|
HS Code |
741242 |
| Product Name | The Extracted Oil |
| Type | Vegetable Oil |
| Source | Sunflower Seeds |
| Color | Pale Yellow |
| Odor | Mild |
| Extraction Method | Cold Pressed |
| Volume | 500ml |
| Refinement | Unrefined |
| Usage | Cooking |
| Shelf Life | 12 months |
As an accredited The Extracted Oil factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The Extracted Oil is packaged in a 500ml amber glass bottle with a secure screw cap and tamper-evident safety seal. |
| Shipping | The Extracted Oil should be shipped in tightly sealed, clearly labeled containers made of compatible materials to prevent leaks. Store upright, away from heat or sunlight, in well-ventilated areas. Transport in compliance with local and international regulations, using spill-proof packaging and including proper hazard documentation if classified as hazardous. |
| Storage | The extracted oil should be stored in clean, airtight, amber-colored glass or food-grade stainless steel containers to prevent oxidation and photodegradation. The storage area should be cool, dry, and away from direct sunlight and heat sources. Properly sealed and labeled containers ensure oil freshness, stability, and safety. If stored correctly, the oil’s quality and shelf life are maximized. |
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Purity 99%: The Extracted Oil with 99% purity is used in pharmaceutical synthesis, where it ensures high product yield and minimal contamination. Viscosity Grade 120 cSt: The Extracted Oil at 120 cSt viscosity grade is used in industrial lubricants, where it provides optimal flow and reduces mechanical wear. Molecular Weight 340 g/mol: The Extracted Oil of molecular weight 340 g/mol is used in polymer modification, where it improves polymer flexibility and elongation properties. Stability Temperature 180°C: The Extracted Oil stable at 180°C is used in high-temperature processing, where it maintains integrity and prevents oxidative degradation. Particle Size <10 microns: The Extracted Oil with particle size less than 10 microns is used in cosmetic formulations, where it enhances skin absorption and emulsion stability. Melting Point 35°C: The Extracted Oil with a melting point of 35°C is used in ointment bases, where it enables smooth application and even texture. Iodine Value 85: The Extracted Oil with an iodine value of 85 is used in alkyd resin production, where it facilitates optimal cross-linking and faster curing times. Acid Value <2 mg KOH/g: The Extracted Oil with acid value less than 2 mg KOH/g is used in food additives, where it ensures superior taste preservation and shelf life. Oxidative Stability 15 hours: The Extracted Oil with oxidative stability of 15 hours is used in biodiesel manufacturing, where it enhances fuel durability and resistance to rancidity. SAP Value 190 mg KOH/g: The Extracted Oil with a saponification value of 190 mg KOH/g is used in soap production, where it delivers efficient soap formation and consistent texture. |
Competitive The Extracted 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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Years of hands-on experience in chemical manufacturing have taught us that attention to process and an understanding of the raw materials lead to dependable oils. The Extracted Oil, our signature offering, comes as a result of technical refinement and daily diligence around the production floor. Unlike imported alternatives or anonymous sources, we control every step, from raw material selection and extraction to final filtration. Over the years, we’ve observed that end users across lubricant blending, coatings, plastics, food, and agriculture all demand clarity and consistency—not just on the certificate, but in real-world performance.
Our current model, labeled EO-22, reflects today’s customer priorities. It emerges from a process that blends traditional extraction methods with steady pressure, controlled temperatures, and solvent flows that minimize naturally occurring impurities. The oil itself is clear, with a honey-golden color that’s easy to spot when inspecting lots for oxidation or contamination. As former line operators know, the difference between an acceptable and a superior batch shows itself in oxidation stability, moisture content, and pour point. The refined extraction ensures negligible wax content. EO-22 has a kinematic viscosity at 40°C between 38-42 cSt and a flash point above 220°C, a range well suited for mid-grade lubricants and as a plasticizer base.
Every batch meets a specific acid value—never above 0.08 mg KOH/g—which we confirm with titration, not just by paperwork. Water content stays below 100 ppm thanks to both pre-extraction drying and vacuum stripping post-filtration. Trace metals sit beneath 1 ppm. While these details may sound technical, they are daily concerns for us, because the oil’s function in finished products depends on this profile.
Several industries have come to rely on our Extracted Oil for its proven steadiness. Lubricant blenders, tired of juggling off-spec lots, use EO-22 as a foundation for hydraulic fluids and general lubrication. It responds well to pour point depressants and anti-wear additives. From feedback, we notice that the oil accepts dye and V.I. improvers—its color and clarity minimize surprises during blending. In plastics, the oil’s molecular distribution matches well with softening requirements for PVC and rubbers, helping manufacturers avoid migration or plasticizer bleed.
