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HS Code |
890505 |
| Name | Vitamin E |
| Type | Fat-soluble vitamin |
| Main Function | Antioxidant protection |
| Chemical Name | Tocopherol |
| Common Forms | Alpha-tocopherol, Gamma-tocopherol |
| Recommended Daily Intake Mg | 15 |
| Natural Sources | Nuts, seeds, vegetable oils, green leafy vegetables |
| Appearance | Yellowish, oily liquid |
| Absorption | Enhanced by dietary fats |
| Deficiency Symptoms | Nerve and muscle damage, vision problems, immune impairment |
| Overdose Risk | Bleeding risk, especially with high doses |
| Molecular Formula | C29H50O2 |
| Stability | Sensitive to heat and light |
| Role In Body | Protects cell membranes from oxidative damage |
| Other Names | Alpha-tocopherol, Vitamin E acetate |
As an accredited Vitamin E factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Brown plastic bottle containing 100 grams of Vitamin E powder, sealed with a white screw cap, labeled with chemical details and safety instructions. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for Vitamin E: Typically 10-12 metric tons, packed in drums or cartons, ensuring moisture-proof and secure transportation. |
| Shipping | Vitamin E should be shipped in tightly sealed containers, protected from light, heat, and moisture to maintain stability. Handle with care to avoid contamination. Transport according to local regulations, typically as a non-hazardous material. Temperature control may be required for certain formulations to preserve efficacy and prevent oxidation. |
| Storage | Vitamin E should be stored in a tightly closed container, away from light, heat, and moisture. It should be kept at room temperature, ideally between 15°C and 30°C (59°F and 86°F). Exposure to air and sunlight may degrade its potency, so an amber glass bottle is recommended to protect it from oxidation and degradation. Keep out of reach of children. |
| Shelf Life | Vitamin E typically has a shelf life of 2 to 3 years when stored in a cool, dry, and dark place. |
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Purity 99%: Vitamin E Purity 99% is used in pharmaceutical formulations, where it enhances antioxidant efficacy and extends product shelf life. Molecular Weight 430.7 g/mol: Vitamin E Molecular Weight 430.7 g/mol is used in dietary supplements, where it ensures precise dosing and consistent bioavailability. Stability Temperature 25°C: Vitamin E Stability Temperature 25°C is used in cosmetic emulsions, where it maintains oxidative stability during storage and application. Oil-Soluble Grade: Vitamin E Oil-Soluble Grade is used in skincare serums, where it promotes efficient dermal absorption and improved skin protection. Particle Size <10 μm: Vitamin E Particle Size <10 μm is used in encapsulated beadlets, where it allows uniform dispersion and controlled release in food products. Melting Point 2-3°C: Vitamin E Melting Point 2-3°C is used in topical ointments, where it enhances spreadability and smooth application texture. DL-Alpha Tocopherol Form: Vitamin E DL-Alpha Tocopherol Form is used in fortified beverages, where it provides high potency and increased antioxidant levels. Water-dispersible Grade: Vitamin E Water-dispersible Grade is used in clear beverages, where it maintains clarity and homogeneous distribution of active ingredients. Assay ≥98%: Vitamin E Assay ≥98% is used in infant nutrition, where it ensures nutrient integrity and verifies dosage accuracy. USP Grade: Vitamin E USP Grade is used in injectable solutions, where it meets pharmacopeial standards and guarantees safety for parenteral administration. |
Competitive Vitamin E prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615371019725 or mail to sales7@alchemist-chem.com.
We will respond to you as soon as possible.
Tel: +8615371019725
Email: sales7@alchemist-chem.com
Flexible payment, competitive price, premium service - Inquire now!
Every batch of Vitamin E rolling out of our factory comes with its own story. Years on the manufacturing line have taught us that consistency beats hype, traceability outpaces trends, and hands-on process control makes all the difference. No clever brochure or high-gloss reselling campaign can rival the weight behind real production experience. We see Vitamin E take shape molecule by molecule, with every parameter checked, each run logged, and often that unique “factory smell” escaping long before a bottle hits market shelves.
Our Vitamin E is available as dl-alpha tocopheryl acetate, typically in powder, oil, or microencapsulated beadlet forms. Model numbers vary according to the form and intended use, but the chemistry never gets diluted. Whether it’s a 50% concentration free-flowing beadlet destined for animal feed, or a viscous oil with 96% purity headed for nutraceutical softgel filling, the real heart of the operation lies in purity, stability, and straightforward, honest specification controls.
Manufacturing Vitamin E is not a speculative exercise here. Our technical teams operate the blending tanks, run the chillers, calibrate the pH probes, and run performance analytics on every batch. Before Vitamin E ever leaves the premises, our staff verify identity and assay by analytical HPLC, scrutinize moisture content, test for residual solvents, and examine particle size when required. Those details make a product trustworthy, batch after batch, shipment after shipment.
