Geraniol

    • Product Name: Geraniol
    • Alias: lemonol
    • Einecs: 203-377-1
    • Mininmum Order: 1 g
    • Factroy Site: Yudu County, Ganzhou, Jiangxi, China
    • Price Inquiry: admin@ascent-chem.com
    • Manufacturer: Ascent Petrochem Holdings Co., Limited
    • CONTACT NOW
    Specifications
    HS Code 242902
    Name Geraniol
    Chemicalformula C10H18O
    Casnumber 106-24-1
    Molecularweight 154.25 g/mol
    Appearance Colorless to pale-yellow liquid
    Odor Sweet, rose-like scent
    Boilingpoint 229 °C
    Meltingpoint -15 °C
    Density 0.878 g/cm³ at 25 °C
    Solubilityinwater Insoluble
    Refractiveindex 1.475 - 1.487 at 20 °C
    Flashpoint 96 °C
    Source Occurs naturally in essential oils (e.g., rose oil, citronella oil)
    Usage Used in perfumes, flavors, and as an insect repellent
    Iupacname 3,7-dimethylocta-2,6-dien-1-ol

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

    Packing & Storage
    Packing Geraniol is packaged in a 500 mL amber glass bottle, featuring a secure screw cap and a prominent hazard label for safe handling.
    Shipping Geraniol is typically shipped in tightly sealed containers made of glass or high-density polyethylene, protected from light, heat, and moisture. It is classified as a flammable liquid and should be transported in compliance with relevant regulations. Ensure proper labeling and documentation, and keep away from sources of ignition during shipping.
    Storage Geraniol should be stored in a tightly closed container, in a cool, dry, well-ventilated area away from heat, sources of ignition, and incompatible substances such as oxidizers. Protect from light and moisture. Store at room temperature and avoid excessive temperatures. Properly label the container and keep it away from food and drink to prevent accidental ingestion or contamination.
    Application of Geraniol
    Purity 98%: Geraniol with 98% purity is used in flavor and fragrance formulations, where it enhances aroma intensity and stability of the end product. Molecular Weight 154.25 g/mol: Geraniol with a molecular weight of 154.25 g/mol is used in insect repellent manufacturing, where it provides reliable mosquito deterrence. Boiling Point 230°C: Geraniol with a boiling point of 230°C is used in household air fresheners, where it ensures sustained fragrance release at ambient temperatures. Stability pH 5–7: Geraniol stable at pH 5–7 is used in cosmetic creams, where it maintains antimicrobial efficacy without degrading in mildly acidic environments. Viscosity 37.5 mPa·s: Geraniol with a viscosity of 37.5 mPa·s is used in liquid soap formulations, where it facilitates uniform mixing and consistent product texture. Flash Point 93°C: Geraniol with a flash point of 93°C is used in candle making, where it improves safety during handling and processing. Melting Point -15°C: Geraniol with a melting point of -15°C is used in cold-process perfumery, where it remains fluid and easily blendable under low-temperature conditions. Refractive Index 1.475–1.478: Geraniol with a refractive index of 1.475–1.478 is used in analytical quality control, where it allows precise optical identification and purity assessment. Solubility in Ethanol 100%: Geraniol fully soluble in ethanol is used in alcoholic beverage flavors, where it enables homogeneous flavor distribution without precipitation. UV Stability: Geraniol with enhanced UV stability is used in sunscreen lotions, where it preserves fragrance quality under prolonged sun exposure.
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    Certification & Compliance
    More Introduction

    Geraniol: From Our Factory Floor to Your Formulation

    A Look into Geraniol: Beyond the Label

    Every batch of Geraniol that we produce carries the imprint of careful chemistry backed by direct experience in fine organic synthesis. Geraniol isn’t just a name on a drum or a line on a product list. It is a crucial chemical, valued in perfume, cosmetic, and household product manufacturing, and also in technical industries from printing to pest control. Over the years, we’ve handled countless tons of this rose-scented alcohol. Our knowledge isn’t just theoretical—it grows from the daily process of handling, distilling, and testing Geraniol ourselves.

    To understand what sets our Geraniol apart, let’s get right into the heart of the material. This monoterpenoid alcohol, chemically named 3,7-dimethyl-2,6-octadien-1-ol, boasts a purity exceeding 98%. It appears as a colorless or very pale yellow liquid, free from the bitter, off-notes that often come with lower-quality or poorly stored material. You can sense its clean, floral aroma—which scientists call a “top note”—as soon as the packages arrive. Specification-wise, customers expect consistency, so each batch comes with a detailed chromatographic profile, confirming that the Geraniol matches international standards for critical markets, including the EU and the U.S.

    Through years of hands-on production, we understand that high-purity Geraniol is not a commodity. Many cosmetics chemists request material with a flash point above 65°C for processing safety, and a refractive index target between 1.460 and 1.468 for optimal performance in their fragrance base. Material analysis in our QC lab confirms that the density averages 0.88 g/cm3 at 20°C—and we stand by that consistency, because it comes from rigorous fractionation and vacuum distillation. Moisture content is kept under 0.2% at all times, minimizing risks for hydrolytic degradation in sensitive formulations.

