| HS Code | 187669 |
| Product Name | Camphor Crude Oil |
| Appearance | Yellowish to brownish liquid |
| Odor | Strong, penetrating, camphoraceous |
| Solubility In Water | Insoluble |
| Boiling Point | 204–209°C |
| Flash Point | 50–61°C |
| Density | 0.86–0.92 g/cm³ |
| Refractive Index | 1.460–1.475 |
| Main Component | Camphor |
| Extraction Method | Steam distillation of Cinnamomum camphora wood |
As an accredited Camphor Crude Oil factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Camphor Crude Oil is packaged in a 25 kg blue HDPE drum with a tamper-evident seal for safe storage and transport. |
| Shipping | Camphor Crude Oil is shipped in tightly sealed, chemical-resistant containers to prevent leakage and evaporation. During transport, containers are stored upright in cool, well-ventilated conditions, away from heat sources and incompatible materials. Proper labeling and documentation are ensured per regulatory standards to guarantee safe handling and transit. |
| Storage | Camphor crude oil should be stored in a cool, dry, and well-ventilated area away from direct sunlight, heat sources, and ignition points, as it is flammable. Use tightly sealed containers made of compatible materials to prevent leakage and evaporation. Keep containers labeled and avoid storing near oxidizing agents or acids. Ensure spill containment measures are in place to prevent environmental contamination. |
Competitive Camphor Crude Oil prices that fit your budget—flexible terms and customized quotes for every order.
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Camphor Crude Oil has carried a reputation in the chemical world due to its distinct properties and versatility. In our manufacturing plant, we start with Cinnamomum camphora as our main raw material, extracted using steam distillation—a method that has held its ground for over a century. Through direct handling of extraction, we control temperatures, pressures, and timing, which all influence the natural proportion of d-camphor, safrole, borneol, and related compounds. Each time we run a batch, the heavy, clear to pale yellow liquid carries the unmistakable sharp, penetrating aroma of camphor, which signals a job done right.
Every run through the distillation unit reminds us that quality begins with the leaves and wood we put into the stills. Years of hands-on work with camphor trees taught us to watch for changes in seasonal oil content and subtle differences brought by rainfall or tree age. Our model designation for Camphor Crude Oil, often referenced by local practice rather than global codes, reflects these nuances. The most common batch falls between 80% and 90% total volatile compounds, topped up by minor sesquiterpenes that make the oil suitable for further fractionation.
Our team takes pride in doing more than just pushing buttons on a machine. Before filling drums, our operators smell, test, and judge every lot, comparing it against years of production notes. Sometimes, slight shifts in the earthy base, or the peppery top notes, indicate adjustments in the next steam run. Camphor Crude Oil isn’t just clear science. It’s also craft, and every skilled eye and practiced nose in our plant contributes to a reliable product.
Most of what we call Camphor Crude Oil is a mixture—nature isn’t generous with pure single compounds, and neither are the steamed logs and chips we use. The largest share is d-camphor, always the main player, but borneol and a family of terpenes give the oil its unpredictable minor notes. Early fractions show a latticed network of lighter terpenoids, while the later product thickens with higher-boiling points. Over the years, we have discovered that controlling condenser temperature by only a few degrees means the difference between a quality lot and an out-of-spec batch.
On our lab benches, technicians use gas chromatography to check the range of components, but the older hands know the real-world check always comes with a splash of crude oil across the palm—if it steams off too fast, or if the after-scent lingers in the nostrils longer than a minute, we already know what the GC chart will look like.
Our oil moves out to several sectors, not just one. Local traders and overseas clients buy bulk for chemical further processing, especially as feedstock to separate pure camphor or l-borneol, while smaller users in traditional medicine and perfumery value the crude oil’s potent aroma and cooling feel. In every batch, we see buyers ask about the right boiling range. The crude product—unlike rectified camphor oil—retains heavier volatiles, and here’s where our work really matters. Some end users need that, especially for fumigant blends, incense, and crafting liniment bases. Distillers want the crude for its richer mix, since extracting more than one valuable element out of each shipment keeps overheads down and input options plentiful.
From our factory floor, there’s a big difference between packing uncut crude and refining to clear, colorless camphor. Both have their place, and knowing where one works best comes from real trial. Over the years, we’ve seen that regions with legacy herbal pharmaceutical industries prefer the fuller, heavier scent, while modern perfumery clients request stripped-down oils for more predictable base notes. Many rural soap and cleansing product makers demand crude oil over refined derivatives because it costs less and brings a deep, lingering scent not seen in isolated camphor fractions.
People new to the industry often ask why not simply use pure camphor; why deal with untamed, variable crude? Our answer comes down to the facts of chemistry and economics. Camphor Crude Oil contains not only d-camphor, but also a spectrum of terpenes—limonene, safrole, cineole, and multiple sesquiterpenes—each bringing their own properties. In practical use, fragrance stability, solvent effect, and biological action depend on these natural mixtures.
Refined camphor, once separated, becomes a one-trick pony. It smells sharper and cleaner, but loses depth. Crude oil, by holding onto the supporting cast, packs more complexity for those who know how to use it. In our workshops, the difference shows up during pilot blending for flavor and fragrance houses. The crude’s broad volatility means it latches onto fatty bases, resins, and alcohols differently than pure camphor. As a result, the crude appeals to industries that need versatility.
