|
HS Code |
262254 |
| Name | Vitamin E Oil |
| Appearance | Clear to pale yellow, viscous liquid |
| Odor | Mild or virtually odorless |
| Solubility | Insoluble in water, soluble in oils and fats |
| Main Component | Tocopherol (typically d-alpha-tocopherol) |
| Source | Derived from vegetable oils (such as wheat germ, sunflower, or soybean oil) |
| Typical Use | Topical moisturizer and antioxidant in skincare |
| Storage | Store in a cool, dry place away from direct sunlight |
| Melting Point | 2.5°C (36.5°F) |
| Boiling Point | 200°C (392°F) at 0.01 mm Hg |
| Cas Number | 59-02-9 |
| Density | 0.950–0.975 g/cm³ at 20°C |
| Molecular Formula | C29H50O2 |
As an accredited Vitamin E Oil factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Amber glass dropper bottle, 30ml; labeled “Vitamin E Oil,” securely sealed, with ingredient list and usage instructions on the back. |
| Shipping | Vitamin E Oil is shipped in tightly sealed, food-grade or pharmaceutical-grade containers to preserve quality and prevent contamination. The packaging protects the oil from light and air exposure. During transit, containers are kept upright and stored in cool, dry conditions, following all relevant regulations for safe handling and transportation of cosmetic ingredients. |
| Storage | Vitamin E Oil should be stored in a tightly closed container, protected from light, heat, and moisture. Keep it at room temperature, away from direct sunlight and sources of ignition. Store in a cool, dry, and well-ventilated area, separated from strong oxidizers. Proper storage helps to maintain its stability and prevent oxidation or degradation of the oil. |
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Purity 98%: Vitamin E Oil with 98% purity is used in dermatological creams, where it enhances antioxidant protection and reduces oxidative skin damage. Viscosity Grade 200 cSt: Vitamin E Oil of viscosity grade 200 cSt is applied in anti-aging serums, where it improves skin penetration and hydration retention. Stability Temperature 40°C: Vitamin E Oil stable up to 40°C is incorporated in sunscreen formulations, where it maintains efficacy under UV exposure. Molecular Weight 430.7 g/mol: Vitamin E Oil with a molecular weight of 430.7 g/mol is utilized in hair care masks, where it promotes absorption and strengthens hair shafts. Particle Size < 5 μm: Vitamin E Oil with particle size below 5 μm is used in microemulsion systems, where it ensures uniform dispersion and enhanced bioavailability. Melting Point 2.5°C: Vitamin E Oil with a melting point of 2.5°C is blended in lip balms, where it allows smooth texture and sustained moisturization. Acid Value < 1.0 mg KOH/g: Vitamin E Oil with an acid value below 1.0 mg KOH/g is used in pharmaceutical ointments, where it ensures product stability and minimizes irritation risk. Peroxide Value < 5 meq/kg: Vitamin E Oil with peroxide value under 5 meq/kg is included in nutritional supplements, where it provides greater oxidative stability and extends shelf life. |
Competitive Vitamin E Oil prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to sales3@ascent-chem.com.
We will respond to you as soon as possible.
Tel: +8615365186327
Email: sales3@ascent-chem.com
Flexible payment, competitive price, premium service - Inquire now!
In our facility, we produce Vitamin E Oil with clarity on every step from process control to final filtration. Many in this industry have seen Vitamin E Oil flood markets in various grades, appearances, and sources—natural, synthetic, clear, golden, or even brown-tinted. Our experience has taught us that every variation meets a different demand, but not every oil comes with dependable transparency in origin, quality, or bioactivity. This is where we insist on a measured approach. We draw our raw tocopherols from sustainable plant sources—primarily soybean and sunflower—tested at every leg to minimize residual solvents and avoid accidental contamination that can arise in rushed quick-turn processes.
Distinguishing between genuine tocopherol blends and those diluted or cut with carrier oils sometimes calls for more than lab data. It takes a consistent, practiced eye; too many re-bottled or repackaged Vitamin E Oils in the market fall short in antioxidant value, color, or viscosity. Our facility works in closed systems to reduce exposure to air and moisture, as oxidation is relentless once tocopherols hit the open environment. Through decades in production, we have come to realize that fresh batches bring out Vitamin E’s scent—subtle, not overpowering, a far cry from the inert traces left after extended storage on distant shelves.
We manufacture several models of Vitamin E Oil. For food and nutraceutical use, we have a clear d-alpha tocopherol retention ranging up to 70%—above what most off-the-shelf blends offer. In cosmetics, our refined ‘VE1000’ model provides a stable clarity with viscous, golden consistency. Each lot gets a full spectrum test: tocopherol isomer ratios (d-alpha, d-beta, d-gamma, d-delta), peroxide values, and residual solvent content. For industrial buyers, the technical sheet contains only what matches the batch—no cherry-picking test results from a one-time reference lot.
