Woody > Sandalwood > Milky

Osyrol®

Acsantol ; Dihydromethoxyelgenol ; 3,7-dimethyl-7-methoxy-2-octanol ; 3,7-dimethyl-7-methoxyoctan-2-ol ; Elesant ; 7-methoxy-3,7-dimethyloctan-2-ol ; Methoxyelgenol ; Methoxytrimethylheptanol ; Osirol ; Sandal octanol

Osyrol® (CAS N° 41890-92-0)​

Photo credits: ScenTree SAS

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Information Générales

General Presentation

  • CAS N° : : 41890-92-0

  • EINECS number : 255-574-7

  • FEMA number : Donnée indisponible.

  • Density : 0,9

  • 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 : 230°C

  • Detection Threshold : Donnée indisponible.

  • Molecular formula : C11H24O2

  • Log P : 2,76

  • Molecular Weight : 188,31 g/mol

  • Fusion Point : 8°C

  • Flash Point : >110°C (>230°F)

  • Vapor pressure : Lorem Ipsum

Utilisation

Uses

Other comments :

Osyrol® is a milky sandalwood note that does not have a real distinctive undernote, as Javanol® and Sandalore® for example.

Stability :

Stable in perfumes and various functionnal bases.

Uses in perfumery :

Osyrol is used to bring a milky and round touch to a woody note and in sandalwood accords. It is less impactant than Javanol® or Bacdanol®, and can flatten the accord if overdosed.

Year of discovery :

1972

Isomerism :

Osyrol® has two asymmetric carbons. This gives birth to four possible isomers for this molecule. A mixture of these isomers is used in perfumery.

Synthesis precursor :

Osyrol® is not a precursor for the synthesis of another material used in perfumery.

Natural availability :

Osyrol® is not reported as found in nature, and can thus not be extracted from any plant.

Synthesis route :

Osyrol® synthesis is done starting from Dihydromyrcene, reacting it with hydrochloric acid during a hydrochlorination reaction. The obtained chlorinated compound undergoes methoxylation using methyl iodide, in the presence of lithium carbonate for example. Subsequently, an epoxidation reaction is carried out, reacting the remaining alcene function with a peracid, forming the epoxide. This epoxide can be hydrogenated in the presence of Raney nickel and trimethylamine, to obtain final Osyrol®.

Utilisation

Regulations & IFRA

This ingredient is not restricted

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