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HS Code |
955078 |
| Cas Number | 2867-47-2 |
| Molecular Formula | C7H12O2 |
| Molar Mass | 128.17 g/mol |
| Appearance | Colorless to pale yellow liquid |
| Boiling Point | 171-173 °C |
| Melting Point | -42 °C |
| Density | 0.984 g/cm3 (at 20°C) |
| Refractive Index | 1.442 (at 20°C) |
| Flash Point | 56 °C (closed cup) |
| Solubility In Water | Insoluble |
| Odor | Fruity |
As an accredited Cyclohexyl Formate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Cyclohexyl Formate is packaged in a 500 mL amber glass bottle, sealed with a secure cap, and labeled for laboratory use. |
| Shipping | Cyclohexyl Formate should be shipped in tightly sealed containers, stored in a cool, dry, and well-ventilated area away from heat, sparks, and open flame. It should be packed according to local and international regulations for flammable liquids, with appropriate labeling and documentation to ensure safe transportation and handling. |
| Storage | Cyclohexyl Formate should be stored in a cool, dry, well-ventilated area, away from sources of ignition, heat, and direct sunlight. Keep the container tightly closed when not in use, and store separately from oxidizing agents and strong acids. Use proper chemical storage containers made of compatible materials to prevent leaks and contamination. Ensure access to spill containment and safety equipment. |
Applications of Cyclohexyl Formate in Industrial ManufacturingCyclohexyl Formate is an aromatic ester valued for its distinct olfactory note and functional solvency in targeted industrial formulations. As a manufacturer, we focus on its proven, high-demand application scenarios, ensuring strict adherence to downstream requirements in regulated industries. Below, we detail its established roles in several sectors, referencing compliance standards, typical incorporation rates, processing steps, and end-use goods, to assist technical teams in optimizing their formulations based on current manufacturing benchmarks. 1. Fine Fragrance Compounds (Perfumery)In the modern perfumery sector, Cyclohexyl Formate offers a unique, sweet-herbaceous profile that bridges floral and fruity notes in sophisticated compositions. Leading fragrance houses integrate this ester for its middle-note balance and longevity contribution, especially within complex eau de toilette, cologne, and fine mist products manufactured in controlled facilities. Industry compliance standards
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2. Industrial Solvent for Specialty CoatingsCoating manufacturers utilize Cyclohexyl Formate as a specialty latent solvent in the formulation of high-performance paints and industrial lacquers. It supports rapid film formation, improves solubility of resins, and helps reach desired flow properties in compliant, low-VOC product lines, especially where slow evaporation with distinct odor profiles is required. Industry compliance standards
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3. Flavor and Fragrance Intermediate in Aroma ChemicalsCyclohexyl Formate functions as a raw intermediate in the synthesis of complex aroma chemicals, where manufacturers rely on esterification and downstream reactions to generate novel olfactory molecules. This compound’s functional group chemistry supports efficient transformations in controlled, sequential batch processes, forming the backbone of certain proprietary fragrance accord components. Industry compliance standards
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4. Solubilizer in Industrial Cleaner FormulationsFormulators of advanced industrial and institutional cleaning products select Cyclohexyl Formate for its capacity to dissolve hydrophobic soil, assist in degreasing, and mask undesirable odor notes. Its compatibility with surfactant systems allows for stable emulsions, suitable for specialized degreasers and odor-mitigating hard-surface cleaners in regulated environments. Industry compliance standards
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5. Solvent Component in Printing Ink FormulationInk manufacturers leverage Cyclohexyl Formate as a balancing solvent in the design of specialty printing inks. Its moderate polarity and evaporation rate enable precise control over ink transfer, color development, and drying times on various substrates such as coated paper or film. This ester suits niche production runs where color fidelity and print sharpness find priority. Industry compliance standards
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6. Chemical Reagent for Laboratory SynthesisBulk and contract research organizations specify Cyclohexyl Formate as a reagent and intermediate in custom synthesis labs, particularly in pharmaceutical development and specialty fine chemical research. Its predictable reactivity and profile provide an accessible route to nucleophilic substitution, reduction, or hydrolysis operations demanding controlled-byproduct management in analytical and preparative scales. Industry compliance standards
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Cyclohexyl formate stands out on our production line for its stable performance and versatile use in specialty industries. In our own facility, we routinely see demand for this ester among clients formulating flavors, fragrances, and even specialty solvents. Most batches we produce, under the common model Cyclohexyl Formate 99%, are colorless liquids with a mild fruity odor, a detail appreciated by perfumers and flavor houses. We handle deliveries ranging from pilot sample drums up to several metric tons a month, and our experience with bulk logistics has highlighted the importance of consistent purity and minimized water content.
