|
HS Code |
368656 |
| Name | Vitamin E |
| Type | Fat-soluble vitamin |
| Chemical Name | Tocopherol |
| Main Function | Antioxidant |
| Natural Sources | Nuts, seeds, vegetable oils, green leafy vegetables |
| Common Forms | Alpha-tocopherol, mixed tocopherols, tocotrienols |
| Recommended Daily Intake Mg | 15 |
| Appearance | Yellow, viscous oil |
| Solubility | Insoluble in water, soluble in fats |
| Typical Dosage Form | Softgel, capsule, liquid, cream |
| Storage Conditions | Cool, dry place, away from light |
| Cas Number | 10191-41-0 |
As an accredited Vitamin E factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Vitamin E is packaged in a 100g amber glass bottle, tightly sealed with a screw cap and labeled with safety and handling instructions. |
| Container Loading (20′ FCL) | 20′ FCL for Vitamin E contains securely packed drums or cartons, maximizing space, ensuring safe transport under regulated, temperature-controlled conditions. |
| Shipping | Vitamin E is typically shipped in tightly sealed, light-resistant containers to prevent oxidation and degradation. It should be stored and transported in a cool, dry place, away from direct sunlight and incompatible substances. Standard packaging includes plastic or amber glass bottles, and shipping must comply with local regulations and safety guidelines. |
| Storage | Vitamin E should be stored in a tightly closed container, protected from light and moisture, at a cool temperature (preferably below 25°C or 77°F). It should be kept away from heat sources and incompatible substances such as strong oxidizers. Proper storage ensures vitamin E maintains its stability and potency, preventing degradation or loss of effectiveness over time. |
| Shelf Life | Vitamin E typically has a shelf life of 24 to 36 months when stored in a cool, dry, and dark place. |
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Purity 98%: Vitamin E with purity 98% is used in cosmetic cream formulations, where it enhances antioxidative protection and improves skin hydration rates. Stability temperature 120°C: Vitamin E featuring a stability temperature of 120°C is used in nutritional supplement production, where it preserves bioactivity during thermal processing. Molecular weight 430.7 g/mol: Vitamin E of molecular weight 430.7 g/mol is used in pharmaceutical capsule manufacturing, where it facilitates uniform encapsulation and consistent dosage delivery. Oil solubility 15 g/L: Vitamin E with oil solubility of 15 g/L is used in edible oil enrichment applications, where it supports homogenous dispersion and optimized nutrient retention. Particle size <10 μm: Vitamin E with particle size less than 10 μm is used in powdered food additives, where it ensures rapid dissolution and improved bioavailability. Melting point 2-3°C: Vitamin E with a melting point of 2-3°C is used in fat-based spread formulations, where it contributes to smooth texture and stable shelf life. Oxidative stability 90 hours: Vitamin E with oxidative stability of 90 hours is used in nutritional bar production, where it extends product freshness and prevents rancidity. Assay 97% min: Vitamin E meeting assay 97% minimum is used in parenteral nutrition solutions, where it guarantees specification compliance and reliable therapeutic efficacy. Refractive index 1.50: Vitamin E with a refractive index of 1.50 is used in ophthalmic ointments, where it ensures suitable optical clarity and consistent formulation. |
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@bouling-chem.com.
We will respond to you as soon as possible.
Tel: +8615371019725
Email: sales7@bouling-chem.com
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Years of working hands-on with Vitamin E manufacturing have shaped the way we look at this essential nutrient. In our shop, the story of Vitamin E starts long before shipping and sales. From raw material selection to refining, every stage invites careful evaluation. Not all Vitamin E is created equal, and those differences matter if you want performance in your application—whether you formulate supplements, fortify foods, or produce cosmetics.
We focus on a few key models: all-rac-α-tocopheryl acetate (commonly listed as synthetic Vitamin E), D-α-tocopherol (the natural isomer), and tocopheryl succinate, which serves special purposes in certain formulations. Each grade meets industry-specific needs, but the differences often get glossed over, especially by those who buy and resell products without ever seeing what’s behind the process. We keep things clear for those who rely on performance—not just paperwork.
From a chemical standpoint, synthetic Vitamin E (all-rac-α-tocopheryl acetate) is not the same as natural Vitamin E (D-α-tocopherol). The molecular arrangements differ. Synthetic Vitamin E comes with a mix of eight stereoisomers; only one matches the structure made by living plants. In contrast, the natural variant contains only the biologically active isomer. Our experience tells us that choice depends on your priorities and application.
Purity levels and isomer ratios matter. In dietary supplements, natural Vitamin E gets preferred, especially by brands promising non-synthetic ingredients. This model demonstrates better bioavailability; users can see higher blood levels even at the same intake. We supply both forms and have run stability studies over the years. Our data shows natural Vitamin E oxidizes more slowly under certain conditions, which maintains potency longer in finished goods. Synthetic versions offer a cost-effective alternative for manufacturers focused on price-sensitive markets or mass food fortification.
