Borouj Gravity cologne was launched in 2020 as an amber and vanilla fragrance for both men and women. Borouj is known for successfully crafting Arab-inspired fragrances that are tempered for Western noses. With Gravity cologne, they have succeeded in creating a mystical fragrance that is intense without being overwhelming.

Gravity cologne opens with a singular note of lily that blends with a heart of rose and geranium. The base transforms a simple floral scent into something sensual and mysterious with layers of vanilla, agarwood, and ambergris.

There is no denying the floral head and heart of Borouj Gravity cologne, but this is no delicate perfectly pruned flower garden. This is the fragrance of flowers made fragrant by the heat of an Arabian sun blended with the earthy scent of musky ambergris and hypnotic oud, evoking feelings of romance and sensuality.

Borouj Gravity cologne is an amber and floral eau de parfum. It was designed as a shared scent for both women and men.

Top Notes: lilyHeart Notes: geranium, roseBase Notes: vanilla, agarwood, ambergris
What season is Borouj Gravity Cologne best for?
Arab-inspired fragrances replete with oud and ambergris really need heat to fully blossom and can only truly be appreciated in summer.

The intensity and sensuous quality of Gravity cologne make it the perfect choice for evening affairs and romantic interludes.

Borouj Gravity cologne was designed as a shared scent and can be enjoyed by anyone who favors an intense amber and floral fragrance.

While amber fragrances develop best against the heat of pulse points at the wrists, neck and behind the ears, you can achieve a lighter application by spritzing it on clothing or lightly spraying in your hair rather than applying to the skin.

As an eau de parfum, Borouj Gravity cologne contains up to a 20% concentration of pure perfume oil giving it up to 8 hours and strong sillage and projection. All fragrances will perform differently based on the wearer's body chemistry and amber fragrances in particular gain in strength and projection in warm environments.