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Cis-8-Decenal

    • Product Name Cis-8-Decenal
    • Alias cis-8-Decen-1-al
    • Einecs 211-228-4
    • Mininmum Order 1 g
    • Factory Site Tengfei Creation Center,55 Jiangjun Avenue, Jiangning District,Nanjing
    • Price Inquiry admin@sinochem-nanjing.com
    • Manufacturer Sinochem Nanjing Corporation
    • CONTACT NOW
    VTB
    Specifications

    HS Code

    102159

    CAS_Number 65405-70-1
    Molecular_Formula C10H18O
    Molecular_Weight 154.25 g/mol
    IUPAC_Name (8Z)-Dec-8-enal
    Appearance Colorless to pale yellow liquid
    Odor Fatty, green, citrus-like
    Boiling_Point 225-226°C
    Density 0.833 g/cm³ (at 25°C)
    Flash_Point >100°C (closed cup)
    Refractive_Index 1.444 - 1.450 (at 20°C)

    As an accredited Cis-8-Decenal factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Cis-8-Decenal is packaged in a 25g amber glass bottle with a secure screw cap, labeled with chemical details and safety warnings.
    Shipping Cis-8-Decenal is shipped in tightly sealed containers made of compatible materials, such as glass or high-density polyethylene, to prevent leaks or contamination. The containers are labeled according to hazardous material regulations and protected from heat, light, and moisture. Standard shipping is via ground or air, following all chemical transport guidelines.
    Storage **Cis-8-Decenal** should be stored in a cool, dry, well-ventilated area away from direct sunlight and sources of heat or ignition. Keep the container tightly closed and protected from moisture and incompatible substances such as strong oxidizers. Use appropriate, chemical-resistant containers to prevent leaks or degradation. Handle under nitrogen or an inert atmosphere if long-term storage is needed.
    Application of Cis-8-Decenal

    Applications of Cis-8-Decenal in Industrial Manufacturing

    Cis-8-Decenal is a specialized aliphatic aldehyde used as an aroma compound and functional raw material in several regulated industrial sectors. This section details key downstream application scenarios, covering regulatory, formulation, and process specifics, based on direct manufacturing practice.

    1. Fine Fragrance Compounding for Perfumery Houses

    Fine fragrance manufacturers use this compound for its natural, citrus-like, and green aroma profile, essential in luxury and designer perfume bases. It acts as a key note in unisex and feminine accords, requiring precise dosage to avoid overpowering other components. Strict IFRA-compliance governs selection and use, so formulation teams run extensive stability and sensory tests. The aldehyde enters fragrance mass blending at the concentrate-making stage, before dilution and aging. End products include personal perfumes, eau de toilette sprays, and exclusive niche fragrances sent to global retail.

    Industry compliance standards

    • IFRA (International Fragrance Association) Standards – current amendment
    • REACH Annex XVII (EU) - Substance restrictions for fragrances
    • Cosmetics Regulation (EC) No 1223/2009
    • ISO 9235:2013 (Aromatics standard definitions)

    Typical usage ratio

    • 0.01% – 0.10% in finished fragrance oil blends
    • Dosage varies depending on target olfactory note and regulatory restrictions for end market

    Downstream process integration

    • Added to base oil blend during perfume concentrate compounding stage
    • Stability and compatibility tested in finished oil before alcohol integration
    • Quality Control (GC-MS analysis) conducted on every batch

    Final product types

    • Alcohol-based perfumes
    • Fine fragrance oils for premium cosmetics
    • Luxe personal care scented mists
    • High-end perfumer’s compounds for export markets

    2. Food Flavor Formulation (Citrus and Orange-Type Flavors)

    Food manufacturers use this aldehyde as a trace component in natural or nature-identical orange and citrus flavors. Flavor houses utilize it under tight regulatory controls ensuring it meets additive purity and safety thresholds. Blenders introduce the raw material at the initial formulation step, balancing with other aldehydes and oils to create authentic citrus tonalities. This ingredient becomes part of commercial flavor systems for beverage, confectionery, and bakery product lines.

