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Jeanne Arthes

Jeanne Arthes Vanille Framboise Eau De Parfum 30ml

Jeanne Arthes Vanille Framboise Eau De Parfum 30ml

Regular price $28.76 AUD
Regular price $35.95 AUD Sale price $28.76 AUD
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European import - Available to order.

Estimated delivery: 4–12 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.

This 30ml Jeanne Arthes Vanille Framboise Eau De Parfum combines a rich vanilla base with bright raspberry accords, packaged in a compact spray bottle designed for reliable dosing and easy pocket storage.

An eau de Parfum concentration contains a higher ratio of fragrance oils to carrier solvents than lighter editions, allowing the vanilla-raspberry mixture to adhere longer to the skin and evolve gradually from initial application through several hours of wear. The 30ml size supplies adequate volume for routine use without occupying excessive space in a bag or travel kit.

The scent relies primarily on two aromatic components: creamy vanilla and tangy raspberries. This pairing delivers a warm, fruity character that works well against layered clothing in transitional weather, or as a noticeable everyday signature when applied sparingly. It pairs functionally with wardrobe staples ranging from casual separates to structured outerwear.

  • Vessel capacity: 30ml
  • Formulation type: Eau de Parfum (higher oil concentration)
  • Primary aromatics: Vanilla and raspberry

Direct the spray toward cleared areas with thin skin and active circulation points, including the wrists, neck, and chest. Close the cap securely after each use and store the bottle in a shaded location to maintain chemical stability and prevent premature evaporation of the volatile compounds.

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