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Acqua Di Parma

Acqua di Parma Osmanthus Hand Cream 30ml

Acqua di Parma Osmanthus Hand Cream 30ml

Regular price Dhs. 180.00 AED
Regular price Dhs. 225.00 AED Sale price Dhs. 180.00 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.

This 30ml bottle of Acqua Di Parma Osmanthus Hand Cream delivers targeted hydration through a precise blend of hyaluronic acid, vitamin E, and jojoba oil, leaving skin soft and protected under a fast-absorbing emulsion.

The formulation creates a breathable, invisible barrier that shields cuticles and palm skin from daily exposure to low humidity, frequent washing, and sudden climate shifts. Moisture locks at the surface while the lightweight consistency eliminates sticky residue, ensuring hands stay supple without transferring grease onto keyboards or fabric.

Fragrance performance follows a structured botanical profile rather than relying on synthetic overlays. Green mandarin opens the blend with bright citrus energy, neroli grounds it with clean floral accents, and osmanthus provides a deep, sun-warmed floral core inspired by the rare blossoms of Southeast Asian woodlands. The scent transitions smoothly from initial brightness to a subtle, skin-adhering finish that carries naturally through full work or travel days.

Packaged in a compact 30ml vessel, this hand cream slides easily into lapel pockets, bag compartments, and airline carry-on bags. After cleaning your hands, dispense a small amount onto palms and massage upward toward the wrists to rebuild the skin’s moisture reserve before environmental friction begins to dry the surface.

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