IMGN
Depth… when it feels light.
The fragrance opens with a fresh, vibrant citron note, like an elegant breeze carrying effortless lightness and striking confidence, then tea arrives with its refined calm, adding a layer of quiet depth and distinction, before ambroxan brings a clean, warm, modern finish that clings to memory in a way that is hard to explain.A fragrance like an intelligent mind and an elegant presence…the closer you get, the more you discover within it.
7.00 KD - 50 ml
Free delivery on orders over KD 20.
Gender:
As if its elegance is a captivating sound whose source you cannot trace.
Citron
Tea
Ambrox
Shared DNA
FAQs
What does IMGN smell like?
IMGN smells crisp, transparent and modern. It opens with bright citron, develops through the calm aromatic clarity of tea and settles into a smooth, clean ambrox base.
What are the main notes in IMGN?
The composition is shaped by citron in the opening, tea at the heart and ambrox in the base.
Is IMGN simply a citrus fragrance?
Citron gives IMGN its initial brightness, but tea and ambrox add calm, texture and structure. The result is fresher and more layered than a straightforward citrus composition.
How does IMGN change after application?
It begins with luminous citrus freshness, becomes calmer and more aromatic through tea, then settles into a clean and softly structured finish.
What type of fragrance is IMGN?
IMGN is a transparent fresh fragrance with citrus, aromatic tea and modern ambrox facets.
Who may naturally enjoy IMGN?
It may appeal to people who prefer clarity, restraint and modern freshness, particularly when they want a fragrance that feels light without feeling simple.
Is IMGN suitable for everyday use?
Its clean, balanced character makes IMGN feel naturally suited to everyday wear, while its layered composition continues to reveal new facets throughout the day.
Which SAME fragrances can I explore after IMGN?
Within the current SAME relationship model, IMGN connects naturally with HCVT and VLAY through freshness, and with BKRA as a contrasting exploration of greater warmth and density.