Campholenic Aldehyde (Kosher/Halal)

GTC-269

Aldehydes

Campholenic Aldehyde (Kosher/Halal)

CAS No.
4501-58-0
Catalogue ID
GTC-269

Campholenic Aldehyde (Kosher/Halal), CAS 4501-58-0. Source-derived identification, physical data and applications are provided for catalogue reference; request the current specification, COA and SDS for the required grade.

Catalogue aliases / related identifiers

α-Campholenal; ALPHA-CAMPHOLENIC ALDEHYDE; Trimethyl cyclopentenyl acetaldehyde; Aromavert; Α-longine alkenal; alpha-Campholenal; CAMPHOLENIALDEHYDE; CAMPHOLENALDEHYD P

Supplied catalogue source: GTC-269 · Page 16

Reference data — confirm before ordering or use

The information below is a structured migration from the supplied catalogue snapshot. It is not a current product specification, COA or SDS. Confirm the actual supplier, grade, batch documents, classification, packing and destination requirements for your enquiry.


Basic Information of Campholenic Aldehyde

CAS No.:4501-58-0
EC No.:224-815-8
Linear Formula:C10H16O
Molecular Weight:152.23
Appearance:Colorless to pale yellow liquid
Odor:Powerful, fresh, camphorous, pine-like, with citrus facets
Odor Type:Herbal
Boiling Point:93.5-96 °C(Press: 19 Torr)
Density:0.916
Solubility:Immiscible with water; soluble in organic solvents.
Chemical Structure:cas-4501-58-0.jpg

Application Overview

Campholenic Aldehyde's high reactivity is maximized as a versatile synthetic building block in the aroma chemical industry:

  • Synthetic Musk Production: This is its most critical application. It is the primary precursor for a wide range of commercially successful synthetic musk compounds (e.g., Cyclacene, and related molecules) which are vital for adding depth, warmth, and tenacity to fine fragrances and consumer products.

  • Sandalwood Synthetics: It is also a key starting material for producing numerous synthetic sandalwood notes that serve as ethical and cost-effective alternatives to natural sandalwood oil.

  • Specialty Flavor & Fragrance Building: While generally not used neat, its derivatives are used to synthesize compounds with pine, camphor, herbal, or specific citrus flavor and fragrance profiles.

  • Chemical Intermediate: The aldehyde functional group makes it highly reactive, enabling it to undergo various chemical transformations, including reduction to the corresponding alcohol (Campholenol) or condensation reactions.


  • Aldehyde Purity & Stability: Our Campholenic Aldehyde is meticulously purified to achieve minimal water and acid content. This critical purity ensures that the aldehyde functional group is fully reactive for your intended condensation or synthesis reactions, maximizing the yield of complex downstream fragrance molecules.

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  • 01Current specification
  • 02Batch or sample COA
  • 03Product- and supplier-specific SDS
  • 04Packing and shipping review
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