A base — a blend, so no CAS number · Synthetic · Base note · Dry woody balsamic
Woody 55%Resinous 27%Sweet 18%
woody 82%sweet 18%
What does Oud Synth 10760 E smell like?
Woody and balsamic. A blended reconstitution of aloeswood, very true to the natural essential oil: intensely woody, reminiscent of vetiver, with sweet balsamic undertones. Being a full reconstruction rather than a specialty built around a natural oud, it is the economical way to carry an agarwood note through a woody base, and the vetiver-like dryness lets it blend cleanly into cedar, patchouli and vetiver accords instead of sitting on top of them.
woodybalsamicsweetdryearthytenacious
Impact
7 of 10
Typical dilution
10% in solvent
What else is Oud Synth 10760 E called?
Oud Synth 10760
What can replace Oud Synth 10760 E?
Computed, not collected from forums. A pair covers together what one
cannot. The number is the engine's match, not a promise.
Counted from the file the app ships, the moment this page was
built.
Oud Synth 10760 E
A written odor description
yes
Olfactive families, in dominance order
3
Sub-categories under them
2
Impact, out of 10
7
Hours on a blotter
estimated from family and band
CAS number
not on file
Supplier and trade synonyms
1
Constituent breakdown
not on file
All 2,027 materials
Described in words
every one
Impact rating out of 10
every one
Classified into an olfactive family
1,989
Carrying several families, in order
1,893
Sub-category assignments
7,409 across 214 pairs
A top / heart / base band
1,974
Hours on a blotter
441
CAS number
1,487
Supplier synonyms
5,222 names
Constituent breakdowns
667
Every
regulatory join - IFRA, GHS, allergens - is by CAS number, and a material can
supply one through its constituents as well as its own row, so of the
540 materials carrying no CAS number the 248 without a
constituent table are the ones that return "nothing known" rather than
"nothing applies". The blotter hours are sourced rather than measured by us, and the app
labels every one of them an estimate. There is no physical chemistry on a row:
no molecular weight, no vapour pressure, no boiling point.
The longer answer, or
the whole catalog counted.