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HS Code |
226166 |
| Product Name | Vitamin D3 100 CWS/A |
| Active Ingredient | Cholecalciferol (Vitamin D3) |
| Form | free-flowing powder |
| Appearance | white to off-white |
| Solubility | cold water dispersible |
| Carrier Material | maltodextrin |
| Stabilizer | modified starch |
| Potency | 100,000 IU/g |
| Intended Use | food fortification and supplementation |
| Storage Temperature | below 25°C |
| Shelf Life | 24 months in unopened original packaging |
| Packaging | aluminum bags or drums |
| Allergen Status | allergen-free |
| Gmo Status | non-GMO |
| Typical Applications | powdered drinks, dairy products, dietary supplements |
As an accredited Vitamin D3 100 CWS/A factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging for Vitamin D3 100 CWS/A features a 1 kg foil-lined bag, clearly labeled with product name, batch number, and handling instructions. |
| Container Loading (20′ FCL) | Vitamin D3 100 CWS/A is typically loaded in 20′ FCLs, packed in 25kg fiber drums or cartons on pallets, maximizing space. |
| Shipping | Vitamin D3 100 CWS/A should be shipped in tightly sealed, original containers, protected from moisture, heat, and direct sunlight. Store and transport at temperatures below 25°C. Ensure packaging prevents contamination and physical damage during transit. Handle as food-grade material, complying with relevant regulatory and safety guidelines for transport. |
| Storage | **Vitamin D3 100 CWS/A** should be stored in a tightly sealed original container, protected from light, heat, and moisture. Keep at a temperature below 25°C (77°F) in a cool, dry place. Avoid exposure to air and strong odors. For best stability, store in a well-ventilated area away from incompatible substances and direct sunlight. |
| Shelf Life | Vitamin D3 100 CWS/A typically has a shelf life of 24 months when stored in a cool, dry, and dark place. |
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Purity 100%: Vitamin D3 100 CWS/A with purity 100% is used in powdered beverage premixes, where optimal bioavailability and nutritional enhancement are achieved. Cold Water Solubility: Vitamin D3 100 CWS/A showcasing excellent cold water solubility is used in instant drink formulations, where rapid dispersion and uniform distribution are ensured. Particle Size <500 μm: Vitamin D3 100 CWS/A of particle size <500 μm is used in tableting applications, where consistent compressibility and optimal tablet homogeneity are obtained. Stability up to 40°C: Vitamin D3 100 CWS/A with stability up to 40°C is used in dry blend functional foods, where thermal integrity during processing and storage is maintained. Spray-dried Form: Vitamin D3 100 CWS/A in spray-dried form is used in dairy powder fortification, where even mixing and stable nutrient delivery are provided. USP Grade: Vitamin D3 100 CWS/A of USP grade is used in pharmaceutical supplements, where regulatory compliance and product safety are ensured. Microencapsulation: Vitamin D3 100 CWS/A with microencapsulation is used in cereal bar manufacturing, where improved shelf-life and protection against oxidation are delivered. |
Competitive Vitamin D3 100 CWS/A 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
Flexible payment, competitive price, premium service - Inquire now!
Decades ago, we set out to solve a practical problem: Vitamin D3, an essential nutrient, breaks down under light, loses potency with oxygen, and can’t dissolve in water without clever formulation. The challenge drove us to develop our Vitamin D3 100 CWS/A, a cold water dispersible powder that has become a staple ingredient for food, beverage, and supplement manufacturers worldwide.
We don’t just rely on textbook formulations. Our process draws on years of hands-on experience. Early on, ordinary vitamin D3 powders either clumped or settled out in liquids, forcing manufacturers to waste time on extra blending or suspension steps. To fix this, we engineered an advanced spray-drying technique. By encapsulating each microgram of cholecalciferol in a food-grade matrix, we created a product that pours cleanly and disperses instantly once it hits water or milk.
Plant-based milks, breakfast cereals, nutrition bars, and powdered drink mixes all demand something different from vitamin D3. Some products spend months in warehouses or face high humidity. Others, like premix sachets or tablets, require free-flowing particles to prevent manufacturing delays. From the beginning, our research team ran “worst-case” tests: simulated months-long storage in hot, damp conditions, then checked for color, odor, taste, and vitamin retention. We learned the hard way how even minor tweaks to the carrier or the drying temperature could impact shelf life or mouthfeel.
Today, our Vitamin D3 100 CWS/A delivers 100,000 IU per gram, standardized through routine in-house assays. We keep batch records and reference samples, not because regulators require it, but because we’ve seen what happens when traceability gets ignored. Clients welcome this transparency; it saves headaches down the line if a customer asks for a certificate or if someone needs to track a formulation change. We also keep our ingredients clean: our matrix only includes natural antioxidants and well-recognized emulsifiers, so customers don’t run into labeling or regulatory snags when marketing to health-conscious consumers.
