Citrus > Citric > Green > Rosy

Lemonile®

3,7-dimethylnona-2,6-diene nitrile

Lemonile® (CAS N° 61792-11-8)​

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Information Générales

General Presentation

  • CAS N° : : 61792-11-8

  • EINECS number : 263-214-5

  • FEMA number : Donnée indisponible.

  • Density : 0,87

  • Optical rotation : Lorem Ipsum

  • Allergens : This ingredient does not contain any allergen.

  • Refractive Index @20°C : Lorem Ipsum

  • Volatility : Base

  • Price Range : €€€

  • Appearance : Colorless liquid

  • FLAVIS number : Donnée indisponible.

  • JECFA number : Donnée indisponible.

Information on synthetic ingredients

  • Acid Value : Lorem Ipsum

  • Boiling Point : 247°C

  • Detection Threshold : Donnée indisponible.

  • Molecular formula : C11H17N

  • Log P : 3,9

  • Molecular Weight : 163,26 g/mol

  • Fusion Point : Donnée indisponible.

  • Flash Point : 78°C

  • Vapor pressure : Lorem Ipsum

Utilisation

Uses

Other comments :

Lemonile® does not have to be used in candle base. It also has a better tenacity than Geranonitrile®, a structurally close molecule. It is one of the only zesty note having a great tenacity.
Great synergy with Kephalis®, in 20/80 proportions (zesty and sparkling wood).

Stability :

Very stable in perfumes and in all functional bases.

Uses in perfumery :

Lemonile® is used in lemon, verbena and lime accords, to bring freshness and diffusivity.

Year of discovery :

Data not available.

Isomerism :

Lemonile® is in reality a mixture of three positional isomers. Indeed, the double bond closest to the nitrile function of the molecule is delocalizable, forming three possible molecules around the ramified carbon. The other double bond has a trans (E) conformation.

Synthesis precursor :

Lemonile® is not a precursor for the synthesis of another compound of olfactive interest.

Natural availability :

Lemonile® is not found in nature. It is thus impossible to extract it on a natural state.

Synthesis route :

Lemonile® can be synthesized in two steps, the first one being a Knoevenagel condensation of cyanoacetic acid on 6-methyloct-5-en-2-one, with pyridine and in toluene (as a solvent). This reaction is then followed by in situ decarboxylation, meaning that it occurs by itself.

Utilisation

Regulations & IFRA

This ingredient is not restricted

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