Paint and coating producers specify it for its light color and resistance to darkening under UV or heat. In agricultural applications, our clients see reliable emulsification and crop safety at typical inclusion rates. Food-grade buyers focus on contaminant testing and documented supply history, both areas where we maintain thorough records and allow third-party auditing.
What distinguishes our Extracted Oil isn’t a flashy marketing claim; it’s a blend of predictable quality and consistent service. Over time, we’ve shaped our process around feedback: batch testing aims for more than just passing numbers; it looks for visible clarity, absence of haze, and a scent profile free of off-aromas. Routine visits from third-party auditors keep us frank about our standards. We trace each drum back to its precise filtration cycle and solvent rinse. If a drum barely misses the cut, we don’t ship it. Sometimes this precaution means tighter lead times, but customers share that failures and downtime cost far more.
Other products—especially those routed through multiple handlers or repackagers—often reach customers with higher acid values or mixed fractions that only become clear after use. We sidestep this by handling all refining, neutralization, and storage under our own roof. Our team tracks and samples more than regulatory minimums call for, learning from previous incidents where temperature swings in storage tanks once caused subtle cloudiness or scent changes. We keep samples archived for a year, allowing us to resolve any rare dispute with real materials in hand instead of just sales forms.
Consistent oil production involves a thousand small corrections. Operators watch solvent temperatures every hour, recalibrate filtration timers, and log residue measurements. We’ve learned that rushing de-odorization introduces contaminants that evade routine testing. So, skilled operators call the shots, not sensors alone. Our vats undergo regular physical cleaning with scheduled downtime, supervised by the same team that blends each batch. This direct approach means issues get spotted before they become problems. When a lot seems out of spec, we escalate immediately—no attempt to ‘blend in’ inferior product.
We’ve also learned to respect the limits of raw material variation. Weather, season, or inconsistent input oils show up quickly in flash point or color shifts. By sourcing directly and overseeing delivery, we avoid the randomness seen in consignment stocks. Occasionally, we reject entire deliveries if we spot fungal growth, water pockets, or debris en route—long cause for returned product frustrations downstream.
Customers tell us that they outgrow suppliers with poor communication or variable batches. Our long-term buyers appreciate documentation, not rigid contracts. We keep open channels between production, logistics, and end users. If a customer tweaks their process, we’re ready to tailor vacuum drying or filtration to match. We keep reserves for regular clients, sparing them the need to wait during seasonal surges. In procurement meetings, buyers rarely ask for the cheapest oil—they ask who can keep the worst surprises away.
The difference shows in end results. A lubricant formulated with our EO-22 resists gumming and color drift after months of storage, saving rework time. In PVC compounds, the oil improves flexibility without leaching or tackiness, sparing compounders from rejecting expensive output. In the paint sector, a project once close to recall avoided disaster because our meticulous filtration eliminated trace residue that could cause yellowing. These successes compound over years—building loyalty that marketing copy can’t fake.
Serving end-users in sensitive sectors requires more than clean words—it needs verified action. Food and pharma buyers audit us for solvent residues, absence of contaminants, and allergen control. We allow unscheduled visits by their staff and maintain process segregation to prevent cross-contamination. Our pesticides and auxiliary product partners need environmental declarations. We moved early to comply with tightening VOC rules and invest in closed-loop solvent recovery lines. Auditors see our monitored stacks, regular maintenance schedules, and staff training logs.
We also publish our annual solvent reduction and energy efficiency improvements. Over the past year, process upgrades cut solvent use by upwards of 12% per ton. We’ve switched significant process steam to biofuel sources, lowering overall emissions. Recognizing customer pressure on sustainability, we keep dialogue open with clients seeking additional certifications or support for regulatory filings. Our own staff track local regulations, shipping updates, and new labeling needs—sharing relevant changes with partners days, not weeks, after they issue.
Occasional problems do happen. A heat exchanger once failed mid-batch, risking ruined product. Staff caught it, shut down, and ran a full retest on affected lots, discarding three drums and informing every potentially affected client. No returns or claims surfaced. We keep direct lines open for urgent cases—real people at the plant, not outsourced response centers. This approach isn’t driven by policy alone, but by legacy. Our most experienced technicians learned the hard way, during off-hours breakdowns and with raw shipments that didn’t meet promise.
If customers notice batch-to-batch shifts, we investigate at both ends, reviewing not just lab results but process logs, raw material histories, and even distribution conditions. Over time, this willingness to examine mistakes and share lessons has kept trust resilient. Most changes that shape the current EO-22 model came from such real-world learning—the sort that rarely shows up in technical brochures.