    Where Geraniol Fits in Modern Manufacturing

    Our manufacturing partners in the fragrance and flavor field often highlight Geraniol’s versatility. Natural essential oil blends, fine perfumes, soaps, and detergents rely on Geraniol to maintain freshness and botanical authenticity, even after weeks on the shelf. Its particular aroma—somewhere between fresh-cut rose and green lemongrass—lends itself not just to rose-type perfumery, but also to fruity, citrus, and peony blends. This versatility has driven demand for material without trace contaminants like linalool, citronellol, or synthetic by-products picked up during less-careful synthesis. Strict process control is the only reliable way to get this right, and we have done just that for decades.

    Geraniol is not just a perfumer’s secret weapon; product developers in personal care use it to bolster fresh notes and bring a “natural” character to skin creams, shampoos, and deodorant products. There’s a move in recent years toward “clean-label” formulations. Many of our partners report growing pressure to move away from synthetic additives—sometimes requested by multinational retailers, sometimes demanded outright by customers. Our own processes, which source Geraniol directly from renewable botanicals as well as by green synthesis, offer a reliable alternative. The transparency we offer about origin, process, and analytical rigor stems from practical experience fielding regulatory questions and formulating risk assessments expected by clients from Japan to Scandinavia.

    Some buyers express concern about allergen levels, especially in leave-on cosmetic products where IFRA regulations require strict risk characterizations. Our batches come with comprehensive allergen statements and in-depth impurity profiles on each consignment. We recognize the real-world impact—failure to manage low-level sensitizers like citronellal or geranial means lost product launches or costly recalls. Instead of treating allergen compliance as a box-ticking exercise, our chemists fine-tune production conditions to suppress side products, particularly during the final distillation phase. This diligence allows formulators to create confidently, knowing our Geraniol slots into regulatory frameworks without unpleasant surprises.

    Geraniol Applications: Real Experience at Scale

    We see how Geraniol’s distinct qualities find their way into both luxury and everyday products. The biggest perfume houses blend Geraniol with citrus top notes, giving a lift and longevity often missing from purely synthetic compounds. Body washes and shampoos command attention in market tests when they use a higher content Geraniol for a “fresh-out-of-the-shower” impression—even after dilution into base formulas. In home care, formulators select Geraniol to reinforce lemon or green tea aromas in dish liquids or air fresheners. Because we oversee every step from raw feedstock to final drum, customers get a product that behaves predictably, with no “burnt” undertones or instability under light and heat stress.

    Beyond the world of scent, we supply large volumes for technical and agricultural uses. Geraniol exhibits proven repellent properties, targeting mosquitoes and biting insects with a lower mammalian toxicity profile than common synthetic actives. Firms seeking plant-based repellents—including those using organic certifications—choose our high-purity Geraniol to sidestep residual pesticide or solvent carryover. The material participates as a starting point for more complex derivatives, including citronellol synthesis, and serves as an intermediate for pharmaceutical or specialty cosmetic actives. The performance of Geraniol in these fields depends on careful control of side reactions—expertise we gained from decades running reactors and quality lines in our chemical facility.

    Printing companies report that our Geraniol variant improves ink flow and print quality by reducing volatility compared to lower-purity grades or competing terpenes. Because it comes free of tarnishing impurities, it maintains viscosity across long print runs. This kind of direct experience, tracked in production facilities, reveals where fine details—contaminant control, water activity, and fraction blending—shape a raw material’s real-world value, well beyond what any generic data sheet predicts.

    Production Insight: What Sets Our Geraniol Apart

    Hundreds of manufacturers export Geraniol globally each year, yet our approach has never been about offering the lowest price per kilogram. We’ve learned that batch reproducibility, traceable origin, and actual factory oversight matter far more to demanding buyers. Anyone with access to a simple distillation setup can generate “technical grade” Geraniol, but this won’t satisfy the needs of fragrance and cosmetic houses who know that impurity content, hue shift, and inconsistent aroma can spoil tens of thousands of consumer units in a flash.

    We process feedstock, often derived from fractionated citronella or palmarosa oils, using controlled, closed-loop reactors. Temperature and vacuum controls are in place throughout the sequence. Chemists pull samples and run GC-MS (gas chromatography–mass spectrometry) analyses at every lot, not just during random audits. Dust, air, and moisture controls outstrip standard regulatory codes—practices we entrenched in response to hard-learned lessons about oxidative breakdown and cross-contamination, witnessed firsthand in our early years of production.

    In pursuit of the cleanest Geraniol, we select input materials by lot-specific fingerprint, testing for “off” odors or trace agricultural residues at the gate. Dosing protocols and purification steps go through continual review—leaning on both new automation and technician experience—so downstream conversion to product always hits target purity. Knowledge of how trace compositional variances impact customer products comes through feedback loops with our buyers, from artisan perfumers to blue-chip FMCG brands.

