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Tom Ford

Tom Ford Rose Prick Eau De Parfum Miniature 10ml

Tom Ford Rose Prick Eau De Parfum Miniature 10ml

Regular price Dhs. 338.00 AED
Regular price Dhs. 422.00 AED Sale price Dhs. 338.00 AED
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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.

Carry Tom Ford’s Rose Prick Eau De Parfum wherever you go with this precisely measured 10ml miniature designed for consistent daily application.

Concentrated Spray Format

Unlike larger retail vessels, this compact edition isolates the fragrance in a dedicated travel-sized atomizer that eliminates unnecessary weight and bulk. The 10ml volume holds the exact eau de parfum concentration found in the flagship bottle, providing predictable projection and longevity without committing to a full-size container.

Practical Application Features

  • Fits securely in standard clutch bags, weekend duffels, and airline-approved carry-on toiletry compartments
  • Precision-milled nozzle calibrated for a uniform mist pattern that reduces product waste during directional sprays
  • Tight-sealing screw cap prevents valve drip and maintains internal pressure during elevation changes or transit vibrations

How to Use and Store

Mist the concentrate onto clean, dry pulse points including the radial artery behind each wrist, the inner elbow crease, and the base of the throat. Reapplication frequency depends on ambient temperature and skin chemistry, though most users find twenty-five to thirty mists maintain consistent presence throughout a standard day. Store the sealed bottle in a stable environment away from direct sunlight to preserve molecular integrity and prevent premature oxidation.

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