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Thierry Mugler

Thierry Mugler Alien Eau De Parfum 15ml

Thierry Mugler Alien Eau De Parfum 15ml

Regular price $92.00 NZD
Regular price $115.00 NZD Sale price $92.00 NZD
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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.

Thierry Mugler Alien Eau De Parfum is packaged in a compact 15ml spray format designed specifically for women who need a consistent, portable fragrance application method for daily wear and travel.

Concentration & Delivery System

Formulated as an eau de parfum, this version contains a higher perfume oil concentration relative to lighter mists or body waters, extending surface persistence without requiring reapplication. The 15ml glass vessel accommodates standard pump-spray mechanics, delivering measured droplets that minimize waste. Its reduced footprint slides easily into carry-ons, commuter bags, or desk drawers, removing the obstruction caused by larger retail presentation boxes.

Functional Specifications

  • Net liquid volume: 15 milliliters
  • Action mechanism: Manual pump spray atomizer
  • Target demographic: Women
  • Liquid classification: Eau de Parfum

Determine your purchase path based on immediate scheduling needs. This 15ml quantity operates best as a supplementary bottle for airport transit, hotel stays, or professional environments where carrying a decanter contradicts dress codes or security protocols. After dispensing, secure the closure tightly to reduce oxygen exposure and slow solvent evaporation. Keep the unit stored horizontally or upright in a shaded cabinet, maintaining stable ambient temperatures to preserve the original chemical equilibrium of the formula.

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