Listing ID #1646937
Company Information
Ask for more detail from the seller
Contact SupplierWe are involved in manufacturing, exporting & supplying of Eucalyptus Globulus Oil. The Eucalyptus Globulus Oil is obtained from the tall, beautiful and evergreen Eucalyptus tree that can grow up to 90 meters high (270 feet). The young trees of Eucalyptus are full of oval bluish-green leaves. The mature trees of Eucalyptus have creamy-white flowers, long and yellowish leaves and pale and smooth grey bark.
Description
The Eucalyptus tree is a beautiful tall evergreen that can grow up to 90 meters high (270 feet). The young trees have oval bluish-green leaves while the mature trees develop long, narrow, yellowish leaves, creamy-white flowers and a smooth, pale grey bark.
Common Names : Tasmanian blue gum or blue gum
Blends With : Pine, Thyme, Lavender, Rosemary, Marjoram, Cedarwood and Lemon
Constituents : a-pinene, b-pinene, a-phellandrene, 1,8-cineole, limonene, terpinen-4-ol, aromadendrene, epiglobulol, piperitone and globulol, eucalyptol, -pinene, -pinene, -pinene (1.5), -eudesmol, spathulenol, -cadinene, trans-elemenone and aromandendrene
Uses : Eucalyptus Globulus Essential Oil is fantastic on skin ailments such as burns, blisters, wounds, insect bites, lice and skin infections, as well as to combat the effects of colds and the flu.
Weight | Price in US$ |
---|---|
100 ML / 3.381 Oz | $4.88 |
500 ML / 16.907 Oz | $24.20 |
1000 ML / 33.814 Oz | $48.40 |
2000 ML / 67.628 Oz | $96.80 |
5000 ML / 169.070 Oz | $240.00 |
Botonical Name | Eucalyptus Globulus |
---|---|
CAS # | 8000-48-4 |
Country of Origin | China |
Color & Odor | Colorless to pale liquid @22C with Aromatic somewhat camphoraceous odor |
Solubility | Insoluble in water, soluble in alcohol and oils |
F.E.M.A. # | 2466 |
Specific Gravity | 0.91240 @ 72oF |
Optical Rotation | 2.73 |
Refractive Index | 1.4607 @ 72oF |
Flash Point | 56oC |
Major Constituents | Eucalyptol (49.0 %), -pinene (8.9), -pinene (1.5), globulol (6.9), -eudesmol (1.12), spathulenol (1.42), -cadinene (1.45), trans- -elemenone (1.23) and aromandendrene 2.3) |