Nano microneedle patch pack of four pieces featuring ginger and mugwort root extracts formulated with hydroxyethyl cellulose and glycerol for topical skincare application
Nano Microneedle Patches: A Four-Pack with Ginger and Mugwort Root Extracts

This product offers a convenient format for delivering active skincare ingredients directly to the skin. The pack contains four individual nano microneedle patches, each pre-formulated and ready for application. The key active components are ginger extract and mugwort root extract, chosen for their topical properties. The patches are built on a base of common cosmetic ingredients including water, glycerol as a humectant, and hydroxyethyl cellulose to form the microneedle structure and adhesive gel. Disodium EDTA is included as a stabilising chelating agent. This description covers the composition and format as provided, without extrapolating on specific skin benefits or microneedle performance metrics.
Features and Construction
The core feature of this product is its delivery system: multiple microneedle patches in a single pack. The construction revolves around a hydrogel matrix designed to adhere to the skin and deliver its contents.
Material and Build
The microneedle patches are formulated from a blend of water, glycerol, and hydroxyethyl cellulose. This combination typically creates a dissolvable or biodegradable gel matrix that forms the microneedles themselves. Ginger extract and mugwort root extract are integrated as the stated active ingredients. Disodium EDTA is present in the inactive ingredients list, a common additive to maintain formula stability by chelating metal ions.
Size and Practical Fit
The source text specifies that the pack contains four pieces, but does not provide the dimensions of each individual patch, their shape, or the density and length of the microneedles. Therefore, the exact coverage area and specific application sites cannot be detailed. Users should expect a standard patch size suitable for targeted application, but must check the product packaging for precise measurements and application diagrams.
Uses and Placement
As a topical patch system, this product is intended for direct application onto the skin's surface. The 'nursing stickers' description suggests a use case focused on care and treatment of a specific area.
Event or Professional Use
The format of pre-applied, single-use patches makes them suitable for consistent, at-home treatment routines or for travel, as they require no mixing or tools. The inclusion of specific botanical actives like ginger and mugwort root indicates a formulation aimed at addressing particular skincare concerns topically, though the exact concerns are not defined in the source material.
Everyday Home Use
Integrating these patches into a personal skincare regimen is straightforward due to the pre-measured, single-use format. The four-piece pack allows for multiple applications over time. Adherence to a clean skincare routine before application is recommended to ensure the patch adheres properly and works as intended.
Benefits and Buying Value
The value lies in the specific formulation and the convenience of the patch delivery system, which can provide a targeted, mess-free alternative to serums or creams.
Reuse and Low Maintenance
Each patch is for single use, as indicated by the four-piece pack count. There is no maintenance required for the product itself; value is derived from the convenience of having multiple applications ready to use. The low-maintenance aspect comes from not having to measure or apply a separate product.
Why Choose This Product
This product may be selected for its specific combination of ginger and mugwort root extracts delivered via a microneedle patch format. The hydroxyethyl cellulose and glycerol base is a common and practical vehicle for such a system. It offers a different method of application compared to traditional topical products, which some users may prefer for targeted treatment. The decision should be based on an interest in this particular ingredient blend and delivery mechanism.