Aqua Allegoria Forte Florabloom - Eau de Parfum

The Aqua Allegoria fragrance collection celebrates the wonders of the world. Each creation pays tribute to the beauty... see more

The Aqua Allegoria fragrance collection celebrates the wonders of the world. Each creation pays tribute to the beauty of nature and takes us on a journey of discovery through exceptional raw materials and notes, enhanced by our perfumer-explorers.

Discover Florabloom Forte, an irresistible addiction to tuberose in the light of the setting sun, blended with the sensual scent of Grasse Centifolia rose and warmed by the intensely powdery notes of violet and iris. A multicoloured floral bouquet of absolute generosity, underscored by the power of sandalwood and the velvety softness of moss. A creation inspired by the dazzling spectacle of desert super blooms, a rare natural phenomenon where intense rainfall brings a carpet of flowers in a thousand colours to life.

“Florabloom is a tribute to nature’s power and beauty, both wild and so poetic.” - Delphine Jelk, Guerlain Perfumer

Aqua Allegoria Forte, the intense collection, is a warm, enveloping journey into the heart of the world’s wonders: Eau de Parfum fragrances celebrating the intense beauty of nature, revealed by the golden rays of a setting sun.

A true symbol of Guerlain’s commitment to the planet, Aqua Allegoria Forte fragrances are made with more than 90% ingredients of natural origin*. The French beetroot alcohol in their formulas comes from a supply chain committed to responsible farming.

Aqua Allegoria fragrances come in bottles that can be unscrewed, refilled and recycled, made in France from 15% recycled glass. The 200 mL refill extends the life of the Aqua Allegoria bottle without compromising on quality. The spray nozzle can be unscrewed by hand so that the bottle can be refilled using an easy-to-use refill with an anti-drip system. It cannot be used on its own and is compatible only with the 125 mL and 75 mL refillable bottles.

*In accordance with ISO 16128, including water in the calculation. Show less