In short
Nerolin bromelia is the traditional name for 2-ethoxynaphthalene, the ethyl relative of yara yara. It has a softer, sweeter orange-blossom odour with a fruity facet.
What Nerolin Bromelia smells like
Nerolin Bromelia (2-ethoxynaphthalene) has an odour suggestive of orange blossom with a faint fruity undertone; its taste suggests strawberry, but only at extreme dilution. A distributor compares the naphthyl ethers: yara yara, the methyl ether, is the most intense and industrial, with a harsh naphthalene edge; Bromelia is softer and rounder, keeping the orange-blossom character with less harshness.
- Leading note
- Soft orange blossom
- Supporting facets
- Faint fruit
- Faint facets
- Strawberry, in taste
- Character
- Soft, sweet, rounded
What makes Nerolin Bromelia distinctive
The gentler naphthyl orange blossom — rounder and less harsh than yara yara.
How Nerolin Bromelia is used
Used for soft orange-blossom effects in soap and functional fragrance.
Typical role: modifier (used in small amounts to change the character of a blend); fixative (slow to evaporate; helps a blend last and holds lighter notes).
How Nerolin Bromelia differs from similar materials
- Yara Yara
- A distributor describes yara yara as more intense and industrial, with a harsh naphthalene edge; Bromelia is softer and rounder. (compared directly by a cited source)
An asterisk marks a difference that a cited source states directly. The others compare the published descriptions of each material. Smell varies with grade, supplier and dilution; compare them side by side on blotters before substituting one for another.
Formulation considerations
A solid that must be dissolved.
Identity and classification
- Type
- Aroma chemical
- Origin
- Synthetic
- Odour family
- Floral / Fruity
- Note position
- Heart to base note
- Physical form at room temperature
- Solid
- Also known as
- 2-Ethoxynaphthalene, Ethyl beta-naphthyl ether, Neroline
- CAS number
- 93-18-5
- Molecular formula
- C12H12O
- Molecular weight
- 172.22 g/mol
- IUPAC name
- 2-ethoxynaphthalene
The CAS number, formula and molecular weight are taken from PubChem compound 7129, whose own record lists this CAS number; checked 19 October 2026.
Safety and compliance
Hazard classification of the neat substance, as PubChem summarises it, read 26 October 2026. Companies notifying the ECHA C&L Inventory classify it (1,877 reports): H411 toxic to aquatic life with long lasting effects (95.6% of reports); H315 causes skin irritation (95.5% of reports); H319 causes serious eye irritation (25.4% of reports). 38 of the reports find it does not meet the hazard criteria. Unless it is harmonised, this is the notifiers' own classification, not a binding one.
This page is general information, not a safety assessment or a specification. Confirm identity, composition, IFRA status and allergen content from your supplier's documents for the lot you hold.
Materials it works with
Used in formulas and accords
Used in 2 published formulas
Nerolin Bromelia is an ingredient in 2 perfume formulas in the Formula & Accord Library.
RUŌOD House Originals
Original compositions by RUŌOD House.
Further reading
Questions about Nerolin Bromelia
Is Nerolin Bromelia natural or synthetic?
Nerolin Bromelia is synthetic — it is made by chemical synthesis.
What is the CAS number of Nerolin Bromelia?
93-18-5. It was checked against PubChem on 19 October 2026.
Which published formulas use Nerolin Bromelia?
Nerolin Bromelia is used in 2 published formulas in the RUŌOD Lab Formula & Accord Library: Mandarin Tiles and Orange Blossom Chalk. Each is listed with a link under "Used in formulas and accords" on this page.
Sources
- PubChem — compound 7129, checked 19 October 2026.
- PubChem — GHS classification (the ECHA C&L Inventory notifications and any harmonised EU entry), read 26 October 2026.
- ChemicalBook — 2-ethoxynaphthalene (CAS 93-18-5) — odour database.
- Fraterworks — Nerolin Bromelia — distributor's description.
- Sigma-Aldrich — 2-ethoxynaphthalene — manufacturer's description.
- Olfactory profile: the RUŌOD Lab team's synthesis of the published descriptions above, reviewed 20 October 2026. Evidence: more than one published description. Classification and the short description: revision 1. Descriptions of odour are judgement, not measurement.