    Industry compliance standards

    • FEMA GRAS 3423 (Flavor and Extract Manufacturers Association)
    • EU Food Additive Regulation (EC) No. 1334/2008
    • JECFA evaluation: Flavouring agent – Food Chemicals Codex (FCC)
    • 21 CFR Part 172.515 (US FDA permitted flavoring substances)

    Typical usage ratio

    • 1–10 ppm in final beverage and confectionery applications
    • Adjusted according to finished product matrix and sensory thresholds

    Downstream process integration

    • Mixed during initial flavor concentrate design in reactors
    • Integrated with other aldehydes, oils, and solvents for emulsion preparations
    • Subject to batch-wise GC-Olfactometry and allergen declaration review

    Final product types

    • Citrus beverage compounds
    • Orange and tangerine-flavor confectionery
    • Baked goods (cakes, cookies)
    • Ready-to-drink bottled soft drinks

    3. Aromatic Ingredient for Household Air Care Products

    Producers of air care products rely on the aldehyde’s fresh, sharp odor to build clean, uplifting scent profiles in aerosol sprays, gel fresheners, and electric diffusers. Manufacturing lines use automated dosing to control the volatile’s level, balancing continuous fragrance release with user safety requirements. The chemical is handled in closed systems, blended directly into proprietary fragrance formulations before encapsulation or emulsification, resulting in long-lasting indoor air fragrances.

    Industry compliance standards

    • AISE Guidelines (International Association for Soaps, Detergents and Maintenance Products)
    • IFRA (International Fragrance Association) Compliance Protocol
    • REACH Registration and Safety data (if > 1t/yr)
    • US EPA Volatile Organic Compounds (VOC) regulation for consumer products

    Typical usage ratio

    • 0.02–0.10% in fragrance concentrates for air care
    • Adjusted depending on product format, room volume, and required diffusion rate

    Downstream process integration

    • Dosed during fragrance concentrate production step in enclosed tanks
    • Tested in encapsulation or liquid dispersion systems for controlled release
    • QC validation: headspace analysis and finished product stability

    Final product types

    • Room sprays (aerosol and non-aerosol)
    • Gel-based air fresheners
    • Automatic electrical diffusers
    • Scented candles (air care application)

    4. Aromatic Blend Additive in Industrial Detergent Fragrances

    Major detergent manufacturers incorporate this component to achieve crisp, natural, or fresh-linen notes in laundry liquids and powders. Rigorous safety assessment and regulatory review precede large-scale blending, with supply chains requiring traceability of raw material origin and purity. During batch production, factory dosing systems add the aldehyde to base fragrances before incorporation into surfactant mixtures. The finished products undergo performance testing in both hard and soft water matrices to ensure enduring scent in laundered fabrics.

    Industry compliance standards

    • IFRA Standards for detergent fragrances
    • EU Detergents Regulation (EC) No 648/2004
    • SAFETY DATA SHEET: GHS (Globally Harmonized System)
    • UK/US Consumer Product Safety Commission labeling

    Typical usage ratio

    • 0.01–0.08% in fragrance component of liquid detergents and powders
    • Concentration optimized through laundry performance and residue risk tests

    Downstream process integration

    • Incorporated into master fragrance blends during agitated tank blending
    • QC tests include scent profiling after detergent formulation
    • Subject to finished product volatilization screening

    Final product types

    • Household liquid laundry detergents
    • Powdered laundry detergents
    • Fabric softeners
    • Industrial cleaning agent concentrates

    5. Flavoring Agent in Animal Nutrition Premixes (Pet Food Applications)

    Pet food manufacturers deploy low-level aldehyde blends to simulate natural, meaty, or fresh notes in dry kibbles and treats. The material’s application is regulated by veterinary dietary guidelines and animal feed additive authorities, requiring precise measurement and safety documentation. Facility operators add it at the premix stage in extruded feed production, ensuring even distribution before drying and packaging. Finished feeds pass through palatability and analytical residues testing as part of product release.