Manufacturers will sometimes try short-cuts—leave out a step, skip the drying optimization, or rush the packaging phase. Years spent solving problems on the production line show how easily Vitamin E oxidizes unless protected by the right blend of antioxidants and a tight packaging atmosphere. Packing under nitrogen, integrating natural tocopherols, and managing storage humidity keep the product inside our drums stable, resisting those common yellowing effects or rancid odors that can spell trouble.
Lab data sheets can look identical from supplier to supplier, but real Vitamin E performance splits out in the details few talk about. Our high-concentration Vitamin E beadlets—often running 50% or higher—hold together with minimal dust and clump less in humid air. Tablet-pressing machines run smoother, seeing less sticking on dies and improved throughput per shift. Oil grades pour evenly, with low viscosity drift over time thanks to our controlled esterification process. For the food industry, shelf-life checks out far past regulatory minimums when our Vitamin E antioxidant stabilizes oils used in baking, confections, and dairy analogues.
We spent years adjusting spray-drying curves, playing with excipient blends, and running real-time aging studies because end-users trouble-shoot directly with us—not a call center in a different country. Customers in animal nutrition say our beadlets break less in premix blending, releasing active Vitamin E right where it’s needed, not lost to dust in the bottom of a sack. We log every minor complaint and train batch operators on the root causes—be that a humidity swing, mechanical stress on the coating, or a bagging pressure too high.
Compared with many market options, our Vitamin E shows less drift in potency from manufacturing date to the point of use. Repeat customers bring back their independent stability test results, confirm matching to our certificates, and request specific process adjustments. Sometimes it’s a finer beadlet for fish feed extrusion, other times it’s a slower-release profile for vitamin gummies facing hot chain logistics in summer. That level of technical discussion only happens when the manufacturer puts their process knowledge up front, not hidden at the back of the supply chain.
Our Vitamin E formulations find use across industries, but the patterns show up most clearly where regulations and end-user quality standards run tight. In food processing, formulators add our Vitamin E as a preservative and fortificant—especially in plant oils, butter alternatives, and processed dairy. Animal feed mills count on the dust-free nature of our microencapsulated grades to bring stable fortification to poultry and swine diets. Dietary supplement makers rely on oil carriers that resist phase separation and withstand aggressive softgel filling lines.
Feedback cycles from continuous production form the backbone of our improvement process. For example, a prominent infant formula customer reported clumping issues in high-humidity storage; our team immediately altered the anti-caking agent blend, tested new lots under their site conditions, and solved the issue in the next bulk order. Similarly, high-profile chocolate manufacturers write in about taste neutrality and stability, so we keep flavor panels in-house and run longer-term bridging studies.
Compared to Vitamin E from traders or repackagers, our formulations enter the market with full transparency. That means traceability to specific lots of raw material sourcing, thorough in-process documentation, and direct accountability for deviations. We keep samples archived for every lot, so if a problem comes up downstream, we can pull the same batch, run retests, and help find answers rather than side-stepping the issue.
Direct manufacturers absorb the pain points others never see. Every maintenance shut down, every pH sensor replacement, every holiday staffing shortfall shows up as a possible risk to Vitamin E quality. Our improvement efforts focus on root cause—if a small deviation results in out-of-specification beadlet toughness, we track back to the agitator speed at the start of the batch, not just the material certificate. Long years on the production line have shown us that cutting corners in solvent removal, failing to validate filtration systems, or using subpar blending practices push Vitamin E quality off a cliff.
In this industry, regulatory compliance differs between markets, with the US, EU, and various Asian authorities each setting unique purity and labeling standards. We maintain processes robust enough to meet the strictest—our technical documentation covers not only the active content but also minor impurities, dioxins, and potential process-related contaminants below regulatory thresholds. Transparency protects both our reputation and the downstream product safety of every partner we supply.
Batch traceability ties back to each key control point: raw material intake, reaction vessel temperature, residence time in mixing, downstream purification steps, and warehouse storage conditions. Technical packages accompanying each shipment show not just a shortcut lab printout but a snapshot of real process parameters—evidence that every lot meets specification, year after year.
For buyers and formulation teams, working with a manufacturer means getting exact answers. If a customer asks about d-alpha versus dl-alpha tocopherol, we trace origin to the synthetic or mixed natural platform and explain the resulting implications for biological activity and assay percentage. If a formulator needs non-GMO status, our site runs a dedicated processing stream using certified raw inputs, with third-party certification audits to back it up.
Controlling every step lets us innovate fast. Years back, we saw demand for palm-oil-free beadlets; internal development teams took it on, and now that line has become a staple for certain brand owners targeting sustainability claims. Feed industry buyers pushed us for finer particle sizing and cleaner microencapsulation, so we knew exactly where to tweak dryer setup, excipient blend, and final screening.
We hear packaging trends shift toward recyclable drums and low-permeability liners, so we deploy upgrades as required—no lengthy back-and-forth with intermediaries holding up every change. Our quality managers sign off on shipments knowing that our own teams handled blending, packing, sample retention, and document preparation. Each drum carries the real assurance of coming direct from the plant, not just an address change on a shipping label.