Every time we distill Cyclohexyl formate, our technical team tracks key qualities. The compound comes with a density around 0.97 g/cm³ at room temperature. Its boiling range, typically between 196–199℃, gives us plenty of headroom for controlled distillation, and this consistency supports downstream blending. We monitor water content using Karl Fischer titration and keep impurities well below 1%. Even a slight rise in water can impact fragrance stability, so each production run receives tight scrutiny.
Chemists count on cyclohexyl formate for its nuanced aroma: a light, pleasant scent that helps construct the backbone of green and herbal notes. Unlike lighter esters, this compound lingers longer in blends, rounding off harsher edges. When we work with flavorists, they’re keen on how cyclohexyl formate brings roundness and subtlety to pear, apple, and melon constructions. Its solubility in alcohol and many oils means it dissolves smoothly into standard perfume bases and concentrated fragrances.
In practice, blenders tell us cyclohexyl formate isn’t prone to the sting of ethyl acetate or the volatility of butyl formate, both of which can dominate a mixture and then quickly evaporate. Perfume formulators have shared firsthand that this mellow strength allows them to work on long-lasting ‘heart’ notes, rather than just fleeting top layers. In some cosmetics, even traces from residual solvents make a difference, so our purification protocols cut these well below common specification limits.
Having produced large volumes of both cyclohexyl formate and its chemical cousins, we notice differences in volatility, odor profile, and compatibility. For instance, compared to methyl and ethyl formates, cyclohexyl formate boils at a higher temperature and doesn’t flash off so rapidly. This lets it stay present for sustained aromatic effects in fine fragrance bases and flavorants.
From the manufacturing floor, we’ve learned the compound doesn’t contribute the same fruity sharpness as methyl or ethyl analogues, nor is it as heavy as benzyl formate. Cyclohexyl formate sits at a midpoint, offering a gentle, green-pear note favored by specialist blenders. It also mixes better with other cyclic compounds — something that aromatic chemists have leveraged for novel scent combinations.
Producing cyclohexyl formate isn’t just routine batch chemistry. We use cyclohexanol and formic acid as feedstocks, with careful metering to avoid excess acidity or unreacted alcohol at the end. Our continuous distillation units pull product at just the right overhead temperature, and technicians make real-time adjustments, not just following SOPs but also drawing on years of hands-on troubleshooting. The aroma panel, made up of experienced staff, regularly checks finished lots to catch subtleties that standard instruments can miss.
Safe storage also comes from hard-earned experience. While cyclohexyl formate isn’t prone to rapid oxidation like some aldehydes, it still deserves tanks with inert gas blanketing. Slight contamination from metal tank walls will slowly degrade the fine odor, so we always specify lined or glass-lined steel when storing intermediate or finished batches. More than one shipment has shown us the effects of subpar storage: just a trace of iron can alter the odor profile and reduce saleability for our fragrance customers. Each learning adds to our running checklists and informs new SOP revisions.
We hear about cyclohexyl formate’s practical role not just from our internal R&D chemists, but regularly from downstream formulators. For example, in reevaluation trials, one partner found the product provided natural green and herbal features in apple flavorings that more volatile esters couldn’t match — even at a lower dosage. Fragrance specialists appreciate the molecule’s persistence in the heart of a scent blend, helping achieve a balanced release over several hours.
In technical coatings, which use formates for solvency and film formation, cyclohexyl formate’s slower evaporation curve compared to lighter esters has been a boon. It improves open time in certain adhesive blends. We’ve consistently seen this play out on the plant floor; the broad boiling curve means less waste and more controlled mixing operations, especially during summer shifts where temperature spikes can drive off lighter compounds.
Alongside technical work, regulatory and sustainability factors have become more visible over the past decade. Across Europe, flavor customers ask us for REACH registration data and transparency on by-products. We keep complete batch traceability, and our QA teams have invested time to implement regular audits — not just documentation, but also full-cycle checks in line with current food-contact and IFRA fragrance guidelines. Where possible, we’ve moved upstream sourcing of formic acid toward bio-based suppliers, though ensuring the same reliability remains a challenge.