    Industry compliance standards

    • EU Regulation (EC) No 1831/2003 on additives for animal nutrition
    • AAFCO (Association of American Feed Control Officials) flavor regulations
    • FEDIAF Guidelines (European Pet Food Industry Federation)
    • ISO 22000:2018 Food safety management systems

    Typical usage ratio

    • 0.5–5 ppm in finished pet feed blends (subject to species and formulation matrix)
    • Concentration adjusted for target animal, flavor masking, and regulatory safety factors

    Downstream process integration

    • Added to flavor premix at the dry blending stage before extrusion
    • Mixed in closed-system batch mixers and monitored for uniformity
    • QC includes both chemical residue and taste panel evaluation

    Final product types

    • Dry dog and cat kibbles
    • Soft-moist pet treats
    • Veterinary prescription animal feed
    • Specialty avian and small mammal diets
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    Certification & Compliance
    More Introduction

    Cis-8-Decenal: A Manufacturer’s Perspective on Quality and Application

    Walking Through the Lab: Where Cis-8-Decenal Begins

    Cis-8-Decenal, known among chemists as an unsaturated aldehyde, often finds itself at home in fragrance labs and flavor workshops. Reflecting on years spent working with this molecule, real progress appears not just in consistent batches or scaling up output, but in trimming out variables so each drop reflects hard-earned control over purity and scent profile. We often work with cis-8-decenal under the model numbers assigned in-house for traceability, but the character of the molecule—its distinct green, citrus aroma—tells an even bigger story. As direct manufacturers, we adjust synthesis and purification techniques to yield results that simply cannot be matched by dilution or repackaging.

    Texture, Aroma, and Real-World Experience

    Production lines teach lessons that go beyond specs on a data sheet. Cis-8-Decenal, with its crisp, slightly waxy liquid form and sharp, fresh grapefruit scent, signals quality in ways subtle and obvious. The nose picks it up instantly when evaluating batches. Low-grade cis-8-decenal can drift toward harsh, fatty notes, but careful control on isomer purity and handling temperature creates a cleaner product. Seasoned perfumers pick up even faint impurities, and we take pride knowing experienced hands and noses inspect every liter, guided by both analytical tools and learned instinct.

    Some marketers try to pass off blends of cis and trans isomers or dilute aldehydic mixtures as equal, but those don’t capture the true heart of this ingredient. Pure cis-8-decenal produces the signature note in grapefruit and orange flavors. The olfactory threshold is low, which means even a small margin of error during purification affects final aroma. In our experience, storage tanks, transfer lines, and even valves play a role in keeping the molecule stable and true to character. There is no shortcut for gently handling this sensitive aldehyde, avoiding prolonged exposure to oxygen and elevated temperatures before bottling.

    The Engineering Side: Specifications and Continuous Improvement

    Exact numbers matter in our world. Our standard cis-8-decenal comes at a minimum assay of 95 percent, tested each batch by gas chromatography. Impurities make their presence known not just in lab analyses but during customer application. As the molecule’s density and refractive index can shift slightly with temperature, we keep documentation tied directly to real-world production lots. Regularly we receive feedback from flavor houses and perfumers, who request tighter specs or different physical forms—some prefer a slightly higher isomeric purity or a particular solvent system for application. Rather than viewing these as obstacles, we study them as opportunities to refine our distillation or fine-tune our isomer separation.

    Cis-8-Decenal arrives colorless to pale yellow, and any deviation sparks immediate investigation. Metallic impurities or traces of solvents never sneak past our team; every tank, seal, and vessel gets pre-use cleaning, and we limit any chance for off-odors. Our blend of experience and modern analytic tools guides us in troubleshooting deviation, whether caused by feedstock variation or reaction conditions. We respect the trust put in our product, knowing downstream use—be it as a citrus flavor top note or in a luxury fine fragrance—demands reliability.