    Competitors sometimes blend multiple terpenoids and market the mixture as pure Geraniol. Through hands-on testing, our staff can always spot these blends: slightly waxy base notes, faster color shift under UV, and an irregular refractive index. Purity is not merely a label—it's a consequence of attention and investment at each step. Many times, technical buyers, after sourcing elsewhere, turn to us after facing issues with residual solvents or “burnt grass” odors, which spoil high-value applications. By directly managing fractionation and not outsourcing high-impact steps, we avoid these headaches in the first place.

    Geraniol in a Broader Chemical Context

    Compared to close relatives like citronellol and nerol, Geraniol delivers brighter, greener aromatics matched with slightly higher volatility. The choice between these depends on desired scent profile, skin sensory feel, and, for technical uses, the solubility and compatibility with other system components. Our knowledge of this balance comes from years of processing each material under identical conditions, measuring migration rates, stability under UV stress, and functional efficacy batch-to-batch.

    Our teams collaborate with R&D labs searching for alternatives to synthetic fragrance boosters, preservatives, or even actives in antimicrobial applications. Geraniol, given its low melting point, dissolves rapidly in most alcohols and glycols used throughout personal care manufacturing. Unlike certain synthetics, it contributes a recognizable “natural” signal, which consumer focus groups repeatedly rate as more authentic and pleasing, especially in body care and air care trials arranged with our customers’ in-house chemists.

    For detergent and fabric care, Geraniol works where alternatives fall short. It delivers persistent fresh notes through machine washing or even high-temperature drying, where less robust terpenoids simply “burn off” or degrade. These outcomes cannot be inferred from literature alone, but build over years of watching wash-test panels and running headspace analyses on finished goods.

    Industrial end-users point out another merit: lower hazard ratings and VOC levels compared to solvent-type odorants. Our Geraniol satisfies compliance for most global monographs on restricted substances, helping meet retailer blacklists and end-market regulatory demands in Europe, North America, and Asia. Sourcing directly from our plant rather than a trader or after-the-fact blender gives greater confidence in this compliance. Years of experience handling regulatory audits and certifications smooth the process for our customers—a direct benefit that comes from sticking with production at home.

    Troubleshooting: Issues and Solutions in Geraniol Use

    Practical experience reveals industry pain points. Storage mishaps—such as exposure to light, air, or warmth—cause color shifts and aroma fade, especially in open-drum warehouse environments. Our team packs material in UV-blocking containers under nitrogen, with an understanding of how months-long storage impacts not just cosmetic appearance but chemical reactivity. This knowledge is based not on theory, but on real observations working with customers bidding in different climates, from the humidity of Southeast Asia to the dry cold of Northern Europe.

    Another problem arises from residue or contamination during transfer operations. Plant-based additives or cross-contamination from poorly cleaned IBCs (Intermediate Bulk Containers) can introduce trace solvent residues or odor taints. Our packaging and loading protocols use sealed lines and single-use liners for export shipments, developed after learning how stiff penalties and distrust can follow even a minor cross-contamination. Sales teams, chemists, and plant workers all collaborate, ensuring mistakes do not repeat.

    For customers reformulating to remove synthetic stabilizers or preservatives, Geraniol’s own low antimicrobial properties deliver some degree of microbial resistance in natural products. Still, we recommend paired rigorous micro-testing and batch checks, since we recognize that Geraniol alone does not substitute for full-spectrum preservation in high-water formulations. Supporting documentation and test panels are always available, informed by in-house and customer-run challenge tests—not just standard boilerplate.

    Finally, questions about sustainability and renewable sourcing take center stage in boardroom discussions among our clients. We invest in both direct field relationships (buying essential oil directly from controlled farms) and in finding modernization methods that lower solvent and energy use. These steps not only stabilize supply but help us answer customer questions with real data around carbon impact, waste minimization, and compliance with both voluntary and mandatory environmental codes.

    Bridging Chemistry and Real Manufacturing Needs

    All of these lessons come from living with Geraniol—monitoring the reactors, running the purification, and handling the material in our own plant every week, not just reading about it in papers. The bottle or drum delivered by our team represents a product born of hard-earned knowledge and ongoing dialogue with end-users. While specifications and data points matter, we find that trust, openness about process, and willingness to adapt make the biggest difference for our partners. Training, discipline, and investments in plant infrastructure allow us to produce a Geraniol that solves problems, not causes them.

    As demand for natural and traceable material rises, our role expands beyond product supply into risk management, technical support, and regulatory navigation. Many customers who once accepted commodity grade now press for analytical data, sight-of-origin documentation, and customized batch specs. Experience tells us which requests will actually improve outcomes on the customer’s line or brand and where well-intended changes might trigger new quality problems. We deliver not only molecules but also sound judgment and support posted on decades of first-hand production experience.

    Conclusion: Real Value Rooted in Experience

    Chemical manufacture at scale is about more than just stringing together a set of reactions or meeting a number on a test sheet. The most valuable partners in the value chain grow through observation, problem-solving, and honest communication. Our Geraniol stands on a foundation of experience earned in the factory and reinforced by customer success. This is not just a chemical—it is the product of collaboration between our team, the worldwide formulators who trust our supply, and the end consumers who experience its effects in daily life.

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