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HS Code |
565783 |
| Botanical Name | Camellia oleifera |
| Common Names | Tea Seed Oil, Tsubaki Oil |
| Extraction Method | Cold-pressed from seeds |
| Appearance | Light yellow to golden |
| Odor | Mild, slight herbal aroma |
| Primary Constituents | Oleic acid, linoleic acid, palmitic acid |
| Comedogenic Rating | 1 (low likelihood to clog pores) |
| Uses | Cooking, skincare, haircare |
| Absorption Rate | Fast, non-greasy finish |
As an accredited Camellia Oil factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Camellia Oil is packaged in a 500ml amber glass bottle with a secure screw cap, featuring clear labeling and usage instructions. |
| Shipping | Camellia Oil is typically shipped in sealed, food-grade containers such as drums or IBC totes to prevent contamination. It should be stored in a cool, dry place away from direct sunlight and sources of ignition. Ensure compliance with local regulations regarding the transport of vegetable oils. Handle with care to avoid leakage. |
| Storage | Camellia Oil should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and moisture. Keep the container tightly closed when not in use to prevent oxidation and contamination. Use food-grade, dark glass or stainless steel containers to preserve quality. Store separately from strong oxidizing agents and chemicals with strong odors. |
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Purity 99%: Camellia Oil with purity 99% is used in cosmetic formulations, where it enhances moisturizing efficacy and skin absorption rates. Viscosity 70 cSt: Camellia Oil at 70 cSt viscosity is used in hair care serums, where it improves detangling performance and adds shine. Oxidative Stability >150h: Camellia Oil with oxidative stability over 150 hours is used in food applications, where it prolongs product shelf life and maintains flavor integrity. Acid Value <1.0 mg KOH/g: Camellia Oil with acid value below 1.0 mg KOH/g is used in pharmaceutical ointments, where it reduces the risk of skin irritation. Particle Size <10 μm: Camellia Oil emulsified at particle size below 10 μm is used in nanoemulsion delivery systems, where it increases bioavailability of active compounds. Peroxide Value <5 meq/kg: Camellia Oil with peroxide value less than 5 meq/kg is used in edible oil blends, where it minimizes oxidative rancidity and preserves nutritional quality. Refractive Index 1.468–1.474: Camellia Oil with refractive index within 1.468–1.474 is used in analytical standards preparation, where it ensures accurate calibration. Iodine Value 75–85: Camellia Oil with iodine value 75–85 is used in soap manufacturing, where it supports proper saponification and product consistency. Free Fatty Acids <0.5%: Camellia Oil with free fatty acids below 0.5% is used in dermatological creams, where it delivers gentle hydration with low irritation potential. Saponification Value 190–198: Camellia Oil with a saponification value of 190–198 is used in artisanal soap production, where it enables optimal lather and cleansing properties. |
Competitive Camellia 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.
We will respond to you as soon as possible.
Tel: +8615371019725
Email: admin@sinochem-nanjing.com
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For those of us who work day in and day out with natural oils, Camellia Oil stands apart for its unmatched clarity, consistent color, and refined purity. We press this oil from Camellia oleifera seeds using methods that hold true to time-tested craftsmanship, then refine it carefully to deliver stable lots every season. Our standard models, like CO-080 and the premium filtered CO-180, meet specific peroxide and acid value limits to stay within food, cosmetic, and industrial requirements. We verify each batch ourselves, guided by GC-MS results, fatty acid profile consistency and typical moisture content below 0.1%. It's not enough to just hit a number; stability and shelf life really show how a product will perform for customers making cosmetics, lubricants, or food-grade blends.
We never just list figures and hope the product speaks for itself. Years of feedback—direct from formulators, cooks, beauty technicians, and R&D chemists—shapes how we process and package Camellia Oil. The balance of oleic acid often above 80% gives this oil a light feel and a resistance to oxidation you simply don’t see in faster-turning seed oils. Compared to common vegetable options, Camellia Oil doesn’t gum up equipment and maintains clarity in translucent applications. Our team can always spot oil exposed to too much heat or pressed from under-ripe seed lots, which is why we only run slow, friction-limiting presses and gentle filtration lines. Each product model has its regular set of bulk density, color, and iodine value, avoiding the usual guesswork when customers blend or apply the oil in their systems.