    Downstream Use: Perfume, Flavor, and More

    Cis-8-Decenal fills a unique gap in the flavorist’s toolkit. Its green, citrusy punch doesn’t shout in the way of some straight-chain aldehydes; instead, it lends soft but unmistakable authenticity to grapefruit and other citrus, and rounds out the middle notes in fine perfumery. Experienced flavorists often describe it as the “backbone” of many citrus and orchard fruit formulations, especially where nature-identical profiles are key for regulatory or labeling needs. Beverage companies and juice processors particularly value lot-to-lot consistency, knowing that even micro-variations affect taste panels and consumer perception.

    In the world of aroma chemicals, small details amplify down the chain. The faint bitterness characteristic of clean cis-8-decenal, absent in blends or generic grades, makes it preferable for high-end applications. As a direct manufacturer, we learn to document subtle shifts and work alongside R&D teams from client companies, sharing our knowledge so their innovations stand on solid footing. Anyone who has reformulated a beverage or personal care product after batch-to-batch odor drift recognizes the advantages of deeper engagement at the source.

    Facing Industry Challenges: Stability, Sourcing, and Regulation

    Every batch of cis-8-decenal brings new lessons in raw material sourcing and process control. Feedstock availability seems simple until a seasonal shortage or sudden price spike. Over decades, we have built relationships with upstream chemical producers so that fatty acid precursors remain available even during market swings. Synthetic routes offer a higher degree of surety compared to natural extraction, where yield and purity fluctuate with weather, harvest timing, and biological variability. Direct extraction from natural oils almost always comes with impurities that resist easy removal, driving up cost while limiting purity.

    Regulators continually reshape expectations for food-grade flavor components and fragrance ingredients. Staying transparent about synthesis routes and batch-level traceability is the only way forward. Unlike traders or intermediate sellers, we have every document at hand—from original raw material certificate down to process logs at each purification step. Global clients often request dossiers for product registration or compliance with region-specific allergen lists. Over the years we have streamlined reporting and worked through regulatory audits, turning what once caused anxiety into just another part of daily business.

    The Craftsmanship of Batch Making

    Manufacturing cis-8-decenal is more craft than algorithm. Reaction control, hydrogenation degree, distillation rate—these variables shift with every scale-up. We invested in in-line analytics so process chemists receive instant feedback. Manual sampling still plays a big role: A gloved chemist uncaps a flask, takes a sample straight from a distillation head, and reports back within minutes. These habits come from decades of chasing away both obvious and invisible contaminants. Marketers might chat about “natural” solutions, but the core skill sits in separating the isomers and keeping the batch free from oxidation or acid byproducts.

    Mixing tanks, pumps, and pipes sometimes tell us their age through trace increases in metal content during ICP-MS testing. Rather than reacting with blame, those results push us to revisit maintenance schedules and invest in upgrade cycles. Every equipment tweak ripples through the system, and our clients feel the impact in the quality of their next order. One consistent lesson: The environment where cis-8-decenal is stored shapes its story as much as what happens in the reactor. We limit light and oxygen exposure, use inerted stainless tanks, and time shipments closely with demand signals.

    Comparisons: Cis-8-Decenal vs. Trans-8-Decenal and Other Aldehydes

    Customers unfamiliar with the nuances of aroma chemistry might see cis-8-decenal as interchangeable with its trans isomer. Those in the field know otherwise. The cis isomer gives a softer, sweeter grapefruit character, while the trans variant strikes with a metallic, sharp edge. Blending or mistakenly using the wrong isomer warps a flavor profile or top note beyond recognition, which can erode years of brand loyalty overnight.

    More so, comparing cis-8-decenal with other unsaturated aldehydes, like nonadienal or citral, brings out its distinctive profile. Citral, with its lemony top note, swings too far into herbal territory for applications where roundness and juiciness are paramount. Nonadienal works for cucumber and melon, but lacks the citrus crispness. Technical staff at major fragrance houses comment frequently on the “lifelike” impression delivered by high-purity cis-8-decenal, especially when measured against commercial alternatives. If someone tries to substitute with a concoction featuring lower assay or mixed isomers, the drop in realism is immediate and lasting.

