Atelier Des Ors Lune Feline Eau De Parfum Spray 100ml/3.4oz

Atelier Des Ors Lune Féline is formulated as an Eau de Parfum concentrate, denoting a preparation with a significant proportion of perfumery oils. This specific classification generally results in a more persistent aromatic presence compared to lighter water-based applications, ensuring the fragrance maintains detectable character over an extended span during daily activities. Selecting this concentration addresses needs for enduring performance where repeated reapplication is impractical.

The product arrives in a 100ml vessel, providing a substantial 3.4oz reservoir. This volume serves as the standard commercial size for full-size acquisitions, delivering the optimal balance between adequate supply for routine usage and manageable storage requirements. Purchasing the 100ml edition yields the most cost-effective volume-to-price ratio, sparing buyers the premium per-ounce pricing commonly attached to miniature, travel-friendly packs or single-dose samples.

Packaging relies on a mechanical Spray system equipped with a specialized atomizer nozzle. This delivery architecture transforms the liquid into a fine, uniform mist upon activation, enabling precise distribution onto skin or textiles while minimizing evaporation losses associated with pour-top structures. Users benefit from adjustable dosage control, facilitating custom layering to modulate intensity according to ambient temperature or personal sensitivity thresholds.

Identification as the Lune Féline release under the Atelier Des Ors banner guarantees access to the exact recipe and aesthetic associated with this designation within the wider catalog. Consumers ordering this listing secure the authentic liquid corresponding to the stated nomenclature without risk of cross-contamination from decant sources. The inclusion of the 100ml spray format completes the package, offering collectors and enthusiasts a pristine, unblemished supply ready for immediate integration into their existing wardrobe rotations.