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Nina Ricci

Nina Ricci Nina Rose Eau De Toilette 30ml

Nina Ricci Nina Rose Eau De Toilette 30ml

Regular price $76.00 NZD
Regular price $94.00 NZD Sale price $76.00 NZD
Save 19% Sold out
European import - Available to order.

We’ll arrange your European import and dispatch it from our warehouse in Melbourne in an estimated 8–15 business days. Delivery then follows with Australia Post eParcel within 2-4 days.

Shipping & delivery information

Available to order from our extended supplier network. This item is imported to order and is not available for immediate local dispatch. Please allow 2–3 business days delivery time after dispatch. It is unsuitable for urgent orders or last-minute gifts.

The 30ml Nina Ricci Nina Rose Eau de Toilette delivers a refined floral formulation engineered for daily wear, housed in a precision-engineered pump that distributes an even mist for controlled coverage on skin and light fabrics.

Concentration & Longevity

As an eau de Toilette, this edition contains a moderate aromatic compound ratio that balances projection with proximity, making it suitable for open-air activities, professional environments, and seasonal transitions. The volatility profile allows the initial application to settle rapidly into a stable skin scent, typically persisting between three and four hours depending on individual dermatology and ambient humidity.

Compact Travel Format

Scaled at exactly thirty milliliters, this vessel fits securely into standard clutch dimensions, laptop sleeves, and day bags without shifting contents. The screw-top cap establishes a vapor-resistant barrier that limits oxidation during commutes. Store the package upright to reduce internal pressure against the sealing gasket.

Application Protocol

Dispense two to three actuations onto cleared pulse zones including the radial arteries, inner forearms, and posterior neck. Avoid friction after spraying, as mechanical agitation fractures volatile aromatic chains and accelerates evaporation. Maintain storage temperatures between eighteen and twenty-two degrees Celsius to stabilize the chemical composition over repeated use cycles.

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