Anyone comparing Camellia Oil to soybean, canola or sunflower oils will see a difference in the lab and on the line. For heavy-use applications, especially where cosmetic-grade texture or oxidative stability is crucial, Camellia Oil doesn’t yellow under LED light in shelf tests, holds up in preservative-free bases, and resists wax-out in cold fill lines. We see less flavor migration and volatility loss versus lighter, highly processed seed oils, especially important for high value skin serums or clean-label seasoning oils. While some bulk oils go rancid or separate out, properly refined Camellia Oil keeps a smooth pour and stays stable after months in inventory—a result of our consistent moisture control at the time of packing.
In our experience, customers rarely ask simply for an oil—they expect a performance difference that justifies premium pricing. Most frequent buyers blend our CO-080 grade into high-value serums, scalp treatments, and massage oils where quick absorption and gentle skin feel matter more than basic lubrication. Metal workshops use it as a fine cutting oil, reporting that its stable viscosity and minimal residue increase tool life and reduce post-process cleaning. On the food line, the refined models add neutral flavor to vinaigrettes or drizzle products, passing peroxide and color checks with every shipment. Art supply makers and high-end wood finishers ask for certification on each lot so their products remain consistent from run to run. These end uses come directly from industry, not marketing speculation.
Anyone who’s filled drums or pails with Camellia Oil will immediately notice how smoothly it pours at temperatures above 15°C, with no slow clumping that sometimes plagues heavier vegetable oils. We invest in high-purity packaging (commonly food-grade HDPE and nitrogen-flushed steel drums) to stop oxidative pickup and flavor tainting. Regulatory questions arise often, and we hold our products under allergen-controlled, traceable lots. For our overseas buyers, we certify every barrel for pesticide residues and full trace metal screening, since food and pharma regulations only get stricter. Factory experience shows that true shelf life comes from limiting double-handling, keeping fill lines moisture-free, and storing away from direct sunlight. Each measure comes from batches that passed and failed real-world transit—or sat longer than expected in a hot warehouse.
On paper, Camellia Oil fits profiles used in hundreds of global industries. Real-world performance depends entirely on the underlying seed quality, the filtration, and the handling before it ever leaves the manufacturer. No two years look alike in agriculture, so testing at multiple points in the factory is non-negotiable for us. Our in-house lab checks free fatty acid, moisture, and refractive index before each drum leaves, keeping our CO-080 and CO-180 models exactly where customers expect them every time. Some competitors push higher color or smoke point as main selling points, but in our experience, it’s purity markers like low oxidation and absence of polymerized compounds that matter more to formulators who know what damage over-processed oils can do to a batch.
There’s always pressure to cut with blends or take lower-grade product when volumes rise. Over years of manufacturing, we’ve learned such shortcuts almost always create bigger headaches—unexpected separation, taste drift, or stability issues that show up at the worst times. Customers who depend on allergy control or label-traceable inputs rely on single-origin Camellia Oil, as even small blends with rapeseed or peanut oils can trigger rejection. Not all buyers run in-house GC tests, but the difference in feel and storage life comes through, especially in tightly regulated food or cosmetic markets. This direct-from-seed approach takes more effort, yet it provides the foundation for long-term supply relationships and repeatable results. We stick to origin testing, batch tracking, and only moving oil that matches the standard set from the season’s earliest presses.
Every year brings input from end-users in Korea, Japan, Europe and the Americas, shaping how we select models and manage lines. In the 1990s, manual expellers ran slow and left heavier aroma in the final oil, but advances in vacuum pressing and inert gas filtration have largely eliminated flavor taint and excess leaf-green color. By using gentle, mechanical clarification—rather than high-heat solvent extraction—we keep the desirable acid profile our long-term buyers expect. This approach means our CO-180 grade outperforms lower-cost expeller oils with better aging, lighter organoleptic profile, and consistent low peroxide value. Tighter controls and cleanroom investment in recent years came directly in response to contamination risks experienced in prior decades. Real-world plant issues, like stuck valves or contaminated lines, led us to batch-test every fill rather than relying on theoretical QC checks.
