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Emir

Paris Corner Frenetic Men Extrait De Parfum 80ml

Paris Corner Frenetic Men Extrait De Parfum 80ml

Regular price $48.76 AUD
Regular price $60.95 AUD Sale price $48.76 AUD
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European import - Available to order.

Estimated delivery: 5–13 November

Delivered by Australia Post eParcel with full tracking.

Please allow 10–15 business days for air freight to Australia before dispatch from Melbourne via Australia Post eParcel.

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.

Produced by Emir, Paris Corner Frenetic Men delivers an Extrait de Parfum formulation at an 80ml capacity, providing a higher perfume oil concentration that extends wear time and deepens scent complexity. As an Extrait de Parfum, this fragrance occupies the upper tier of commercial perfumery, meaning reduced alcohol dilution and denser aromatic molecule deposition on the skin. The result is a steady, controlled projection that remains legible throughout business hours without manual reapplication.

Parfum concentrations typically hold between twenty and forty percent extract. Because Frenetic Men adheres to this standard, each actuation leaves enough residual oil to endure commuting, cross-country flights, and dry indoor heating or air conditioning. The 80ml borosilicate-class glass container blocks UV degradation better than thin plastics, preserving the solvent balance and volatile compound integrity until the last spray.

A precision-engineered atomizer pairs with this density to deliver measured mists along pulse points rather than wasteful cloud dispersion. If your existing Eau de Toilette or Eau de Parfum bottles require biweekly restocking due to rapid evaporation or weak longevity, transitioning to an eighty-milliliter Extrait de Parfum cuts replenishment frequency while delivering measurably longer diffusion curves per application.

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