|
HS Code |
817010 |
| Name | Eucalyptus Oil |
| Source | Leaves of eucalyptus trees |
| Color | Colorless to pale yellow |
| Odor | Fresh, camphoraceous scent |
| Main Component | Eucalyptol (1,8-cineole) |
| Solubility | Insoluble in water, soluble in alcohol and oils |
| Boiling Point Celsius | 176 |
| Density G Ml | 0.91 |
| Flash Point Celsius | 49 |
| Common Use | Aromatherapy, medicinal, cleaning |
As an accredited Eucalyptus Oil factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Eucalyptus Oil is packaged in a 500 mL amber glass bottle with a secure screw cap, clearly labeled with safety information. |
| Shipping | Eucalyptus oil is shipped in tightly sealed, corrosion-resistant containers, typically made of glass, aluminum, or high-grade plastics, to prevent leakage and evaporation. It should be protected from heat, direct sunlight, and sources of ignition due to its flammability. Ensure labels comply with regulations, indicating flammable liquid and hazard details. |
| Storage | Eucalyptus Oil should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and ignition points. Keep the container tightly closed and made of material compatible with essential oils, such as amber glass. Store separately from oxidizing agents, acids, and food items to avoid contamination or hazardous reactions. Ensure proper labeling and restrict access to authorized personnel only. |
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Purity 99%: Eucalyptus Oil Purity 99% is used in pharmaceutical formulations, where it provides enhanced antimicrobial efficacy. Stability Temperature 50°C: Eucalyptus Oil Stability Temperature 50°C is used in topical ointments, where it maintains volatile oil integrity during processing. Molecular Weight 154.25 g/mol: Eucalyptus Oil Molecular Weight 154.25 g/mol is used in vapor therapy, where it ensures optimal diffusion and inhalation rate. Density 0.91 g/cm³: Eucalyptus Oil Density 0.91 g/cm³ is used in aromatherapy diffusers, where it enables efficient dispersion into ambient air. Boiling Point 176°C: Eucalyptus Oil Boiling Point 176°C is used in industrial cleaning solvents, where it allows safe evaporation at elevated temperatures. Viscosity Grade Low: Eucalyptus Oil Viscosity Grade Low is used in massage oils, where it improves skin absorption and spreadability. Flash Point 50°C: Eucalyptus Oil Flash Point 50°C is used in respiratory relief sprays, where it enhances safety during aerosolization. Refractive Index 1.458: Eucalyptus Oil Refractive Index 1.458 is used in cosmetic formulations, where it contributes to consistent clarity and aesthetic quality. Residual Solvent < 0.05%: Eucalyptus Oil Residual Solvent < 0.05% is used in oral hygiene mouthwashes, where it ensures product safety for human use. Solubility in Ethanol > 90%: Eucalyptus Oil Solubility in Ethanol > 90% is used in tinctures, where it guarantees homogeneous mixing and stable solution formation. |
Competitive Eucalyptus Oil prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615371019725 or mail to admin@sinochem-nanjing.com.
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Tel: +8615371019725
Email: admin@sinochem-nanjing.com
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With decades of hands-on experience transforming raw botanicals into industrial-scale ingredients, we’ve learned that consistency and purity in plant oils never happen by chance. Eucalyptus oil is one product where every detail in sourcing, handling, and extraction leaves a mark on the final result. Here in the factory, surrounded by fresh distillation tanks and the unmistakable aroma of eucalyptus, we see firsthand what sets a truly reliable eucalyptus oil apart from the inferior or adulterated versions that often turn up in the market.
Eucalyptus oil isn’t just another essential oil on a long list of plant extracts. Our oil comes predominantly from Eucalyptus globulus, a species known for its high cineole content. By strictly sourcing leaves and twigs at the optimal point of maturity, then promptly steam distilling on-site, we avoid quality swings related to late harvesting or long transport times. Batch by batch, the natural composition speaks for itself—clear, colorless to pale yellow with a sharp, penetrating scent that makes it stand out from imitation blends and diluted alternatives often posing as genuine eucalyptus oil.
From the point the leaves enter our facility, we monitor physical and chemical attributes important to every sector relying on this oil. The two qualities that always demand the closest attention are cineole content and purity. For most industrial and medical uses, a minimum 80% 1,8-cineole concentration gives predictable solubility, stability in end-use products, and optimal sensory properties—especially important where formulation reproducibility matters. Our best-performing lot carries cineole concentrations consistently between 85% and 90%. This doesn’t happen by cutting corners or blending in low-quality material. High cineole levels require both full maturity of plant material and expertise in temperature and pressure control during distillation.
At the same time, we keep an eye on optical rotation, refractive index, and absence of synthetic contaminants or non-eucalyptus fillers. Over the years, routine gas chromatography has become second nature here. Subtle variances in the chromatographic fingerprint signal everything from differences in wild-harvested to plantation-grown sources, or indicate if a supply chain substitution may have occurred. We reject any lot that falls outside our established ranges or contains chemical markers of adulteration—no exceptions.
