Tuberolide exudes a rich, creamy floral scent that is, like the tuberose flower itself. It carries a soft, velvety quality that envelops the senses in a rich, warm embrace. the heady arom a of freshly picked tuberose blossoms, sweet yet slightly green, with a hint of fruitiness that adds depth. The scent profile is complex, with nuances that can carries feelings of warmth, sensuality, and complexity.
Scent Evolution
When inhaled, tuberolide unfolds gradually. The initial impression is a bold burst of floral sweetness, which then transitions into a softer, more rounded profile that feels almost buttery. This creamy aspect contrasts beautifully with sharper floral notes, creating a balanced balance that is both striking and inviting. As it develops, tuberolide maintains its floral integrity while integrating smooth with other elements in a fragrance.
Evolution over time
Immediately
Immediately
Bold floral sweetness with creamy nuances
After a few hours
After a few hours
Soft, rounded floral profile emerges
After a few days
After a few days
Subtle warmth and depth remain
The Full Story
Tuberolide is a particular fragrance ingredient that captures the essence oftuberose, a flower respected for heady arom a. This compound smells a lactone, which contributes to its creamy and smooth profile. Tuberolide has grown in perfumery because it can carries a sense of luxury and romance. The ingredient is synthesized for its consistent quality and potency.
Origin and Production
Historically, tuberose has been recognized in various cultures for its alluring scent, often associated with love and sensuality. Tuberolide, mimicking the characteristics of this popular flower, has become a staple in modern fragrance compositions. Its versatility allows it to be used in both floral and amber fragrances, bridging the gap between natural beauty and synthetic innovation in perfumery.
Chemistry and Scent Profile
in perfumery, tuberolide is significant for its olfactory beauty and because it can enhance and support other notes. Perfumers appreciate its role as a fixative, helping to extend the longevity of a fragrance while maintaining a soft, enveloping presence. The emergence of tuberolide in contemporary compositions signifies perfumery creati on, as it has both stability and a rich olfactory experience that draws attenti on the senses.
Chemical Properties
Tuberolide (CAS: 33673-62-0, Molecular Formula: C10 H18 O2). Boiling Point: 260.94 °C. @ 760.00 mm Hg (est). Flash Point: 248.00 °F. TCC ( 120.00 °C. ). Vapor Pressure: 0.012000 mmHg @ 25.00 °C. (est).
Did You Know?
Tuberolide's creamy arom a is so arresting that it has been used in both perfumes and scented candles to carries a sense of luxury and romance.
Tuberolide (CAS 33673-62-0) was specifically designed to reproduce the creamy, lactonic quality of natural tuberose absolute — a material requiring approximately 3,600 kg of hand-picked flowers to produce 1 kg of absolute.
Extraction & Chemistry
Extraction method: Synthetic production
Molecular Formula
C10 H18 O2
CAS Number
33673-62-0
Botanical Name
N/A — synthetic molecule
IFRA Status
No known restrictions
Synonyms
TUBEROSE LACTONE
Physical Properties
Odor Strength
Medium
Lasting Power
168 hours at 100.00%
Appearance
colorless to pale yellow clear liquid
Boiling Point
260.94 °C. @ 760.00 mm Hg (est)
Flash Point
248.00 °F. TCC ( 120.00 °C. )
In Perfumery
In perfumery, tuberolide is a heart note, lending a rich floral foundation that can anchor a composition. Its creamy, smooth characteristics make it an excellent pairing with other floral notes, such as jasmine or rose, allowing for a range of scents. tuberolide can complement warm base notes like sandalwood and amber, enriching their tactile qualities while adding a touch of floral elegance. This adaptability ensures that tuberolide can be utilized in a wide array of fragrance families, from soft florals to bold ambers.
