Cheirosa 68 Beija Flor™ Perfume Mist | Tropical Floral Body Fragrance – 240 ml

Escape to a tropical paradise with Cheirosa 68 Beija Flor™ Perfume Mist — a vibrant, floral fragrance inspired by Brazil’s colorful Tropicália Movement and the beauty of Rio’s lush seaside gardens.

Bright, playful, and irresistibly fresh, this enchanting body mist opens with juicy Pink Dragonfruit and sweet Lychee Essence, creating an energizing tropical burst. Soft floral notes of Brazilian Jasmine, Hibiscus, and airy Ocean Air bloom at the heart of the fragrance, while Sheer Vanilla and warm Sun Musk leave behind a smooth, sun-kissed finish.

Lightweight and easy to layer, this perfume mist leaves your skin delicately scented with a radiant tropical glow.

Fragrance Notes

Top Notes

• Pink Dragonfruit
• Lychee Essence

Mid Notes

• Brazilian Jasmine
• Ocean Air
• Hibiscus

Dry Notes

• Sheer Vanilla
• Sun Musk

Why You’ll Love It

• Bright tropical floral fragrance
• Lightweight body mist perfect for layering
• Refreshing, feminine, and beach-inspired scent
• Sweet fruit notes balanced with soft florals and musk
• Perfect for everyday wear and vacation vibes
• Leaves skin lightly scented and refreshed

Inspired by Rio’s Garden by the Sea

Cheirosa 68 captures the feeling of sunshine through palm trees, ocean breezes, and blooming tropical flowers — a joyful fragrance experience inspired by beauty, music, culture, and carefree summer energy.

Perfect For

• Fans of fruity floral fragrances
• Beachy, tropical scent lovers
• Everyday signature fragrance wear
• Layering with body lotions and creams
• Spring and summer self-care routines

How to Use

Mist generously onto skin, hair, and pulse points such as wrists, neck, and shoulders. Reapply throughout the day for a refreshing fragrance boost.

SEO Short Description

Tropical floral perfume mist with notes of pink dragonfruit, lychee essence, Brazilian jasmine, hibiscus, sheer vanilla, and sun musk. Lightweight body fragrance spray inspired by Rio’s beachside gardens and vibrant tropical energy.