Liliphenal
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Chinese Name: 海金醇
English Name: Liliphenal (Bourgeonal of Givaudan)
CAS No.: 18127-01-0
Core Features
It is one of the most effective synthetic aroma chemicals for replicating the scent of natural lily-of-the-valley. Even in trace amounts, it constructs a complete, natural white floral bouquet.
It perfectly captures the fresh, dewy bloom of lily-of-the-valley, blending the soft elegance of jasmine and orange blossom to impart a vibrant "spring garden" essence to fragrances.
It seamlessly bridges green, citrus, aquatic, and musky elements, enhancing the transparency and depth of the overall fragrance composition.
Despite being considered a top-to-middle note, its high activity and moderate volatility enable it to continuously release a fresh floral scent throughout the fragrance's duration, with its sophisticated nature being most apparent in the middle notes.
Main Applications
Core component in white floral accords such as lily-of-the-valley, lily, and orange blossom;
Key fresh support in green-floral and aquatic-floral compositions;
It is used in modern women’s fragrances to evoke a "clean skin" sensation and a sophisticated powdery ambiance.
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It is widely used in premium shower gels, shampoos, soaps, and skincare products. Even minimal additions convey a luxurious association with "fresh floral notes reminiscent of just-showered cleanliness."
It provides a lasting, non-cloying clean floral base in laundry detergents and fabric softeners, enhancing the sensory value of the product.
Usage Recommendations and Precautions
Dosage: requires precise control.
Recommended usage in fragrance compound: 0.05%-2%;
Commonly used at 0.5%-3% in perfume formulations;
Compatibility:
- Combined with Hydroxycitronellal, Linalool, and Benzyl Acetate to create a rich bouquet of lily-of-the-valley and jasmine;
- Paired with Florhydral® and Melonal to enhance aquatic greenness and fruity freshness;
- Paired with Galaxolide and Ambroxan to extend longevity and reinforce a clean dry-down.
Dilution Recommendation:
Pre-dilution to 1%-10% (e.g., in ethanol, DPG, or TEC) is advised to ensure accurate measurement, even dispersion, and reduced potential sensitization risk.
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