    Outcomes and End Use Feedback

    We trace our best formulation insights back to conversations with application chemists and product designers—the people standing at the interface of our chemical and their finished good. Recurrent challenges, such as maintaining product performance under heated processing or managing volatility loss in storage, get solved not by theorizing alone but by running real-time tests in our own QA lab. Nothing replaces the energy of holding a finished beverage or fragrance, knowing the aldehyde’s green-citrus edge survived pasteurization, bottling, and shelf-life hurdles.

    Some clients, after years using trader-sourced aldehydes, circle back to discuss batch heterogeneity, unwanted oxidation byproducts, or off-odor from poorly cleaned shipment drums. Hearing these frustrations clarifies for our team that quality begins from the reactor all the way through to last-mile delivery. Our internal records and retention samples provide the basis for troubleshooting and confirming that any lot meets, and usually exceeds, industry norms.

    Solutions to Changing Demands and Industry Pressures

    Decades in manufacture taught us that product standards and application expectations never stand still. The citrus flavor and fine fragrance sectors, in particular, bring both creative and regulatory pressure to improve. As a result, we have cross-trained our tech and regulatory groups to address client inquiries directly, whether concerning organoleptic benchmarks or documentation for food safety review. We push for integrated batch processing, adopting new catalyst systems or exploring continuous distillation for sharper separation.

    Whenever market data hint at tightening supply or possible shortages, our procurement team deep dives into supply chain mapping, building redundancies well in advance. Some flavor houses now request traceability down to the field level for origin transparency. We are moving towards blockchain-based lot tracking, so end-users and auditors see batch origin, processing dates, and analytical specs with a scan.

    Relationship with End-User: Transferring Experience

    It’s never just a chemical transaction. Our regulars—whether perfume designers chasing a new release or food technologists launching a citrus soft drink—call and speak to plant staff, not an answering service. Our commercial team fields questions about formulation compatibility, solubility at pH, and expected shelf stability, drawing on decades of trial, error, and discovery. By sharing our hurdles and solutions, we empower clients to go further in their own product innovation.

    Approaching cis-8-decenal as a collaboration, not just a product, protects both our brand and theirs. Internal knowledge-sharing ensures the “why” behind each specification is clear to everyone in the process. Success often means reviewing historical deviations, learning from them, and informing the next generation of chemical operators and quality leads.

    Looking Forward: Sustainability and New Horizons for Cis-8-Decenal

    Sustainability challenges push every manufacturer. With cis-8-decenal, feedstock alternatives, energy-efficient processes, and waste byproduct minimization now receive as much attention as aroma and taste. Where we once focused only on purity and yield, now we monitor life cycle impacts and study greener synthesis routes. Our R&D invests in bio-based precursors, with pilot runs showing promising results on smaller environmental footprint and consistent final quality. Partners in the flavor and fragrance world increasingly ask for measurable sustainability data, knowing consumer preference and brand reputation ride on responsible sourcing as much as on molecule performance.

    New applications emerge every year. Beverage formulators now want more varietal authenticity, asking how pure cis-8-decenal can bring pink grapefruit or bitter orange to life. Perfumers and household product chemists continue pushing for unexpected uses—from insect repellency to nuanced home scents—opening new conversations around safe use concentrations, volatility loss, and interaction with non-traditional excipients.

    Summary: Real Value Built on Experience

    Every liter of cis-8-decenal produced in our facility represents more than a commodity—it holds decades of trial, correction, collaboration, and learning. What sets direct manufacturers apart is direct engagement with the batch, the bottling, and the end-user. Our teams chase away shortcuts, listen carefully to feedback, and never overlook the details that elevate a chemical from a generic ingredient to an essential tool in flavor and fragrance creation. Clients who once shopped for the lowest price now return for consistency, reliability, and honest support. For us, cis-8-decenal stands both as a singular molecule and as a reminder that manufacturing excellence grows in every step, every conversation, and every delivered drum.