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HS Code |
387789 |
| Cas Number | 112-12-9 |
| Molecular Formula | C11H22O |
| Molecular Weight | 170.29 g/mol |
| Iupac Name | undecan-2-one |
| Appearance | Colorless to pale yellow liquid |
| Boiling Point | 229-231 °C |
| Melting Point | -27 °C |
| Density | 0.821 g/cm³ at 20 °C |
| Flash Point | 98 °C (closed cup) |
| Solubility In Water | Insoluble |
| Vapor Pressure | 0.25 mmHg at 25 °C |
| Refractive Index | 1.423 at 20 °C |
As an accredited 2-Undecanone factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The 2-Undecanone is packaged in a 100 mL amber glass bottle with a secure screw cap and chemical hazard labeling. |
| Shipping | 2-Undecanone is shipped in tightly sealed containers, protected from light, heat, and moisture. It must be handled as a flammable liquid, with appropriate hazard labels, and transported according to local and international regulations (e.g., DOT, IATA, IMDG). Ensure upright positioning, secure packaging, and compliance with all safety protocols during transit. |
| Storage | 2-Undecanone should be stored in a tightly sealed container in a cool, dry, and well-ventilated area away from incompatible substances such as strong oxidizers. Protect it from direct sunlight, sources of ignition, and moisture. Store at room temperature and ensure proper labeling. Keep away from heat and open flames, and follow standard chemical storage protocols to prevent accidental release or exposure. |
Applications of 2-Undecanone in Industrial Manufacturing2-Undecanone serves as a critical raw material in a range of specialized industrial applications, due to its unique chemical properties, regulatory compliance status, and real-world usage in commercial production. The following sections outline specific downstream application scenarios, highlighting formulation specifics, process integration, and final product types as performed by direct manufacturers. 1. Insect Repellent FormulationsIndustrial producers of insect repellents employ 2-Undecanone as a key active ingredient, leveraging its effective volatility profile for formulation against mosquitoes and ticks. Manufacturers incorporate this material primarily in non-aerosol and aerosol topical sprays. This raw material enters the emulsion stage, post-solubilization and before the propellant or diluent addition. Usage ratios vary by regulatory maximum allowable concentrations, requiring tight process control and batch traceability. Final goods include consumer- and professional-grade repellents supplied through retail and pest management channels. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
2. Flavor and Fragrance CompoundingAromatic compounds manufacturers use 2-Undecanone as a flavor and masking note in food, beverage, and home care industry blends. It provides a characteristic fruity note and balances strong odorants. At the plant scale, this raw material enters the oil-phase blending step, maintained under nitrogen to prevent oxidation. Compliance with food safety regulations controls minimum purity and allowable ppm in food matrices. The dosing range depends on the specific application and regulatory flavoring adjuvant limits. Industrial output includes food flavor bases and specialty fragrance concentrates for professional use. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Organic Synthesis Intermediate in Pharmaceutical Manufacturing2-Undecanone functions as a precursor and reagent in the synthesis of certain pharmaceutical actives and intermediates, particularly in the production of ketonic structures and pro-drugs. Manufacturers utilize this chemical in controlled-reaction vessels under cGMP conditions, often in Grignard or acylation pathways. Product quality relies on input purity and robust material traceability. Usage level is based on stoichiometry and downstream route efficiency. Output comprises regulated APIs and fine chemicals for contract formulations. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. Solvent Carrier for Industrial CoatingsCoatings and surface treatment formulators use 2-Undecanone as a low-odor solvent carrier to improve levelling and drying properties in high-solids resin systems. The material is dosed into the resin blend during the thinning phase, with process conditions set to maximize flow without compromising polymer film formation. Regulatory frameworks focus on worker safety, air quality, and finished product emissions. Industrial customers rely on accurate measurement and solvent recovery protocols, with product output serving metal, plastics, and wood finishing sectors. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
5. Intermediate in Agrochemical SynthesisChemical companies engaged in agrochemical production utilize 2-Undecanone as an intermediate for creating specific herbicides and insecticidal active molecules; selection is dependent on targeted crop or pest. Integration occurs at a mid-stage synthesis via acylation, under purpose-built reaction conditions for downstream conversion and purification. Tiered quality controls meet agriculture application standards, with significant scrutiny on residual levels in finalized active ingredients. Output goes to registered crop protection and plant health products. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
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Our work with 2-Undecanone spans over two decades, so we've become familiar with its real strengths and how it anchors daily manufacturing processes. At its core, 2-Undecanone, also known as methyl nonyl ketone, stands out for its straightforward formula: C11H22O. Clear, colorless, and with a distinctively sharp fruity scent, this ketone separates itself in the market because it straddles the line between lab chemistry and practical needs on the production floor.