By handling everything ourselves, from crude selection to packed drum, we avoid common supply headaches. If a customer faces a unique challenge—say, excessive foam in a production run, or off-notes they can’t trace—we engage with formulation labs, shipping partners, or even carry out pilot runs. Our technical staff hold practical discussions, suggesting adjustments rather than quoting specs. In one case, an automotive client suspected trace sulfur was interfering with a sealant; our day-shift chemists ran additional sulfur speciation, confirmed below threshold, and helped the user trace the real culprit: batch tank contamination from a different additive supplier.
Direct communication also lets us forecast demand alongside our partners. Clients planning for seasonal surges in rubber compounding or agricultural spraying receive honest timelines and set-aside volumes. Our logistics teams load out on urgent freight—even with last-minute orders—because years of consistent partnership create mutual accommodation, not transactional friction.
Most commercial oils on the market pass through multiple hands, lose track of origin, and risk unintended blending or contamination. Our EO-22 stays traceable, batch by batch, set aside from the moment it leaves our press. We find that buyers with high standards (cosmetics, precision lubricants, food and pharma) avoid product marketed by third parties unless they inspect every step themselves. Our model removes these worries. Consistent batch logs mean the same properties hold over several production cycles, minimizing adjustment on the customer’s end.
With repackaged or imported oil, buyers report problems surfacing after delivery: higher water content, batch-to-batch color drift, and sometimes undetected solvent retention. These variations lead to process upsets. In the worst cases, contaminated cargo fouls an entire product line. We focus on not just compliance, but an attitude of structured production—where routine checks, controlled storage, and direct client conversations create trust over time. This approach doesn’t mean perfection, but far fewer headaches after drums leave our plant.
Progress in oil manufacturing does not stem from paperwork alone—it emerges from learning what happens on customer production lines. We encourage our partners to keep us informed about any process shifts, abnormal results, or trends they spot. Our process improvement team meets weekly to review both customer feedback and internal control data. Recent upgrades—faster cooling steps, improved tank degassing—came straight from end-user suggestions.
We now run pilot lines with small volume capacity for custom requirements, letting partners test oil in real conditions before full-scale adoption. These pilot tests often spark further tweaks—in resin compounding, a minor change to thermal profile improved compatibility substantially. Some clients choose to audit our plant, even recording their own tests alongside ours. This transparency has proved valuable in regulatory scrutiny, giving buyers confidence they rarely find in more opaque supply chains.
Old extraction equipment instilled a respect for both process discipline and the need for improvements. Every year, we allocate budget for upgrading controls, introducing inline sensors that catch density or clarity shifts before reaching the filling stage. We train operators in both manual and digital record-keeping—the best work comes from a staff that knows not just what to measure, but why. Research partnerships with technical institutes let us try solvent blends, enzyme boosters, or new filtration aids in limited runs, only scaling successful results up after thorough risk assessment.
Continuous upgrades to our heat exchange and energy management systems allow us to lower our carbon impact and keep a lid on operational costs. In conversations with customers, we stay open to inputs that might reshape specifications. More demanding requirements from sectors like bioplastics and pharmaceuticals drive us toward even tighter process windows. We value this pressure—our best work often emerges when a partner challenges us to reach a tighter color spec or a lower odor threshold.
Some of our longest-standing clients began working with us after struggling to stabilize product quality with mixed-source oils. In one instance, a global lubricant brand recorded significant downtime from batch failures traced to variable acid values and unidentified residues. Their production routines improved after shifting to EO-22; unplanned line cleanings dropped, and both downtime and cost per liter improved.
Similarly, an agricultural input supplier using our oil for leaf sprays noted improved crop safety and application consistency, which translated into better farmer feedback and winning further market share for their finished products. These stories form the backbone of our daily commitment. They often lead us to practical improvements—from batch-scale pilot blending, to real-time detection of trace issues, to better logistics planning to minimize handling risk.
Making a high-performing extracted oil means keeping feet on the ground and hands on the process. Our team prioritizes regular equipment checks, open discussions with buyers, and real-world inspections over abstract promises. We view every batch as a living record, shaped by both long experience and a willingness to learn from each outcome. Our focus remains on supporting partners who value transparency, reliability, and a solution-oriented relationship.
The Extracted Oil EO-22 stands apart—not for being flashy, but for being consistently dependable, shipment after shipment. We welcome every opportunity to walk the line, answer technical questions, and face future challenges with our clients as true partners. Every drum that leaves our site carries this commitment. Whether improving factory throughput, enhancing product characteristics, or simply delivering another on-spec lot, our work finds meaning in the practical impact delivered to every user.