Market volatility in feedstock pricing puts real pressure on batch planning. Over the past year, we’ve seen cyclohexanol and formic acid input costs rise with global logistics strain. That impacts invoicing and forward pricing negotiations. To address this, we run cost-reduction initiatives, optimizing residue recovery and tweaking reaction yields. Our staff knows firsthand how even small enhancements at the reactor or the purification column can make a major impact on margins.
Cyclohexyl formate is relatively stable under standard industrial storage — particularly in well-sealed drums kept away from light and heat. Customers who’ve stored product under improper conditions have sometimes reported slight off-notes, usually traced back to gradual hydrolysis or minor iron-catalyzed reactions. We share straightforward storage guidance with end users, recommending a cool, dry place and prompt usage within a shelf life of 12 to 18 months, based on years of shipping feedback.
While the aromatic world accounts for most of our cyclohexyl formate output, we’ve supported industrial users in specialty coatings and intermediate synthesis. Some customers have used the compound as a route to cyclohexanol recovery via controlled hydrolysis in their reactors. Others leverage its solvency profile for unique formulations in custom adhesives and specialty solvent blends. Our technical consultants partner with these users, sharing lab data and troubleshooting during scale-up transitions. These aren’t abstract case studies; they reflect actual client challenges and on-site collaborative adjustments to meet real targets.
As a manufacturer, daily exposure puts safety front and center. Cyclohexyl formate vapors don’t carry the acute toxicity of some halogenated organics but can irritate the eyes and mucous membranes at high concentrations. We promote solid PPE discipline: splash goggles, gloves, and careful ventilation in all packaging and quality labs. Our safety record reflects structured hands-on training — not just paperwork — to reinforce correct handling in all tank and drum transfers.
Incidents are rare, but local teams have dealt with minor spills by quickly confining liquid with sand and neutralizing any trace acids. Years of observation have shown that small container leaks come almost exclusively from faulty drum seal gaskets. We now specify better closure materials and run frequent leak checks, lessons learned through practical experience as much as written safety data. Our advice to customers draws directly from these realities — prevention and quick response always make for smoother operations.
In production, few things matter as much as listening to hands-on user feedback. For cyclohexyl formate, this has led to refining our vacuum distillation columns, reducing trace by-products, and enhancing lot-to-lot reproducibility. Our QC department and several end users spotted that minor hydrocarbon residues could occasionally lead to haze in high-value fragrance blends. That prodded extra filtration and hold-time adjustments, resulting in clearer product and fewer off-spec complaints last year.
Innovation comes not just from lab research, but also from ongoing customer trials. Some flavor houses pushed us to explore food-grade production in new reactors to handle allergen-free requests. We spent months auditing valves and seals, switching to certified food-contact elastomers on key lines. The effort took time and cost, but tangible benefits like new client wins and smoother certification audits resulted. The lesson? Industry moves forward through direct manufacturer feedback and real solution delivery, not just theoretical research.
Real experience tells us that product trust grows from open communication. Our team openly shares detailed product test reports, and we keep a system of full backward traceability for all lots shipped. Clients rely on this transparency; their audits include everything from COA reviews to random spot-checks of outgoing tankers. We invest in audit readiness because it eliminates doubt — for customers and regulators alike.
We’re also aware of demand trends shifting toward sustainable and responsible manufacturing. In our experience, these shifts start with incremental changes, like reducing process water or reusing heat from reactors. Over the last three years, we’ve cut energy use per ton of cyclohexyl formate by refining heat integration across the whole production block. This isn’t marketing — the savings show up every month in our utility statements, and waste discharge metrics keep improving.
From the factory floor to the formulation bench, cyclohexyl formate proves itself by its balanced odor, technical stability, and adaptable performance in complex industrial and aromatic applications. This isn’t a generic ester; its chemical middle ground gives it a unique standing among both light and heavy formates. Through hands-on manufacture and regular client dialogue, we’ve built up not just production know-how but also a long view of what matters most: reliable product quality, out-of-the-box technical use cases, and genuine human expertise in handling, logistics, and continual improvement.
Our journey with cyclohexyl formate continues to challenge and refine our processes. The close relationships fostered with end users, careful control of production, and open approach to data sharing have set standards in our own operations and inspired ongoing adaptation. By focusing on customer outcomes and technical problem-solving, we support advances in fields as varied as perfumery, specialty solvents, and industrial synthetics. This collaborative path, built from years of direct experience and practical trial, makes manufacturing cyclohexyl formate as much a craft as a science — always moving, always improving.