Being in the industry, it’s easy to take for granted just how widely eucalyptus oil is woven into day-to-day products. For end users, the big draw starts with the fresh, camphoraceous scent, prized in oral hygiene items, cough lozenges, topical rubs, inhalants, and air fresheners. Demand from pharmaceutical companies remains strong, particularly for decongestant and antiseptic formulas. Health and beauty manufacturers often use it as a fragrance anchor, while cleaning brands value its solvency and natural biocidal properties.
One application that has grown rapidly involves the use of undiluted eucalyptus oil in agricultural and veterinary products, where its potency as a natural insect repellent matches, or occasionally surpasses, synthetic alternatives. Essential oil blenders often reach out to us for stable lots with a clear provenance because any inconsistency in constituent breakdown can cause downstream performance issues or regulatory headaches.
Our experience shows that direct customers—formulators in the pharmaceutical or FMCG space—never want surprises. They need to know every drum will perform like the last, especially when minor differences can change the scent profile of perfumes or the effectiveness of medical creams. We keep exhaustive batch records and analyze each lot with modern equipment, but we also rely on years of hands-on experience; the faintest off-note in aroma or a haze in clarity rings alarms before lab data catches up. This is one area where old-school craftsmanship and technology go hand in hand.
Not all eucalyptus oils are created with the same intent or under the same regulations. Direct extraction from properly identified Eucalyptus globulus delivers a naturally high cineole content. This oil brings real antimicrobial strength, matches pharmacopeia standards in most regions, and allows for full traceability back to plant origin.
By contrast, producers seeking “rectified” or “triple distilled” grades process the oil one more time to remove traces of undesired aldehydes, bitterness, or harsh notes. Some believe this makes for a cleaner product, but our experience says triple distillation often strips away natural minor components that give character to the oil. Authenticity can get lost along the way.
The lower-cost synthetic routes, usually using turpentine or camphor bases, result in a product with a narrow profile. While synthetic cineole tests well analytically, it never fully replicates natural aromatic complexity. Customers relying on sensory qualities—be it for aromatherapy, personal care, or food-safe cleaning applications—usually return to the natural extract after trialing synthetic types, citing a missing note in both scent and performance.
The most damage to market perception comes from unmarked blends or outright adulterated products. Every year, we send samples of private-label “eucalyptus” from large retailers to third-party labs for honest comparison. Every time—without exception—we find significant cuts with vegetable oil, added camphor, or low-quality terpenes. Customers deserve the full plant extract, not a blend designed to widen profit margins.
Adulteration remains a stubborn issue. Even as regulations tighten globally, low transparency in supply chains allows lesser oils to piggyback on genuine eucalyptus reputations. We learned long ago the value in putting traceability ahead of cost cutting. Every container leaving our site is batch-coded with records reaching all the way back to harvesting partners. Industry recalls or user complaints don’t happen when source transparency and quality assurance move hand in hand.
Both domestic regulators and multinational clients routinely audit our processes, inspect test records, and demand transparency at every step. To keep up, we hold GACP and GMP certifications, but as an operator, the truest measure comes down to the number of years without a quality complaint. Mistakes cost more in the long term than any money saved by cutting sourcing or skipping steps.
The market for eucalyptus oil has grown far beyond small-batch aromatherapy users. Large global players in oral-care, OTC pharmaceuticals, and cleaning sectors now account for a major share. For these customers, chemists and regulatory teams demand up-to-date analysis of not just cineole content, but also total content of aldehydes, monoterpenes, and minor alcohols. The threshold for contaminants like phthalates, heavy metals, or pesticide residues is nil.
As a chemical manufacturer, we see more requests for trace impurity curves, guarantee of GMO-free starting material, allergen statements, and REACH or FDA compliance. This shift has sharpened our focus on analytical testing—not just at production, but through shipment and storage in various climates. Knowing that a finished toothpaste, mouthwash, or medicinal rub might sit for months before reaching the user puts pressure on us to deliver a product that stays stable and potent throughout the shelf life.
Sustaining a reliable output doesn’t end at the distillation line. Eucalyptus oil can change in composition if exposed to light or air, and steadily loses aroma if handled carelessly. Our operations crew stores drums in dark, climate-controlled facilities and tests random samples from storage before shipping. The logistical headaches are greater than with synthetic or blended oils, but customers get the shelf-life and performance they expect.
Tackling consistency and authenticity of eucalyptus oil products means moving beyond simple supplier certification. Year over year, we’ve noticed that clients who insist on visit-based audits and take periodic random samples have the lowest incidence of delivery issues. Pure reliance on paper trails or third-party documentation cannot replace a hands-on partnership. As a manufacturer, we open our doors to clients and encourage batch sampling at various stages—before blending, after packaging, and from stock warehoused for longer terms.