Walk the steps from raw material intake to finished Vitamin E product. You see how solvent recovery systems change final purity, why peroxide management prevents degradation, and how warehouse temperature affects shelf-life. A manufacturer there from start to finish takes ownership of every variable, refusing to pass the buck when something goes wrong. If a softgel maker gets clouding in their product, our technical staff dig into both ingredient analytics and filling-line parameters; we don’t push the issue down the chain.
Experience handling both dl-alpha and d-alpha forms means we understand why some buyers insist on 1000 IU per gram and others want “natural-source only” claims for the European market. We explain the trade-offs, account for source materials, and build each product line to specification. Our oil forms come with additional antioxidant stabilizers if the client needs bottles with longer open-shelf storage; beadlets feature reinforced matrices to withstand pneumatic feed systems in large premix operations.
Traders and repackagers often lack access to these controls, since their business focuses on the external appearance of the product: bright certificates, minimalist labels, and bulk lot purchase. From the plant floor, we know that each lot marks an aggregation of time, labor, and chemical knowledge. Value comes not from just the assay number on a label, but from how the vitamin performs months and continents away from our site, in equipment or products we’ll never see in person.
We listen to the field. When customers call about powder caking issues in summer humidity, or beadlet breakage in high-speed blenders, or separation in fortified oil blends, our production staff run in-house trials replicating those conditions. Adjusting excipient ratios, test-drying batches at varying humidity, working alongside package designers for better seal integrity—these solutions take real flexibility only available at the site of manufacture.
If a regulatory challenge appears—say, new peroxide limits for edible oils in a target export region—we modify the process upstream, adapt storage protocols, or work with raw material providers for a cleaner input. Partnering with universities and independent research centers gives added confidence in our testing and validation, but the hard work happens on our plant floor. We support impacted customers with documentation, and if requested, produce direct validation reports showing how modifications align with new standards.
Our staff run regular, rigorous cleaning and maintenance cycles on every tank, mixer, and drier in the production hall. This level of operational oversight means less microbial burden, fewer out-of-spec batches, and tighter compliance for end-users worried about cross-contamination or batch drift. These investments—often invisible to end customers—translate directly to more predictable product performance, longer shelf-life, and improved safety.
Consumer preferences change fast. We track demand for non-GMO, vegan, palm-oil free, and allergen-free vitamin E grades, and anticipate the next wave by continually auditing supplier sources, updating line cleaning protocols, and refining our in-house documentation. Real traceability comes from in-house record-keeping, not purchased certificates from a different facility on another continent.
Vitamin E’s role reaches beyond an active in softgels or powder blends; it stabilizes delicate fats in infant formulas, holds antioxidant potency in ready-to-drink medical nutrition, and improves the shelf-life of feed mixes on hot tropical farms. These application-specific needs shape our production standards, batch validation methods, and even how we pack drums or intermediate containers. We don’t just test for label claims—we ensure performance under real-world logistics, whether the goods ship across town or to the far side of the planet.
We built our business from the ground up, learning each year from hands-on production, direct customer feedback, and rigorous troubleshooting. It’s easy for outside observers to imagine all Vitamin E is the same, but our plant teams see daily evidence of the subtle differences manufacturing makes—differences buyers notice not in a brochure, but in the performance of the finished product day in, day out.
Open communication shapes every refinement to our Vitamin E range. Plant managers talk weekly with our technical sales and formulation partners. Maintenance logs, customer complaint summaries, and regulatory alerts all funnel into regular reviews. If our product should dissolve faster in a syrup, we fine-tune particle surface chemistry. If pellet makers want less dust, we modify the spray-granulation and post-coating profiles. We never treat these demands as “one size fits all.” Direct-from-factory flexibility anchors everything we do.
Unlike traders or repackers who move on after a single sale, we keep refining the process with those long-standing partners who give honest feedback—positive or negative. Field testing results flow back to our plant, giving us more reference points for every formula revision. We’ve handled mid-batch scale-ups, emergency rebuilds after storm-related outages, and shifting regulatory borders thanks to real-world knowledge of how each vitamin batch comes together.
Our team knows every sector is only as strong as the reliability of its ingredients. Reliable Vitamin E is more than an entry on a formulation spreadsheet—it brings peace of mind to buyers who want stable quality from shipment one to shipment one hundred. Accountability comes with manufacturing, and every case study, test result, and customer testimonial reflects the pride we take in delivering straight from the source.
Making Vitamin E keeps us humble. Mother Nature shows little mercy for shortcuts, cheap raw materials, or expediency over long-term quality. Every drum tells the story of persistence, process optimization, and refusal to compromise. That means every finished product, be it for food, feed, pharma, or nutrition, benefits from our commitment to hands-on, honest, and accountable production.
The next time you see a Vitamin E label, remember: real quality starts at the plant, not with a flashy logo or a slick marketing packet. We put our expertise, resources, and reputation into every batch we produce—because only the manufacturer stands at the intersection of raw material, chemical process, and end-user promise.