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HS Code |
808510 |
| CAS_Number | 141-16-2 |
| Molecular_Formula | C13H24O2 |
| Molecular_Weight | 212.33 g/mol |
| IUPAC_Name | 3,7-Dimethyloct-6-en-1-yl butanoate |
| Appearance | Colorless to pale yellow liquid |
| Odor | Fruity, citrus, sweet |
| Boiling_Point | 274-276°C |
| Density | 0.876 g/cm³ at 25°C |
| Solubility_in_Water | Insoluble |
| Flash_Point | 106°C |
| Refractive_Index | 1.454 - 1.458 at 20°C |
As an accredited Citronellyl Butyrate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Citronellyl Butyrate is packaged in a 500 mL amber glass bottle with a leak-proof cap and chemical hazard labeling. |
| Shipping | Citronellyl Butyrate should be shipped in tightly sealed containers, protected from light and moisture. It is typically transported as a liquid in drums or bottles, following standard chemical shipping regulations. Ensure proper labeling, use of compatible packaging materials, and storage at cool, ventilated conditions to avoid degradation and leaks during transit. |
| Storage | Citronellyl butyrate should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of ignition. Keep the container tightly closed when not in use. Store away from oxidizing agents, acids, and bases. Ensure proper labeling and secure storage to prevent leaks or spills. Recommended storage temperature is below 25°C (77°F). |
Applications of Citronellyl Butyrate in Industrial ManufacturingAs a direct producer of Citronellyl Butyrate, we supply this high-purity aroma ester to specialized segments of the food, fragrance, personal care, and flavor industries. Below you will find a detailed overview of real downstream applications, with scenario-specific processing, regulatory, and formulation information based on established industry practice. 1. High-Grade Flavor Formulation for Confectionery and Baked GoodsManufacturers of sweet-flavored confectionery products and bakery fillings use this ester for natural, long-lasting fruity notes, especially in premium hard candies, taffy, and filled cookies. It is commonly deployed to enhance citrus, melon, and tropical profiles, imparting a refined, rounded orchard aroma. During production, it is generally solubilized in a flavor base and introduced at the late blending or post-cooking stage, ensuring that the volatile character is preserved even after thermal processing. Industry compliance standards
Typical usage ratio
Downstream process integration
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2. Fine Fragrance Compounding for Eau de Toilette and Body MistCitronellyl Butyrate features prominently in the formulation of light, fresh fine fragrances targeting the mass and luxury sectors, including Eau de Toilette and body mist products. Its distinctive green-citrus aroma provides top and middle note complexity, especially within floral and fruity themes. Perfumery compounding facilities weigh and dilute this ester under controlled conditions, with process analytics confirming batch-to-batch consistency and regulatory traceability. Addition occurs during the concentrate phase, ahead of final alcohol dilution and controlled maturation. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Flavor Enhancement in Beverage PremixesBeverage concentrate producers rely on Citronellyl Butyrate for its robust citrus and melon-likeness, which refines the taste of sports drinks, juice blends, and low-alcohol cocktails. The ester provides character-lifting accents in beverage syrups, entering the mixing tank together with other aromatic and functional ingredients after major pasteurization steps. Liquid concentrated bases are tested for distribution uniformity and flavor stability before being dispensed to filling lines for downstream canning or bottling. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. Aromatic Additive in Personal Care Rinse-Off ProductsIndustrial-scale toiletries factories utilize this raw material as a specialized fragrance component in shampoos, shower gels, and foam baths. Its subtle sweet-green floral signature delivers sophisticated scent notes to personal care brands that focus on freshness and mildness. The ester integrates into surfactant bases during the cooling stage—after neutralization and viscosity adjustment—so that volatiles are not lost to process heat, and aroma uniformity remains consistent through large-volume batch mixing and subsequent QC validation. Industry compliance standards
Typical usage ratio
Downstream process integration
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5. Encapsulated Fragrance Technology for Fabric SoftenersProducers of encapsulated fragrances for home care use Citronellyl Butyrate to impart long-lasting, freshly laundered notes inside microcapsules for fabric softeners and laundry care applications. The controlled release of the aroma on textiles enhances the perception of cleanliness over time. The raw material is introduced during polymer encapsulate slurry formation, ensuring encapsulation efficiency and uniform distribution in the base before blending into bulk softener or scent-booster compositions. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
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Our work with Citronellyl Butyrate traces back more than two decades, covering the full journey from lab synthesis to large-volume shipping. Producing esters takes patience and control, and this compound, with its delicate fruity-floral aroma, draws extra attention on every production run. Customers across fragrance, flavor, and fine chemical industries rely on us for this raw material, so we refine every detail — not only for purity, but also consistent performance in demanding applications.