Some of our longest-running buyers run small medicine shops passed down through families. They remind us that, for certain traditional balms, the crude oil gives a strength pure fractions simply can’t deliver. Even after years of modern extraction technologies, these loyal buyers insist on the “full oil,” sometimes complaining if we’ve refined it too far. On the other hand, bulk importers for industrial uses push us to tighten up our fractionation, looking for higher purity and less batch-to-batch variation.
It’s not just about one method being better than another. As manufacturers, our job is to ensure we can swing either way—delivering large drums of thick, heady crude, or fractionated, lighter oils depending on who comes calling. The challenge is not only a technical one but also about respecting our customer’s own traditions and recipes.
Running a plant in a forest farming area comes with its share of paperwork, but our main focus never drifts from quality or traceability. Each barrel bears a batch number, with the date, raw material source, and operator name logged. But long before we fill out certificate sheets, our real assurance comes from the experience of those running the stills and those who learned to judge with their senses. Auditors from government bodies sometimes marvel at our handwritten logbooks, built up over decades.
We understand the global push for clearer standards and have adapted our production to meet various pharmacopoeia and industrial benchmarks. But the reality on the ground is that each run can only be as good as the input material and the operator’s touch. Instead of chasing the latest paper spec, our pride comes from being able to take a sample from a random drum, run it through a flame test, or apply a little to the skin, and know it will meet the customer’s expectation every time.
Some years, unforeseen pests or changing rain patterns drop the oil yield in camphor forests. We’ve learned not to stretch weaker material; instead, we hold off and blend from stronger lots to keep consistency. Whenever adulteration scandals hit the headlines, we get visitors who ask, “Is your oil pure?” We point to our open batch process, plant sources, and, if they want, invite them into the facility. Our openness has won trust and repeat business where generic trading companies fall short.
We once faced a stretch of low-yield harvests, and the only way to supply regular customers was through rigorous blending—testing and recording every mix. Cheap fillers such as turpentine have tempted some in the wider industry, but we’ve learned firsthand how fast such tricks can ruin a reputation. For this reason, our lab keeps physical reference samples from each year, so anyone who needs to check on us can compare today’s product against those from a decade ago.
Through long shifts next to the stills, our teams have learned the sharpness of concentrated camphor vapors and treat the distillation room with respect. Open windows and careful venting matter—people, not papers, remind each other to check airflow and wear gloves. We’ve seen what happens when crude oil ends up in waterways, and strictly manage waste to avoid harm to farms and neighbors. These lessons came from real incidents, not just rules in a manual.
Our strategy for improvement comes from experience, not wishful thinking. Instead of setting up new shiny systems every year, we find the most reliable practices—controlled condensation, staged decanting, and safe ash disposal—and stick to them, teaching each new generation what the last discovered through hard work and a few mistakes. As a result, our output stays clean and repeatable, and our community remains supportive.
We do not rely on brochures or online marketing tricks. Most of our customers come through word-of-mouth, following the advice of those who used our oil for years. Questions always come up about how to handle the strong scent or how to dilute the oil in ethanol or vegetable carrier oils. We draw on our own blend trials and decades bodily working with camphor—advice that goes deeper than the simple numbers on paper.
For traditional users, we suggest gradual blending, using familiar solvents for the first mix to avoid splitting. For chemical refiners seeking pure fractionation, we advise setting up for double or triple distillation, because nature rarely offers a perfect cut on the first try. Industrial customers seeking safety sheets find everything is documented and traceable, and we make sure each buyer gets a batch profile prepared by the same person who oversaw the production.
Our plant isn’t made of glass and shining metal; most of it is bricks, time-patched tanks, and worn pipes cared for with routine hands and experienced eyes. We invest in upkeep and gradual improvements, preferring fixes that last years instead of quick, cosmetic patches. Over the years, we found that longevity comes from knowing every odd sound and every change in scent during distillation, not just updating for the sake of trend.
Facing new competition from synthetic camphor and mass-produced essential oils, we rely on the natural character of our crude oil. Clients often return with stories—how their particular balm, cleaning agent, or incense needs the full-bodied crude, not an over-refined chemical. In these moments, the work of each team member in selecting, blending, and testing shows in every barrel shipped.
Many in the chemical sector focus on speed and scale, but our edge comes from knowledge passed down, regular hands-on training, and never losing track of the subtleties in each batch. We’ve worked with exporters who tried various sources and landed back with us, recognizing the steady lot-to-lot character of our oil due to our refusal to cut corners or bulk product with substandard raw material.
Our final product is never a standard commodity. Whether passing a crude sample to a herbalist in Southeast Asia, or filling an order for a cosmetics producer, the message we send with each barrel is clear—pure, properly handled, and consistently within the natural ranges shaped by careful distillation. This approach has survived shifting markets and evolving regulations because it centers on production reality, and that’s something paper standards alone rarely guarantee.
Plenty of technical sheets promise exact compositions and precise boiling points. From our view on the plant floor, these numbers matter only as far as they translate to performance in the real world. Camphor Crude Oil isn’t just a chemical for us; it’s a product we learned to respect by watching every stage of its creation. Whether thick or light, sharp or mellow, each lot tells a story of the season, the trees, and the people—it carries years of hands-on knowledge.
End users may only see drums or bottles, but in each shipment, our focus on integrity, consistency, and responsive feedback—built from decades of day-in, day-out experience—makes the difference that no generic catalogue can ever fully capture.