Jean Paul Gaultier La Belle Paradise Garden Eau de Parfum 50ml

4 instalments of £20.60 with clearpay

Get 82 reward points

Join Loyalty program

Quantity:

In stock | Usually dispatched within 24 hours

Delivery & Returns

We have multiple delivery options available depending on when you need your items. For more information visit our delivery page.

If I'm not completely happy with my item?

Please see our returns policy.

*points earned on final checkout price, after any applied discounts.

myBeauty Rewards

Ingredients

Alcohol Denat., Parfum (Fragrance), Aqua (Water), Hydroxycitronellal, Linalool, Limonene, Butyl Methoxydibenzoylmethane, Coumarin, Hexyl Cinnamal, Citronellol, Alpha-Isomethyl Ionone, Cinnamal, Benzyl Benzoate, Benzyl Alcohol, Farnesol, Benzyl Salicylate, Geraniol, Citral, Ci 60730 (Ext. Violet 2).

Description

An ethereal paradise alive with exotic creatures and luxuriant vegetation. Enter the realm of temptation and discover Jean Paul Gaultier’s garden, home to La Belle Paradise Garden. Drawn in by an exhilarating freedom, the first woman adorns her sculpted curves with dazzlingly colourful embroidery, inspired by the 2010/11 Autumn-Winter ready-to-wear show. Whilst her blue lagoon bottle radiates with natural beauty, her amber floral fragrance bewitches the senses. Give in to her subtly aphrodisiac allure and be transported.

A liberated muse with untamed femininity; the epitome of eternal seduction. The colour of a blue lagoon lays gracefully bare its qualities and curves. Dressed only in a necklace of embroidered flowers, inspired by the 2010/11 Autumn-Winter ready-to-wear collection. Sensual and bold, this ruthless modern-day Eve embodies absolute freedom.

This eau de parfum awakens the senses like an aphrodisiac nectar. Its charm is consuming – enchanting, even. At the heart of this exotic elixir lies a blue lotus flower, veiled in a mysterious intensity. Powdery iris adds a whisper of feminine elegance, whilst comforting vanilla offers a sensual gourmand touch, leaving no-one indifferent to its magnetism.