Our Vitamin E line covers a range of oil and powder forms. For food and beverage use, we supply oil-based tocopherol blends standardized for consistent potency, color, and clarity. These suit liquid applications and encapsulated softgels, where transparent color and minimal taste matter. The powder grades, which include sprays-dried and beadlet types, meet specific requirements of tablets, effervescent mixes, and chewables. Particle size, encapsulation materials, and dispersibility change with the product; we fine-tune these to avoid common headaches during blending and tableting. It takes more than lab testing—a mistake in material handling or an unexpected degradation can cost thousands and erode trust.
For demands in cosmetics and skin care, we pay extra attention to oxidation and shelf life. Our high-purity D-α-tocopherol oil resists rancidity even in challenging oil-based systems. We track peroxide values and discard any batch that falls outside our tight limits. It’s common sense from a manufacturer’s standpoint—customers won’t tolerate yellowing creams or off-smelling serums. Through continual process adjustment, we deliver oils and powders that keep formulas stable for the long haul.
Companies formulating supplements worry about label claims, shelf life, and consumer trust. In these circles, a failed stability test or batch recall hurts reputation. Our manufacturing lines separate allergenic raw materials and run continuous microbial checks. From capsule fillers to liquid emulsions, our teams learned firsthand how ingredient quality and consistency ripple throughout the production line. We keep cross-contamination risks low and eliminate variability in potency that can mean noncompliance in finished products.
In food fortification—whether it’s for cereals, dairy alternatives, or oils—our customers face constant pressure to keep costs down and meet regulatory levels. Synthetic Vitamin E powder remains the workhorse here because of its stability and price. We craft custom blends for cereals or snack bars, ensuring that vitamin dosage survives extrusion and baking. We’ve been called to fix recipes where cheaper sources broke down during processing, causing label inaccuracies and batch failure. That’s not just theory; it’s what daily production teaches us.
Cosmetic formulators value Vitamin E for its antioxidant capacity. Having dealt directly with large-scale skin care and cosmetic brands, we know how even a slight shift in oxidation changes a cream’s feel or color. Our staff tested countless blends of tocopherol with different plant oils, silicones, and water phases, searching for combinations that protect against spoilage and impart a pleasant feel. Over time, our antioxidant blends avoided formula separation and reduced the “off-notes” producers often face with inferior tocopherol sources.
As a manufacturer, clean-room controls and real-time monitoring make the difference between a batch that passes audits and one that causes rework. We install redundant filtration and nitrogen blanketing at critical steps to forestall oxidation. Each batch’s quality is tested in our own labs—measuring not just vitamin content, but also residual solvent levels, color, odor, and heavy metal traces. Some brands only realize their supplier cut corners when a consumer complains about a cloudy tincture or a foul-tasting tablet. We operate with full traceability so every drum or drum lot can be tracked to source and process date.
Turning tocopherol oils into free-flowing powders presents its own set of challenges. Spraying and coating require precision; humidity affects flow and storage stability. We learned early that batch size, spray speed, and inlet air temperature all interact, so we adjusted parameters based on real production outcomes, not just theoretical curves. Our teams fine-tune carriers—such as modified starch or gelatin—keeping an eye out for changes in supply chain quality. We reject blends that fail solubility or clump under humid storage. By investing in continuous training and updating equipment, problems get anticipated rather than explained after the fact.
The pressure to reduce costs often tempts less experienced producers to substitute key raw materials, overextend equipment, or skimp on ingredient tracking. Our facility integrates digital recording at all key production steps; each employee understands that a shortcut could surface months later as a rejected shipment or regulatory audit. In conversations with downstream customers—especially supplement brands trying to build up from small runs—we find they often came to us after dealing with inconsistent third-party batches. By knowing which parameters matter and why, we save customers considerable time and reworking costs.
We maintain robust testing—qualitative and quantitative. For every model—be it acetate oil, succinate powder, or natural tocopherol—our labs monitor vitamin content, oxidation indices, color uniformity, and potential allergen traces. These tests do not only address regulatory demands but help us anticipate supply chain shifts or storage conditions that can degrade product. Our records show that investing in advanced analytics cuts down recall incidents and underpins product claims that survive scrutiny months or years into storage.
Our Vitamin E production relies on well-documented, fully traceable processes. We purchase raw materials from vetted suppliers—audited in person—and store samples of each incoming batch for up to five years. Every outgoing lot can be traced backward within minutes. This gives confidence to supplement brands who face stricter regulatory oversight and consumers who increasingly demand proof of natural origin or allergen control. We earned our certifications through audits, not paperwork.
We recognize that ingredient transparency holds growing significance, especially as end customers become more informed. Batch records and test certificates move online with our shipments. We provide origin, isomeric content documentation, and third-party verification when the customer calls for it. If a challenge or question comes up months later, we support fielding fast, accurate answers—no defensiveness needed. Long-term relationships with food and supplement producers depend on this foundation.