Behind every drum of 2-Undecanone shipped from our facility, there’s a process built on iterative improvements. Each lot undergoes GC and purity profiling because the downstream value for our customers—not just paperwork. Over the years, adjusting reaction temperatures and purification protocols led us to offer 2-Undecanone at purities regularly reaching above 98%. Residual solvents and byproducts occur below quantifiable limits, which ensures predictable outcomes when customers introduce it into their own formulations.
As a chemical manufacturer, we understand why subtle production tweaks matter. Consistency means fewer reworks and headaches, whether a customer is using the compound for high-volume flavor blending or as a synthetic intermediate. Raw material origin always impacts end product activity, so our purchasing team sources straight-chain feedstocks that cut down on branching impurities in the final reaction yield. Operations personnel monitor every batch, and familiar hands handle each step, reducing error risk.
Talking about 2-Undecanone means talking about what actually gets made. Our product finds strong pull as a fragrance intermediate and, particularly, as an active compound in pest management. The oil holds a place in mosquito repellents, especially in applications seeking alternatives to synthetic pyrethroids or DEET. Many of our clients run pilot programs in agriculture, where 2-Undecanone’s volatility profile allows for slow-release formulations ideal for greenhouses and row crops.
We’ve observed customers formulating with 2-Undecanone for quality perfume notes—adding a top note that mimics natural scents without introducing overpowering chemistries. In flavors, the ketone shows its value when used to generate ripe, green, or fruity notes in dairy blends, jams, or confectionery. Regulatory acceptance varies depending on market, so we invest in third-party analysis and track regulators’ opinions globally. Our own application support team has trialed plenty of formulations, so practical guidance stems from lived experience instead of brochure-speak.
Clients approach us specifically because they run into bottlenecks with similar chain-length ketones that don’t blend as cleanly or that break down faster under thermal or UV demands. While 2-Undecanone shares origins with other methyl ketones like heptanone or nonanone, subtle differences in aroma profile and volatility ensure a better fit for some flavor and fragrance matrices—and less tailing peaks on chromatograms. Our process achieves a narrow boiling point cut, leading to less cross-contamination during sensitive runs.
Working with a wide catalog of carbonyl compounds over the years, we’ve seen users sometimes default to isomeric methyl ketones, hoping for easy substitution. The reality on the shop floor is less forgiving; even slight chain length mismatches lead to significant differences in solubility and volatility. For instance, nonanone or decanone analogues tend to lack the same olfactory intensity and present more background notes—sometimes grassy or waxy—resulting in imbalanced final blends.
2-Undecanone’s structure gives it a pronounced but not overwhelming scent profile. It retains a higher boiling point compared to decanone or nonanone, which helps in applications needing slow evaporation rates—such as controlled-release matrices in pest repellents or long-lasting fragrance carriers in consumer products. Combined with its low water solubility, these traits make formulation easier, storage more predictable, and shelf-life longer when compared to some shorter-chain ketones.
