
Trans-Nerolidol (≥98%) | 40716-66-3
Description
Trans-Nerolidol (CAS 40716-66-3) is a sesquiterpenoid of significant commercial importance, first isolated from orange blossoms. It is prized for its fresh, sweet, fruity aroma combined with gentle calming and focus-enhancing properties, making it highly sought after in both fragrance creation and functional applications.
With its bright fruity character, exceptional longevity, and outstanding coordination and fixation capabilities, trans-nerolidol (particularly the orange blossom profile) excels in a wide range of fragrance families, including orange blossom, narcissus, apple, citrus, and many floral-fruity accords. Its distinctive scent signature and superior performance make it an ideal building block for modern luxury fine fragrances, functional perfumes, personal care products, household items, and food flavor systems, where it dramatically enhances overall fragrance depth, naturalness, and diffusive elegance.
Genvera Labs has developed a breakthrough biosynthetic process that completely overcomes the traditional limitations of plant extraction — low yield, high cost, and strong seasonality. This advanced microbial platform delivers a reliable, high-purity, sustainable, and cost-effective supply of trans-nerolidol, perfectly positioned to meet the rapidly growing demand from premium fragrance houses, cosmetics brands, daily chemical manufacturers, and functional product developers.
Trans-Nerolidol Specifications
CAS 40716-66-3
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Our Competitive Edge
Unmatched Purity – ≥98%, exceeding industry norms for maximum bioactivity and minimal impurities.
Sustainable Production – Bio‑based manufacturing eliminates the environmental impact of traditional chemical synthesis.
Customizable Supply Solutions – Flexible specifications and formulation support tailored to client needs.

All ingredients from Genvera Labs are manufactured using advanced synthetic biology platforms, ensuring ultra‑high purity, batch‑to‑batch consistency, and full traceability.
We don’t just meet specifications—we engineer them.