Formulators push the boundaries with new product types—gummies, clear drinks, high-fat spreads. We regularly advise development teams on how Vitamin E holds up in their matrix. For instance, Vitamin E in gummy applications faces heat, shear, and acid, quickly breaking down under the wrong process. By referencing years of process trials, we provide guidance—adjust batch temperature, modify carrier blends, shield from oxygen during fill. Such adjustments keep ingredient potency true over shelf life and avoid the crisis of mass product recalls.
We also collaborate on blends that incorporate tocopherols with other fat-soluble actives—such as Vitamin A, D, or plant sterols—tailoring for specific performance targets. Direct experience in handling multiple, often competing, ingredient profiles means we know the practical solutions to common pitfalls: separation in oil blends, cloudy emulsions, delayed dissolution in powders. Formulations that succeed at scale owe as much to the manufacturer’s willingness to tweak and guide as they do to the “as sold” spec sheet.
Over the past decade, regulations for food and dietary supplement production have grown stricter worldwide. Our facilities keep pace by upgrading GMP, HACCP, and FSSC protocols. We see regular agency audits—not just paper checks, but walkthroughs and surprise inspections. This keeps our team vigilant and responsive. Global supply chains, especially for natural tocopherol-rich oils, face disruptions—adverse weather, crop disease, geopolitical changes. Each new supply season brings a risk of price spikes or shortages. We solved these issues through diversification: partnering with multiple seed oil processors and keeping minimum stock of raw materials onsite.
Market demand for “non-synthetic,” “non-GMO,” and “vegan” claims continues to rise. As an upstream manufacturer, our decisions determine which claims customers can use. We worked directly with oilseed farmers, selected varieties that avoid genetic modification, and ensured rapid processing after harvest to protect tocopherol levels. For vegan applications, we guarantee neither animal-derived gelatin nor glycerin enters production. End consumers may not see this work, but for brands promising clean label products, these investments prove essential.
No production plan survives contact with the real world without adjustments. Over years of supplying to diverse markets, we received feedback ranging from ease of blending and taste masking to concerns over shelf life and container compatibility. Our teams listen closely—when a batch of Vitamin E oil crystalizes in winter, or a new powder blend fails in a high-humidity warehouse, we trace the cause, adjust formulations, and communicate those changes both up- and downstream. Such direct engagement ensures lessons are learned—and not repeated—across multiple client projects.
Our R&D group remains in constant conversation with formulators and procurement leads. Each project—whether developing a new food bar or cosmetic blend—brings specific demands on solubility, handling, and sensory impact. We keep detailed logs of performance tests, share demo samples, and recommend improvements based on previous scale-ups. By integrating customer feedback early, costly surprises rarely occur at launch.
Consistency defines our operation—from the seed through the processing line, to the filling, packaging, and shipping. We focus on standardizing yields, antioxidant content, and product appearance. That means the last drum on the truck rates as high as the first picked from storage. Customers who buy in volume know the difference right away: fewer rejects, predictable loading on their end, smooth blending at any scale.
Our investment in people—experienced plant managers, trained laboratory staff—meets or exceeds any equipment upgrade. It’s the eyes and the hands that catch early warning signs, not just automation panels. We calibrate instruments daily, conduct routine maintenance on spray dryers and mixers, and support continuous learning. These efforts carry through to the finished goods our customers trust. In the face of new trends or regulatory demands, those who understand their operation—down to the last sample bottle—respond quickly and confidently.
Vitamin E production leans heavily on seed oil sources—soy, sunflower, rapeseed. Over the past years, commodity prices and shipping delays have complicated forecasts and pricing structures. By sourcing from multiple regions and keeping detailed producer relationships, we shield ourselves and our customers from shocks. Our logistics team builds buffer stock, staggers reorder points, and always evaluates local alternatives for contract disruptions.
We openly communicate forecasted shortages, anticipated market moves, and product changes to clients. During worldwide events—a bad harvest year, sudden regulatory ban, or ocean freight blockage—we share data, propose alternatives, and support reformulation when certain models or origins run tight.
Manufacturing Vitamin E is not only about meeting minimum specification sheets. The work involves daily decisions about purity, process controls, source validation, and batch performance. We see which shortcuts break trust and which process improvements save our partners time and money. By being upfront about our process, listening to reality on the ground, and adjusting based on honest feedback, we help partners build formulas that last—whether in a tablet bottle, snack bar wrapper, or cosmetic jar.
Over decades in the business, we’ve learned that no single solution fits every customer. Demand shifts with changing tastes, cost pressures, process technology, and market claims. Through open engagement and real-world experience, we create not just Vitamin E ingredients, but reliable solutions for those who depend on consistent quality at every batch, every shipment, and every application.