Our standard model of Citronellyl Butyrate achieves a minimum assay of 98% (GC), which matches the expectations of perfumers and flavorists looking for clean and vibrant notes. Physical specifications remain tightly controlled: the product emerges as a clear, colorless to pale yellow liquid, holding a characteristic scent reminiscent of fresh apple and rose, with a subtle citrus nuance. Water content stays under 0.2% (Karl Fischer), and acid value is always verified to remain within set bounds—maximizing stability and shelf life, two traits that matter a lot when you’re blending intricate formulas or operating high-throughput plants.
This compound’s CAS number, 141-16-2, provides global recognition, but real quality comes from hands-on manufacturing experience. Every batch gets traceability down to raw materials and reaction parameters. We control the esterification and distillation steps ourselves, adjusting time, temperature, and pressure for each run. Technicians run GC-MS and IR before, during, and after the final purification. Any deviation shows up transparently, and we never cut corners with post-synthesis handling or packaging integrity.
Citronellyl Butyrate’s reputation rests on its crisp, non-overpowering scent profile. It fits easily into apple, pear, peach, and citrus top-notes, which appear in fine perfumes and fruit-flavored food products. The butyrate group adds creamy, slightly buttery undertones, rounding out the sharper green and floral aspects of citronellol. Adding a fractional percentage into a flavor composition can punch up both realism and persistence, especially in beverages, confectionery, bakery, and dairy-type applications. Its IFRA-allowed levels provide creative leeway, supporting nuanced profiles without regulatory headaches.
Personal care and household cleaning industries turn to Citronellyl Butyrate for its low volatility and biodegradable nature. We’ve worked directly on optimizing it for long-lasting laundry detergents, luxury bar soaps, and surface cleaners, where it boosts both scent and residual freshness. Its compatibility with anionic and non-ionic surfactants means it won’t destabilize emulsions, cause phase separation, or induce unwanted side reactions. These technical realities grow from real-world manufacturing trials, not just reading spec sheets.
Citronellyl Butyrate differs noticeably from similar fruity esters. Compare it to Ethyl Butyrate, a common choice for sharp, candied pineapple notes. Ethyl Butyrate punches hard but fades quickly. Our product, on the other hand, brings body and depth — it sits longer in blends without dominating or turning artificial. Hexyl butyrate offers its own green fruit signature but can impart off-flavors or unwanted skin sensitization risks in higher concentrations. Citronellyl acetate, another relative, tends toward rose-citrus, but lacks the balancing creamy touch that butyrate delivers.
The backbone of citronellol provides enhanced fixative properties in fragrance bases. This trait proves itself in fine perfumery, where a few grams can extend the olfactive impact of expensive natural oils. As a flavor ingredient, Citronellyl Butyrate survives heat treatment better than most volatile esters, thanks to its molecular weight and moderate polarity. We learned this firsthand through stability testing with food technologists who need flavor retention post-baking or in shelf-stable beverages.
Blending Citronellyl Butyrate with pineapple, banana, or apple bases produces a rounded, true-to-nature top note that’s hard to recreate with single-molecule synthetics. This synergy comes to light in our own panel testing, where trained noses consistently rank blends incorporating our product above those using mass-market alternatives. High-purity, low-residual batches allow flavorists to experiment at both ppm and higher dosages without introducing taint or cloudiness—an edge for both cold and hot process manufacturing.
No two manufacturing plants are alike. Over the years, we’ve invested in dedicated glass-lined reactors and stainless steel pipelines to handle flavor and fragrance esters apart from mainstream industrial batches. Production lines for Citronellyl Butyrate need their own handling protocols—since this ester picks up off-odors from rubber gaskets or previous batch residues quicker than heavier chemicals. Our maintenance engineers treat filter media and process seals as single-use, with every piece replaced on lot changeover. We purge and nitrogen-blanket storage vessels to avoid oxidation.
Long-term customers see the results: closures always intact, no risk of hydrolysis on opening, and clean pours right to the drum’s last liter. Each shipment provides fresh, in-date BRC and FSSC22000 certifications, and technical documentation arrives direct from our chemists, not a sales desk. Our bulk formats—200L drums and 1,000L IBCs—offer tamper-evident seals, and for high-fidelity applications, we can fill in inert atmospheres or high-barrier multi-layer containers. This difference isn’t just process pride; it’s built from years solving customer headaches where off-smells or contamination ruined an otherwise good formula batch.
