most concrete point: the database page is a catalog, not a trial report.
Why federal label databases matter in daily dermatologic practice
In practice, labeling repositories such as DailyMed serve as the operational record for what is on the market, how a product is named, and how it is packaged. For a topical product, especially a sunscreen, the distinction between a lotion and a cream, or between SPF 30 and SPF 50, shapes patient use at the bedside and on the retail shelf. Those distinctions are not academic. They influence texture preference, perceived tolerability, reapplication behavior, and whether a patient follows through with daily photoprotection.
The entries on this page also show the granularity of U.S. drug-label infrastructure. A product may be chemically similar to another on the same page, yet still be tracked as a separate market item because the packaging, sponsor, or presentation differs. For pharmacists and health systems, that separation helps avoid confusion during inventory review and supports accurate product identification when counseling patients on over-the-counter sun protection.
Mineral sunscreen labels remain especially relevant in dermatology because they are used in primary prevention rather than rescue treatment. Consistent ultraviolet exposure contributes to photoaging, actinic injury, and skin cancer risk, so broad-spectrum sunscreens continue to hold an important place in preventive care. Even when a database entry appears administrative, the downstream clinical purpose is straightforward: reliable product labeling helps patients select a formulation they are more likely to use repeatedly.
The indexing pattern is more important than the ingredient list alone
This DailyMed page also shows how search results can be shaped by classification systems rather than by a single clinical theme. The query used here was Copper, yet the visible products were all zinc oxide sunscreens. That mismatch reflects the structure of database search and indexing, where large result sets can return products whose labels intersect with the search term through class coding, metadata, or broader catalog relationships rather than direct therapeutic equivalence.
For a clinician, the practical consequence is simple: label databases should be read as reference tools, not as curated clinical summaries. The search output does not provide efficacy comparisons, safety signals, or head-to-head sunscreen performance data. It does, however, provide the documentation needed to verify product identity, packaging, and label availability. In regulated markets, that documentation is often the first step before a product can be reviewed, stocked, or recommended with confidence.
Mineral photoprotection remains a routine preventive tool
The repeated appearance of zinc oxide across several entries reinforces how common mineral sunscreen formulations remain in U.S. labeling systems. Zinc oxide is a familiar agent in dermatology because it provides physical ultraviolet protection without requiring a prescription framework. The SPF values shown on this page ranged from 30 to 50, and the products were presented in cream and lotion forms, both of which can influence adherence in real-world use.
A second plain fact stands out: the page offers identification, not comparative effectiveness.
That limitation should be read carefully. No outcomes data, no adverse-event analysis, and no patient-level information appear on this search-results page. What it does provide is a snapshot of how multiple sunscreen products are cataloged inside the federal drug-label system, complete with NDCs and packager names. In that sense, the page serves as a regulatory directory for clinicians who need to verify product identity, and for patients whose skin protection depends on using the correct formulation consistently.
The practical value lies in that traceability. When a topical preventive product is documented cleanly, the path from label to dispensing to use becomes easier to follow, and that is often where safe dermatologic care begins.