α-Ionone (Standard): A Comprehensive Overview
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α-Ionone a represents a cyclic monoterpenoid ketone, commonly utilized in fragrance sector for its typical violet with slightly powdery odor. Pure α-Ionone generally indicates to a form with E configuration, although minor portions of different isomers, such β-Ionone, can even be detected. It’s aromatic character allows it an essential ingredient for cosmetics, taste, plus several household products. Additional research persists to explore its natural characteristics and possible uses.
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Understanding α-Ionone (Standard) - Properties & Uses
α-Ionone alpha-ionone (Standard) common is is a the crucial crucial aroma fragrance chemical compound within in the a fragrance scent and and flavor flavor industries sectors. It That belongs falls to to the a ionone ionone family group, exhibiting exhibiting a a characteristic distinct violet purple and even woody woody odor odor. Chemically Chemically, it it presents offers as as a the colorless pale to to yellow golden liquid fluid. Its That’s key principal properties properties include include relatively comparatively low low volatility volatility and even excellent excellent fixative agent qualities properties, helping assisting to to stabilize preserve other other fragrance fragrance components elements.
- Appearance: Pale to Yellow Liquid
- Odor: Violet & Woody
- Use: Perfume compositions, Essence creation
- Function: Agent for Various scents
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127-41-3: The Chemical Profile of α-Ionone (Standard)
α-Ionone, identified by the CAS number 127-41-3, constitutes a key fragrance ingredient widely incorporated in perfumery and aroma creation. Structurally , it falls to the ionone family , characterized by a unique woody, violet odor. Its chemical formula is C13H18O, and its typical appearance appears a golden oil. Several isomers are present, but the "standard" designation generally refers to the (E)-isomer. Analysis reveals a intricate mixture of similar molecules, contributing to its click here overall olfactory profile and ensuring its exceptional sensory effect .
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α-Ionone (Standard) in Fragrance & Flavor: A Detailed Look
{α-Ionone, this fragrance, aroma, scent compound, and its standard, typical, common form, plays a significant, crucial, important role in both the perfume, fragrance, scent and flavor, taste, essence industries. Derived from, Obtained from, Extracted from carotenoids, typically beta-carotene, carotene, provitamin A, it presents a unique, distinct, characteristic odor, aroma, smell often described as woody, violet-like, powdery with hints of violet, iris, flowers. Its usage, The application of, Employing α-Ionone allows formulators, creators, perfumers to impart warmth, depth, richness and a subtle, delicate, refined floral note, nuance, tone to perfumes, colognes, scents and a sweet, fruity, powdery profile to foods, beverages, flavors. Regulations, Laws, Guidelines surrounding its employment, use, application vary globally, internationally, by region and must be, need to be, require to be carefully observed, followed, respected for safety, consumer health, well-being. Further, More, Additional research, study, investigation continues to explore its potential, emerging uses, new applications in various fields, different areas, numerous sectors.
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Quality Control & Analysis of α-Ionone (Standard)
Rigorous control procedures are essential for verifying the concentration and authenticity of α-Ionone material. Evaluation typically incorporates several techniques, including volatile analysis (GC) coupled with compound spectrometry (MS) to establish the occurrence of any impurities. Specific turning is frequently assessed to verify structural purity. Additionally, radiation (IR) examination delivers a profile for identification. Reliable measurement is conducted through reference to qualified reference materials.
- GC-MS evaluation
- Specific turning
- IR examination
Sourcing and Applications of α-Ionone (Standard) (127-41-3)
α-Ionone α (Standard), known by CAS number 127-41-3, is derived primarily from organic sources, most notably via the dehydrogenation of citral . Large-scale synthesis frequently involves manufactured processes, using 2-methylbutane and geranial as key base materials . Its distinctive floral fragrance allows it widely desirable in the perfume market, lending to layered scents . Apart from scents, α-Ionone finds utility in culinary recipes , giving a sweet tone . Furthermore, it is utilized as an precursor in the synthesis of alternative scent ingredients.
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