Customers in dietary supplements compare our oil’s IU (international units) content directly to pharmaceutical benchmarks; in cosmetics, we field questions about spreadability, scent, and compatibility with commonly used emollients and carriers. Here’s the insight from our lab: the higher the pure tocopherol content, the thicker and richer the oil feels, resisting thin runniness and artificial clarity sometimes engineered in blends aimed only at aesthetics. For bulk buyers formulating edible capsules, we offer unadulterated, food-grade, non-GMO certified oil. Testing it against other oils, ours resists rapid color shift and holds natural antioxidant function longer without synthetic preservatives.
Walking through our plant, you see the difference between production and trading. Decisions happen in real time. Our engineers and chemists test each input—vitamin E isolation starts with extracting tocopherols under a controlled vacuum, with temperatures managed to prevent isomer degradation. We don’t rely on lab results from last quarter; every batch summons its own paperwork, its own profile. This process protects buyers from subpar material that sometimes enters the market through secondary trading channels, where labeling priorities can overshadow material safety and authenticity.
Often, clients come with stories of previous supply chains: shipments delayed at ports, certificates mismatched, oils received that would not pass aroma, taste, or texture tests typical in a manufacturer’s lab. These are preventable issues—not through more paperwork, but by building trust in a supply chain you can visit, audit, and question face-to-face. The ability to offer transparent, batch-specific technical support and custom adjustments distinguishes us from a faceless bulk supplier.
Many discuss natural versus synthetic Vitamin E, but rarely share the daily realities of working with both. Synthesized (all-racemic) tocopherol, with its uniform molecular arrangement, costs less and fills demand in price-sensitive products. Yet, research confirms only natural d-alpha tocopherol matches human bioavailability. Making the natural variant involves complexities—plant harvesting times, careful distillation, precise fractionation—that synthetic supply chains sidestep. Our insistence on plant-derived tocopherols is grounded in both regulatory requirements and customer feedback: those using Vitamin E in ingestible products consistently report better consumer response, and studies show higher absorption rates.
Those looking for sustained antioxidant protection in skincare also notice the difference. The natural version resists rapid breakdown when exposed to sunlight or air. Trying both in formulation trials leads most to select a natural base, especially when label claims and finished product testing come into play. Our experience aligns with the global shift—regulators and big buyers ask for clear traceability, not just proof of a tocopherol molecule present in the drum.
Vitamin E Oil works behind the scenes in many products consumers use daily. Our clients stretch from small direct-to-consumer supplement brands, to high-volume food fortifiers blending Vitamin E into oils for stabilized shelf life. Bakery and snack foods rely on its oxidative barrier; Vitamin E stops lipids from going rancid without contributing flavor. In gel capsules, our food-grade oil meets peroxide thresholds and taste criteria not on public spec sheets, but flagged by nutritionists and end-customers—these nuances make the practical difference.
In cosmetics, the story changes. Vitamin E’s molecular flexibility means it absorbs well, provides moisturizing support, and partners with other actives for age-defying creams, serums, and balms. Here, we respond to chemists and product developers testing mixability, layering, and scent masking. Our daily work is driven by questions: Will this oil cloud a serum? Does it resist breakdown mixed with retinoids or stable vitamin C? After rounds of feedback, our R&D offers specific formulations to meet stability and clarity needs unique to each client’s formula.
In pharmaceuticals, Vitamin E sees more rigorous demands. Every batch intended for pharma use passes identity, purity, and micro specs, sometimes twice, as regulatory authorities in different markets require overlapping documentation. Questions cover migration in packaging, interaction with excipients (like gelatin and glycerin), and shelf-life extension studies. Each spec confirms our process control—not just raw assay but absence of genotoxins, residual hydrocarbons, and oxidation byproducts often overlooked outside pharma runs.
Years in the chemical industry have laid bare a truth: genuine differentiation rarely lies on the front label. For Vitamin E Oil, what truly sets us apart is batch-to-batch consistency verified through independent as well as in-house testing. Our model ‘VE1000’ ships at targeted purity and color, and we don’t swap between suppliers to shave costs. As direct manufacturers, we can answer with certainty for every lot—origin of raw oil, filtration steps, and whether filtration aids left traces (like silica) downstream.
Some products in the market come diluted for easier packaging or falsely marked as ‘pure’ despite added stabilizers. Our oils do not contain unnecessary antioxidants or fillers. This means formulators using our product won’t need to recalculate their nutritional data or defend ingredient disclosures. Product developers working to make clean-label snacks, sun care, or high-IU softgels look for stability in their own processes; our analytics help them match Vitamin E levels from production through shelf testing.