Being a manufacturer means fielding all sorts of troubleshooting questions—many well beyond spec sheets. We advise on how to clear a cloudy drum (gently warming works better than constant stirring), how to blend for pourability, and how to spot early signs of hydrolysis or color drift. Some customers try to save on shipping by purchasing in bulk totes, but experience shows small or mid-size pail packaging reduces exposure and flavor shift unless used all at once. Customers making edible seed butters or cosmetic balms routinely ask for certificates of analysis, and we’re happy to share peroxide value, acid value, color, and heavy metal screening—numbers that come from our own lab, not a third party repackage. Whenever a buyer has a complaint about oxidation or off-odor, our tech team walks through sample retention and side-by-side sensory testing, not just replacing inventory but tracing causes to weather, storage, or even internal plant handling.
Camellia Oil means livelihoods for farming communities, and manufacturing scale requires attention to ethical sourcing and waste minimization. Our long-standing factory model contracts directly with seed cooperatives who supply traceable lots sorted for color, fat content, and farm origin. This helps prevent adulteration and supports traceability programs for customers reviewing farm-to-batch sustainability. By converting press-cake for fertilizer and energy recovery, we close the loop and reduce landfill waste—a process requested by buyers wanting “whole plant use” in their product portfolio. Real gains are visible from shared supplier audits and repeat partnerships, not by chasing the lowest-cost seed inputs.
Years in the business have taught us to watch every valve, temperature reading, and drum seal, as minor leaks or mislabeling during trucking can cost relationships overnight. We sample retain with every shipping lot, enabling buyers to match current oil to retained samples on any quality complaint. Our team provides practical storage guidance to distribution partners and helps plan humidity-controlled warehousing for new regions. Direct feedback from overseas food companies proved vital, as they require non-GM certifications, batch-level microbe screening, and clear allergen declarations before clearing customs. Our approach simplifies export logistics and speeds up delivery on scale orders, while giving buyers full transparency and not just vague “manufacturer’s guarantee” claims.
Within the plant, real advances come from mechanical precision more than flashy marketing. Gradual machinery upgrades—such as multi-stage cooling, inert contact surfaces, and tighter filter mesh—culminate in oil models that outperform outdated commodity stocks. This directly raises shelf life and prevents off-taste, particularly in warm climates with extended transport. Unlike many seed oils that tolerate rougher handling or wider blending, Camellia Oil’s best value stands out when treated with respect from seed to drum. The bottom line follows best manufacturing practices, not cost-saving compromises. Repeatable product means happy formulators and food chain partners, which feed directly into our plant’s reputation and demand season after season.
Our senior operators have handled Camellia Oil for decades, cataloging the smallest shifts in fatty acid balances or subtle aroma changes that reveal seed age or humidity fluctuations. This field knowledge comes only from years of watching, smelling, and tasting oil at every production stage. Training younger technicians involves hands-on guidance, sharing stories of past recall events or unexpected customer returns due to small but important shifts in extraction parameters. We bring plant visitors right onto the production floor and into the lab, showing them actual press results, not just sales material. Sustaining product quality isn’t about following checklists; it’s about recognizing those early warning signs only experience can give.
Each batch faces dozens of checkpoints before it leaves our facility. From our perspective, safety doesn’t just serve regulation—it creates buyer trust and brand longevity. Our facility runs allergen controls, screens for pesticide backgrounds, and holds full traceability logs on each seed lot crushed. Unlike lower-value seed oils often bottled in uncontrolled facilities or shipped unlabeled, every container of Camellia Oil follows electronic batch records, quick recall pathways, and full laboratory sign-off before release. We answer questions from prospective buyers and visiting inspectors directly, sharing our systems and justification for every safety measure—no backroom secrets or vague paperwork.
Product development never stops in this field. Requests for high-clarity, persistent antioxidant action, or tailored fatty acid profiles keep our R&D running pilot extractions and rapid test runs week after week. Industrial lube and eco-solvent formulators press us for even lower moisture, higher oxidative resistance, and nearly invisible odor in every drum. In response, our new line filtration steps continue to lower trace elements, narrow batch variability, and help niche end users push into new product lines without risk. Retail cosmetic companies and food chains demand more than generic “bulk oil”—traceability, allergen declarations, and true supply security drive every purchase, especially as new labeling laws expand in major markets. By handling the hard questions—what really matters to those running the next batch or shelf-filling the next warehouse—we continue driving improvements in every drum we ship. The story of Camellia Oil as we see it is not about hitting simple spec targets, but about living up to the expectations built through years of trust, feedback, and manufacturing pride.