Anther® (CAS N° 56011-02-0)​

Photo credits: ScenTree SAS

Anther®

Fruity > Tropical Fruits > Lactonic > Lavender > Butyric

Antherex® ; Pommerol® ; 2-(3-methylbutoxy)ethylbenzene ; Isoamyl phenethyl ether ; Isoamyl phenyl ethyl ether ; Florether ; Green ether ; 3-methyl butyl oxyethyl benzene ; 3-methylbutyl 2-phenylethyl ether ; Isopentyl phenethyl ether ; Phenethyl isoamyl ether ; Phenylethyl isoamyl ether ; Treflon

Anther® (CAS N° 56011-02-0)​

Photo credits: ScenTree SAS

Company Ingredient Name ID Comments Naturality Certifications MOQ Purity
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PHENYLETHYLISOAMYL ETHER PEIE-1 Visit website Je me procure cet ingrédient - 10 grs -

PHENYLETHYLISOAMYL ETHER

ID : PEIE-1

Certifications :

Information Générales

General Presentation

  • CAS N° :

    56011-02-0
  • EINECS number :

    259-943-3
  • FEMA number :

    4635
  • FLAVIS number :

    Donnée indisponible.
  • JECFA number :

    2136
  • Volatility :

    Head
  • Price Range :

    €€
Physico-chemical properties

Physico-chemical properties

  • Appearance :

    Colorless liquid
  • Density :

    0,903
  • Refractive Index @20°C :

    Donnée indisponible.
  • Optical rotation :

    Donnée indisponible.
  • Vapor pressure :

    Donnée indisponible.
  • Flash Point :

    > 93°C (> 199,4°F)
  • Molecular formula :

    C13H20O
  • Molecular Weight :

    192,3 g/mol
  • Log P :

    Donnée indisponible.
  • Fusion Point :

    Donnée indisponible.
  • Boiling Point :

    110°C (230°F)
  • Detection Threshold :

    Donnée indisponible.
Utilisation

Chemistry & Uses

Uses in perfumery :

Anther® is usually used in fruity notes to bring out a floral and aromatic effect, close to lavander.

Year of discovery :

Data not available.

Natural availability :

Anther® is not found in nature.

Isomerism :

Anther® is a constitutional isomer of alpha-Damascone® and beta-Damascone® and alpha-Ionone and beta-Ionone. Nevertheless, it doesn't have the same smell as these molecules.

Synthesis precursor :

Anther® is not a precursor to the synthesis of any other molecule used in perfumery.

Synthesis route :

Anther® can be synthesized from Phenyl Ethyl Alcohol, using a Williamson synthesis. This reaction consists in ionizing the alcohol by subjecting it to the action of a reducing metal as pure sodium or potassium. Following this first step, adding a haloalkane to the reaction mixture, here halo-3-methylbutane, transforms the alcoholate and the alcane into an ether.

Stability :

Stable in perfumes and in diverse functional bases.

Other comments :

Data not available.

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