Handling and packaging—often overlooked—decide the outcome just as much as oil extraction. We measure every variable, from drum lining material to inert gas flushing, ensuring minimal oxidation and heavy metal leaching risks. Where others use generic packaging, our drums carry a UV-resistant lining—this detail extends product shelf life long before it reaches the co-packer or brand owner.
We approach process upgrades through both customer feedback and independent validation. After fielding multiple requests from supplement brands frustrated with inconsistent color or viscosity, we refit our last distillation towers to provide finer particle control—this improved not just the look, but the odor threshold, which influences acceptance in sensitive leave-on skincare. Our QA team now releases additional certificates detailing not just the major tocopherol content, but minor isomers and possible trace contaminants.
Training makes a difference, too. Over the years, untrained handling in storage or transit has ruined good oil; we now require partner carriers to use temperature-controlled vehicles and humidity data loggers for bulk shipments across climates. This investment prevents clumping, breakdown, and expensive product recalls downstream. New clients sometimes question this added oversight, but repeat buyers see lower loss rates—and more reliable outcomes in finished goods.
Global Vitamin E supply chains sometimes hide small but crucial issues. Crop shortages, for example, immediately distort pricing and quality grades in wild swings. As manufacturers, our solution starts upstream—direct contracting with growers, and reserve capacity during bumper harvests. Maintaining stocks only works when you can test for quality alongside quantity; we turn away shipments with borderline specs rather than risk entire production runs on questionable input.
Another challenge: regulatory shifts. New toxin or contaminant findings—from pesticide residues to 3-MCPD levels—flash through the industry, with importers and end-users caught off guard by stricter limits. We built our own analytics suite to validate each batch before regulatory authorities raise new flags. Where toxicity concerns arise, we coordinate traceability down to the field lot so our finished product can always carry necessary documentation, preventing market recalls and lost brand equity.
Competition from low-cost geographies pushes many buyers to seek the cheapest price per kilogram—but this almost always comes with trade-offs. We get calls to ‘fix’ stability problems that surface when vitamin content degrades during storage, or when a cosmetic product yellows after shipping. Our recurring solution: instead of chasing cost down, we control upstream and add post-production QC, backing each shipment with a practical shelf-life guarantee. Cheaper oils cut corners that customers discover only after costly market feedback—by then, the damage is done.
On the subject of transparency, our batch reports include all test results—not just those that look favorable. If a slight deviation in color or viscosity isn’t ideal, we flag it for buyers before shipment. Pharmaceutical clients have audited our processes and walked the production lines themselves. Our team’s proud to open doors; this openness builds the sort of trust third-party traders only claim but rarely deliver.
Our Vitamin E Oil meets not just local guidelines, but exceeds stricter EU contaminant thresholds and US USP compendium standards for tocopherol type, absence of impurities, and batch consistency. We document every production run with full spectrum details—no deliberate data omissions. Distributors and retail buyers sometimes compare us per kilogram to large-scale blenders, but only through actual production runs—real blending with finished batch testing—do they see the benefit of purchasing directly from a manufacturer with skin in the game for every drum.
Growing Vitamin E markets face sustainability concerns, from crop depletion to solvent use. We source from growers certified for sustainable practices and employ energy recycling across our extraction and refining floors. Spent meal and byproducts re-enter agricultural cycles rather than going to landfill. Every stage in production has a documented carbon footprint, and our aim is to incrementally reduce energy and water consumption per finished kilogram.
Looking ahead, both consumers and regulatory authorities are increasing scrutiny of ingredient traceability. High-grade Vitamin E sourced from non-GMO, identity-preserved crops is becoming the baseline expectation. Our facility adapts quickly to new demands: as customers shift to organic labels, we upgrade processes to eliminate cross-contact and earn fresh certifications when buyers need them. From this perspective, a manufacturer’s adaptability counts; product launches often move faster than regulatory harmonization can keep up, so only those with direct production and tight documentation can support new claims or design changes at the pace brand owners need.
Vitamin E Oil sounds simple when viewed in isolation, but the true value lies in how well it performs through each step from pressing to packaging. As an actual manufacturer, we see the consequences of shortcutting process, skipping essential tests, or mislabeling blends. Finished product quality only reaches your shelf (or the hands of your customer) as good as the last link in the chain. Our focus—borne out of decades in chemical manufacturing—is to remain accountable, offer verifiable product data, and make improvements based on the evolving needs of real-world users.
Clients come back not because of glossy marketing but for straightforward advice, batch-level customization, and an honest answer when something doesn’t fit the standard mold. In every conversation about Vitamin E Oil, the lessons are the same: a verified supply chain saves money, product integrity retains trust, and improvements come from attention to detail at every scale. From food-grade enrichment to high-purity pharma batches and skincare innovations, our Vitamin E Oil stands as proof that long-term quality starts with the manufacturer—and it pays real dividends in every application.