Automating record keeping and consolidating tracking from field harvesting to final shipment has proven effective. Blockchain applications for supply chain tracking have matured enough to offer a genuine safeguard against supply chain tampering. While digital solutions help, the foundation remains strong working relationships with trusted growers, on-site audits, and honest chemistry. Investing in supplier development pays longer dividends than one-off price haggling, especially for a commodity as recognizable as eucalyptus oil.
Each year, the standards for labeling, purity, and allowable uses of eucalyptus oil shift. Some regions now tightly regulate advertising and prescribed uses, especially for ingestible or pediatric products. Rigorous standards exist for allowable levels of specific aldehydes and impurities, particularly in the EU and North America. We respond by continuously updating our analytic methods and training lab staff to screen for new marker compounds as regulatory definitions evolve.
For many export destinations, compliance now means full documentation of pesticide-free status, country-specific certificates of origin, and comprehensive safety data. These are not just legal requirements—brand owners demand them for their own risk mitigation. Our investment in documentation and compliance teams comes less from ticking boxes, more from the recognition that one failed shipment or regulatory fine can erase years of brand reputation. By providing certificates fast, based on fresh analytical data, we help clients clear customs, ban regulatory holdups, and avoid the cascade of returns or recalls.
With pressure on natural resources growing, especially for crops like eucalyptus, maintaining full output while protecting the land is at the top of the agenda. Many of our partners rotate wild harvesting zones to lessen pressure on any area, or plant new stands every season. We select for regions where eucalyptus grows well with limited water input and monitor for signs of ecosystem stress or over-harvesting.
We also engage directly with growers to ensure responsible pest management and soil conservation. The oil yield per acre can swing wildly depending on care at the field level. Higher yields with less chemical intervention mean purer oil and a cleaner record with regulators and customers. Our goal is to run high-throughput extraction lines without draining local resources or sacrificing the ability of forests and plantations to return next year and the year after.
Having produced eucalyptus oil over many cycles, we understand what both niche buyers and major global clients will accept. Cutting the cineole threshold or diluting with lower-quality oils in the pursuit of volume gains only invites customer rejection, low repeat orders, and unwanted scrutiny. By sticking to well-proven distillation methods and direct plant sourcing, we’ve carved out a reputation that supports premium pricing and deep relationships with long-standing partners.
Feedback loops with downstream partners help us stay sharp. Issues once missed by bulk buyers, like allergen cross-contamination or off-notes from improper storage, now get flagged within days. We encourage honest reporting of even small defects and never penalize customers for sending lots back when they don’t meet specification. Over time, this transparency has helped us hone our practices, minimize batch rejections, and keep customer trust at the highest level.
Demand for natural antimicrobials and plant-based actives is changing how large brands approach product development. Where once eucalyptus oil sat on the margins as a legacy ingredient, it now routinely appears in mainstream hygiene and household brands. This resurgence has brought both opportunity and risk; the premium placed on authentic, traceable, and regulation-compliant product means more scrutiny and less room for error.
We devote considerable resources to anticipating new applications—like biodegradable cleaning products, pharmaceutical excipients, and insect-repellent coatings. Increasingly, brands ask for data on not just purity but also sustainability, carbon footprint, and fair-treatment of field-level workers. Answering these needs requires detailed, truthful reporting, not generic marketing claims. In our experience, if the records exist and can be verified, trust follows naturally.
From fragrance specialists to pharmaceutical formulators, end users respond strongly to subtle variations in eucalyptus oil. Those relying on delicate scent notes or therapeutic benefits report that blends and synthetics lack the “lift” and persistence found in undiluted, well-handled natural oils. In inhalation products, for instance, clinical feedback shows better perceived relief from higher-cineole natural oils, likely due to secondary actives missing in synthetic runs.
Manufacturing for this sector means acknowledging that a product is more than a list of specifications; it’s the end result of hundreds of small decisions from seedling to drum. Many new clients approach us with stories of batch-to-batch surprises from other suppliers, only to switch back after direct comparisons in finished applications. Trust accrues slowly but erodes quickly in this market.
Eucalyptus oil, at its best, represents the intersection between traditional botanical knowledge and modern chemical manufacturing. The volume of attention given to traceability, regulatory compliance, purity, and consistent composition marks the difference between commodity product and vital industry component. From the manufacturing floor, surrounded by harvest aromas and lab equipment, we see the pressures from both old and new markets as a signal that only those who master every step of production will continue to see demand grow.
Customers large and small expect more than just a drum of clear liquid—they demand full confidence in plant origin, composition, and quality over time. By blending deep industry experience with a willingness to invest in process and people, we keep eucalyptus oil at a standard that matches rising global expectations. This field does not stand still, and neither do we.