From our manufacturing viewpoint, another significant difference comes from how 2-Undecanone handles scale-up. Alternative ketones may behave unpredictably above the 1-ton mark; nonanone, for example, often degrades or produces more volatile byproducts if heat isn’t dialed in tightly. Our operation doesn’t struggle with these issues at scale, since our production loop for 2-Undecanone sits at a sweet spot for both yield and energy efficiency. We also find downstream purification less labor-intensive, leading to faster turnaround and less waste.
Downstream users, whether they’re creating formulas for end-use in repellents or integrating the product into high-dollar fragrances, tend to ask about purity, odor profile, and regulatory compliance. They require minimal side products because small impurities often exaggerate off-odors or risk regulatory scrutiny in export markets. Reliable gas-phase purity also means users can drop 2-Undecanone directly into their existing processes, which avoids costly process modifications.
Bulk buyers come to our facility for clear answers and reproducible results. Having brewed, purified, and shipped thousands of metric tons over the years, we stop issues at the source—batch control, operator traceability, and consistent documentation. For customers who require further evidence, we provide historical process logs and run their application data past our chemists before shipping routine orders. From past supply interruptions in the global market, we’ve built up sourcing stability and a reliable delivery schedule, which matters when customers’ timelines are pinned to multi-thousand liter trial runs.
We receive requests from customers aiming to switch to 2-Undecanone to simplify regulatory submissions. They know the compound appears on key positive lists for flavor and fragrance ingredients and features tolerances and usage rates that many governing bodies are already familiar with. That experience at the documentation stage streamlines product registrations and broadens export market options for finished goods.
Practical use of 2-Undecanone in a formulation often reveals issues not immediately obvious from a chemical supplier’s standard catalog entry. Out in the field, formulators need product consistency for test batches—but also packaging formats that fit large- or small-volume operations. We have invested in flexible fill and storage capacity, so orders range from 5-liter pails for trial work to 200-liter steel drums for full-scale rollout.
On the lab bench, we see customers blending 2-Undecanone into alcohol-based fragrances and noting that it dissolves easily and doesn’t discolor in storage. That reliability matters both in industrial labs and for smaller producers crafting custom runs. In agricultural use, we track the way active release profiles change under real outdoor conditions—experience showed our team that on-the-ground application differs from glasshouse trial results, and continuous feedback helps us change batch specs to suit local climate challenges.
One of our agricultural client-partners once shared that their switch from shorter-chain methyl ketones to 2-Undecanone resulted in fewer re-application cycles on high-value crops—a measurable bottom-line impact, rooted in the compound’s slower volatility and more stable field persistence. For food and flavor applications, one pastry manufacturer reported that swapping in our batch-purified 2-Undecanone led to more consistent batch quality, with richer green and fruity notes and no unexpected harsh undertones previously observed with mixed-chain byproducts.
Every major buyer wants transparency around origin, purity, and manufacturing control. Our experience is that meeting these demands means more than a certificate—it means experienced operators handling raw material selection, adhering to a well-documented synthesis route, and taking the time to thoroughly test each lot before release. Our batch histories stretch back years, so process changes, yield variations, or impurity spikes are easily spotted and addressed.
We openly share key process parameters and quality results with long-term customers, knowing that technical assurance drives repeat business. This transparency earns mutual trust and sometimes even process input from users’ own R&D teams. Many of our long-standing relationships started with an early technical snag—an off-odor, an unexpected spec variation, or a labeling concern. We addressed them not just by fixing a number in a spec sheet, but through hands-on troubleshooting and field visits.
Our years of real-world production under tight environmental and safety compliance regimes, both domestic and for export, mean we can provide assurance not only on quality, but also on regulatory compliance. We employ in-house waste management and solvent recycling systems, which helps reduce cost and environmental footprint and meets growing demand for sustainable practices among end users.
Maintaining purity and supply continuity aren’t just slogans. In the wake of rising feedstock costs and periodic logistics disruptions, we doubled down on local suppliers for key precursors and increased in-house storage. During the last supply crunch, some market players saw months-long production halts; our approach kept production above parity, so no customer lost a season’s cycle over late delivery.