Responsible manufacturing goes beyond high yield or tight specs. Regulatory compliance matters at every level, especially in aroma chemicals. Our Citronellyl Butyrate comes from raw materials fully registered under REACH, kosher and halal where needed, and produced with minimal environmental impact. We recover solvents via on-site fractional distillation and return up to 97% into the process loop, keeping waste low and product quality high. Catalysts and byproducts undergo thermal treatment in an EPA-monitored facility, reducing environmental load and satisfying strict audit requirements from global flavor and fragrance multinationals.
Our production lines employ closed systems, protecting both our operators and the work environment from unnecessary exposure. Employee training spans more than hazard data—line workers know how to recognize quality by scent, viscosity, and clarity, keeping production standards high and fostering a safety culture. Emergency stop protocols tie straight into online batch analytics, so a single deviation causes a halt and investigation before packing proceeds. Our customers receive full traceability reports, detailing raw material certificates and testing logs—genuine transparency, not just regulatory checkboxing.
Supplying Citronellyl Butyrate can bring hurdles. Market demand for “natural” aroma chemicals often strains supply. True natural extraction from plants is energy- and labor-intensive, does not scale cost-effectively, and leads to fluctuations in purity—not to mention sustainability challenges around sourcing from endangered or slow-growing species. For these reasons, we synthesize Citronellyl Butyrate from renewable feedstocks where possible, optimizing every process for traceability and minimal synthetic steps. We communicate the origins and synthesis documentation to flavor houses, so they can meet clean-label requirements or provide full ingredient disclosure for regulatory filings.
Batch-to-batch variability remains a risk with such delicate molecules. High-temperature spikes or trace metal impurities can cause color bodies or introduce subtle off-notes that carry through blending. We counter these threats through strict analytics—tracking each critical parameter at each stage, using redundant testing teams and cross-checking results. In one example, a subtle but persistent bitter edge in a trial run traced back to a batch of incoming citronellol with elevated aldehyde content. By adapting our supplier auditing and adjusting raw material storage protocols, we eliminated the source and restored customer confidence. Field feedback and customer trials complete the feedback loop, giving us a direct line to real-world application data, not just lab results.
Manufacturers relying on us demand flexibility in both packaging sizes and delivery speeds. Our logistics teams provide both, orchestrating local transport or customs-cleared international shipments on short timelines. Each order triggers not just dispatch but personalized after-sales technical support—including on-site visits for troubleshooting production runs. Flavorists developing new beverage or ice cream blends have invited our chemists into tasting panels, helping identify off-notes or solubility issues at pilot and production scale.
Citronellyl Butyrate disperses well in oils and esters, but emulsification in high-water systems may challenge formulators. Our application lab has developed starter protocols, including surfactant pairings and pH recommendations, to help customers incorporate our product for the optimum sensory performance. Whether the goal is boosting the mid-notes of a luxury shower gel or delivering a rounded, ripe apple note in a sparkling beverage, we back every drum with insights drawn from both analytics and hands-on production runs. This ongoing dialogue, rather than hands-off supply, makes a genuine difference for our long-standing partners.
Both flavor and fragrance worlds face rapid changes in regulations, customer preferences, and eco-labeling. Citronellyl Butyrate, as an ingredient widely used in children’s products, confectionery, and fine fragrances, must comply with shifting standards on allergens, purity, and sustainable origins. We track IFRA Amendments, FDA rulings, and EU directives ahead of schedule, adapting our internal limits or quality checks before external audits force action. This proactive mindset has avoided costly recalls and helped customers get approvals first time from their regulatory teams.
Natural trend keeps getting stronger. We keep improving our synthetic route using plant-based alcohols, minimizing petrochemical precursors, and supporting traceable non-GMO documentation. When flavor houses and personal care brands modify their own product positioning, they can count on our product to fit straight in—not requiring a re-write just to cover origin claims or obscure labeling loopholes. These small but critical moves simplify market launches.
Over years of supplying Citronellyl Butyrate, we’ve seen that reliability fosters trust, not specification sheets alone. Customers use our product in small-volume artisanal blends and in global, multi-thousand-tonne household lines. In both cases, what matters is predictability—no sudden changes in odor, color, or chemical profile. Our manufacturing controls, robust traceability, and technical dialogue transform this molecule from a simple commodity into a foundation for both creative and industrial innovation. When quality makes or breaks a new market launch, cutting corners just isn’t an option.
We continue investing in both process technology and customer support—refining production, offering real-time analytics, and listening to field feedback. Through this approach, Citronellyl Butyrate from our lines represents more than a chemical; it serves as a link in the supply chain where chemistry and human experience meet. Those looking for a reliable, well-characterized, and performance-driven ingredient have found lasting value here, grounded by manufacturer expertise you can talk and work with directly.