JPG Scandal Le Parfum Intense Pour Homme 50ml Refillable Eau de Parfum Spray

Jean Paul Gaultier Scandal Le Parfum Intense Pour Homme is a bold and seductive Amber Woody fragrance designed for the modern man. This Eau de Parfum Intense comes in a 50ml refillable bottle, allowing you to enjoy the scent while reducing waste. The fragrance opens with vibrant Mandarin and Mirabelle Plum, leading to a heart of Geranium and Tonka Bean, and settles into a warm base of Sandalwood and Amber. Launched in 2022, it was crafted by renowned perfumers Quentin Bisch, Natalie Gracia-Cetto, and Christophe Raynaud. The iconic crown-topped, boxing glove-inspired bottle makes a statement on any dresser. With long-lasting longevity and strong sillage, it is perfect for evening wear and special occasions.

Advantages

Refillable design promotes sustainability without sacrificing luxury. The intense concentration ensures a powerful, long-lasting scent that evolves beautifully throughout the day. The unique bottle design is a collector's item and a conversation starter.

Suitable for

• Men seeking a sophisticated, intense fragrance for evenings and special events
• Those who appreciate refillable options to reduce environmental impact
• Fans of Amber Woody scents with a modern twist

Key specifications

• Fragrance Type: Eau de Parfum Intense
• Volume: 50 ml
• Scent Family: Amber Woody
• Top Notes: Mandarin, Mirabelle Plum
• Heart Notes: Geranium, Tonka Bean
• Base Notes: Sandalwood, Amber
• Target Audience: Men
• Refillable: Yes
• Launch Year: 2022
• Perfumers: Quentin Bisch, Natalie Gracia-Cetto, Christophe Raynaud
• Bottle Design: Crown-topped, boxing glove-inspired
• Application Type: Spray
• Longevity: Long-lasting
• Sillage: Strong
• Recommended Use: Evening, Special Occasions
• Country of Origin: France
• Collection: Scandal Le Parfum Pour Homme

Recommendations

For best results, apply to pulse points such as wrists, neck, and behind the ears. Layer with matching scented body products if available. Store in a cool, dry place away from direct sunlight.