Quality doesn’t start or stop in the batch reactor. Storing, packaging, and shipping—especially in climates with fluctuating temperatures and humidity—introduce new risks. We made material upgrades to drum linings and expanded warehouse insulation, based both on customer feedback and in-house stability studies. Pre-shipment inspection routines identify packaging flaws that, years ago, led to minor leaks or odor bleed. Operators routinely recalibrate filling and capping tools to ensure neither overfills nor under-tight caps threaten shipment integrity.
For clients in regulated industries, we learned that documentation can make or break a business relationship. Our records include real batch histories, comprehensive test results, and MSDS, so customers receive what they expect—not vague assurances. Any deviations or shipment changes prompt an immediate field call, preventing surprises on the receiving dock. We believe staying close to production realities reduces misunderstandings and builds stronger partnerships.
Customers’ needs rarely fit cookie-cutter molds. Some require specific odor strength for bespoke fragrance formulations, others need reliable evaporation profiles in multi-acre pest management programs. Our experienced team adapts product handling, packaging, and delivery in response, because a missed spec or non-standard pack size creates downtime and costs. Custom requests keep our crews busy and our systems responsive.
From direct customer feedback, we’ve noticed increasing demand for digital batch tracking. We rolled out real-time batch code scanning, so clients always know what’s on its way, reducing warehouse errors and post-delivery confusion. Technical personnel support with spec clarifications and component breakdowns, answering nuanced questions that come up for new end-use applications. This hands-on support draws from direct production knowledge, not just from sales literature.
No product line stays static. Regulatory shifts can halt sales for minor documentation gaps or labeling changes. Having weathered multiple major market changes, we anticipate changes fast—integrating feedback from regulators, monitoring chemical inventory lists in real-time, and updating compliance protocols with each new directive. Field staff stay in touch with Enforcement and Compliance teams, so there's no lag in adapting to new rules.
Market-driven changes influence client specifications. Demand for non-synthetic-labeled, “cleaner” ingredients in consumer fragrances and personal care resulted in stricter purity targets and the drive to lower trace solvent residues. Our synthesis team tunes upstream process parameters and retools purification steps to meet these benchmarks, staying ahead of both regulation and customer need.
What sets a manufacturer apart isn’t just a technical specification or a purity claim on a datasheet; it’s a responsive system that changes with new knowledge and industry experiences. We gather data from every batch shipped, logging feedback from customer labs and on-site application specialists. If a user notes an odor anomaly, batch color shift, or even a capping issue, the problem doesn't move downstream—it moves into our system for immediate action.
We’ve improved processes by analyzing trends that only show up across years of batch records: how minor storage temperature excursions can lead to shifts in aroma for certain applications, or how changing a raw supplier’s solvent blend alters the chromatogram signature of the final product. Our approach is to keep iterating, never treating a single production run as “good enough.” This commitment to down-to-earth improvement is what keeps customers returning and our workforce proud of the work they do.
2-Undecanone proves itself through practical performance, not just synthetic elegance. Its appeal comes from the unique intersection of reliability, consistent physical and chemical qualities, and adaptable production scaling. Our history with the molecule includes hands-on adaptability—formulating for customers who use it in emissions-sensitive environments, managing bulk production for global supply, and working alongside partners to troubleshoot or enhance application outcomes.
With shifting industry expectations, the only constant is change. We continue learning what buyers value: steady purity, comprehensive batch data, on-the-ground process support, and long-term supply transparency. Our effort is rooted in daily discipline, the hands-on work of hundreds of staff who see each production batch as a measure of their own skill and attention.
If you want to see a product shaped by years of trial, adaptation, practical use, and honest feedback, 2-Undecanone from a seasoned manufacturer offers a reliable solution. We commit not only to today’s batch or this season’s needs, but also to the years of progress that keep us responsive to every new challenge and opportunity the market brings.