Discover the joyful intensity of Sì Passione Red Bloom Eau de Parfum by Giorgio Armani, a floral-amber-fruity fragrance that captures bold femininity and radiant emotions. The fragrance opens with a juicy raspberry accord complemented by bergamot and blackcurrant bud absolute, offering an energetic and addictive freshness. At its heart is powdery pallida, which blends with rose petals and rose absolute to create a velvety floral elegance. The base note is a sensual blend of bourbon vanilla, amber woods, and cashmere, leaving a warm, long-lasting scent. Designed for confident women, Sì Passione Red Bloom is suitable for both day and evening wear.

• Vibrant floral, amber, and fruity composition.
• Juicy raspberry in the top note with sparkling freshness.
• Elegant floral heart of rose.
• Sensual vanilla and amber-colored, woody base.
• Long-lasting intensity of the eau de parfum.

Fragrance notes

• Top notes: raspberry accord, bergamot, blackcurrant bud absolute
• Heart notes: pallida, rose petal, rose absolute
• Base notes: bourbon vanilla, amber woods, cashmeran

Fragrance notes:

• Floral
• Fruity
• Powdery

Manufacturer info

GIORGIO ARMANI FRAGRANCES

fragen@loreal-group.com

ALCOHOL • PARFUM / FRAGRANCE • AQUA / WATER / EAU • TETRAMETHYL ACETYLOCTAHYDRONAPHTHALENES • ALPHA-ISOMETHYL IONONE • VANILLIN • BENZYL SALICYLATE • LINALOOL • JUNIPERUS VIRGINIANA OIL • BENZYL ALCOHOL • LINALYL ACETATE • BUTYL METHOXYDIBENZOYLMETHANE • CITRUS AURANTIUM BERGAMIA PEEL OIL • HEXYL CINNAMAL • CITRONELLOL • DIMETHYL PHENETHYL ACETATE • HYDROXYCITRONELLAL • CARVONE • LIMONENE • TRIMETHYLCYCLOPENTENYL METHYLISOPENTENOL • GERANIOL • BENZALDEHYDE • COUMARIN • PINENE • ANISE ALCOHOL • TERPINEOL • ROSE KETONES • ROSE FLOWER OIL/EXTRACT • HEXADECANOLACTONE • BETA-CARYOPHYLLENE • PELARGONIUM GRAVEOLENS FLOWER OIL • GERANYL ACETATE • CITRAL • METHYL 2-OCTYNOATE • METHYL ANTHRANILATE (F.I.L. N70073144/1).

Apply the eau de parfum to pulse points such as your wrists, the inside of your elbows, and your neck to enhance the fragrance's diffusion and longevity.