Manufacturers sometimes ask us, “Why shouldn’t we just use liquid vitamin D3?” The answer comes from daily production problems rather than theory. Liquid D3 is fat-soluble and never blends well into water-based foods. In cereals or dairy powder mixes, it clumps. In softgel capsules, the oil migrates and can destroy shelf life if not sealed under perfect conditions. That’s why the industry pivoted to powders—dry forms cut down on losses and contamination risks and fit into dry blends without extra emulsifiers.
After many years of customer feedback, we fine-tuned the CWS/A form to avoid the gritty mouthfeel or floating particles common to cheaper powders. The result is a microencapsulated granule that breaks down with gentle shaking or stirring, leaving no residue at the bottom of the glass. This is critical when a consumer pours a vitamin-fortified drink or sprinkles powder over breakfast and expects every serving to deliver the same amount of D3.
Many vitamin D3 powders on the market use simple carriers or lack robustness under stress. We use a carefully balanced matrix for microencapsulation, helping the vitamin stay bioactive during harsh processes, such as spray drying or tableting. Every lot undergoes solubility tests in cold water, fortified beverages, and even challenging food matrices like oat-based dairy alternatives. We use HPLC to quantify actual vitamin retention in finished products, not just in raw material. These aren’t extra steps for us; they’re a matter of pride and responsibility.
Feedback from long-term partners tells us that our D3 powder carries less off-taste and odor—even in sensitive foods like high-protein bars and baby formulas. Our choice of antioxidants and carriers means fewer consumer complaints about “chalkiness” or “chemical” notes. After launch, we revisit each customer’s application, checking for stability and taste, and offer to reformulate as ingredient trends evolve.
Safety isn’t just about matching specifications on a data sheet. It’s about understanding how cross-contamination, unexpected allergen traces, or micronutrient imbalances can creep into a production line. We test for the usual suspects—heavy metals, microbial load—but we go further. Our facility holds certifications for Good Manufacturing Practice. Staff regularly undergo training on cross-contamination control and allergen management. Each container is sealed and batch-coded, backed by full ingredient provenance.
If a global customer needs allergen- and GMO-free ingredients, our team traces every input back to its source. We audit suppliers annually, not just to tick boxes, but to ensure the upstream supply chain hasn’t shifted or introduced risks. During supply shocks, we’ll communicate about lead times or reformulation options, helping food companies avoid product recalls or costly reformulation at the eleventh hour.
The demand for vitamin D3 has soared as research continues to link deficiency to problems like osteoporosis, lower immune protection, and mood disorders. Governments in several countries now recommend higher daily intakes or mandate fortification of staple foods. We work with regulatory experts to keep our documentation, labeling, and claims approved for use in global markets.
Interest in vegan and plant-based products brought us new challenges. Traditional vitamin D3 comes from lanolin (sheep’s wool fat). Some clients—particularly in Europe and Asia—want a vegan certifiable source, derived from lichen or yeast, for their plant-based or religiously compliant foods. Our R&D team took up the challenge, running parallel formulation tests until we could adapt our CWS/A process to handle both animal-derived and certified vegan D3.
Clean label trends also drive us. Marketing now scrutinizes every additive. We reevaluate our carriers and emulsifiers to keep formulas friendly for non-GMO, organic, or “free from” brands, updating our process as guidelines evolve.
Our technical team spends a lot of time troubleshooting with development partners. Vitamin D3 isn’t just “added in and forgotten.” Its interaction with calcium, iron, or certain fats in a blend can impact color, taste, or even absorption. Through bench trials, we address issues like settling, caking, or reactions with acidic or alkaline ingredients.
In bakery applications, for instance, D3 breaks down under heat and light. We advise on overages and baking procedures, drawing from data tested on our own pilot lines. For dairy fortification, we help optimize stirring and holding temperatures to keep vitamin content stable through UHT, pasteurization, and storage. In powdered meal replacement shakes, we share particle size measurements and suggest blending order to avoid caking or “hot spots.”
Every batch of Vitamin D3 100 CWS/A passes through robust quality checks. During seasonal peaks—winter flu season or government fortification drives—we scale up production in dedicated lines, never at the expense of consistency. Repeat customers rely on us for batch-to-batch reproducibility: mixing powers lasting stability, and taste neutrality. Our packing lines fill containers under inert gas, further preserving freshness and vitamin potency.
Our technical team keeps tight communication with users. If a batch shows any deviation—color, dispersibility, or assay value—we launch an immediate root cause investigation. Our data-driven approach leads us to quick corrections, avoiding downtime for customers.
Our Vitamin D3 powder serves a diverse customer base: global food producers, supplement and nutraceutical blenders, pharmacy chains, and government-backed nutrition programs. We support both large and small runs, from single-kilo test batches up to multi-ton shipments. Each partner brings new requirements: certified halal or kosher lines, special labeling, or custom packaging sizes for automated dispensing. We invest in flexible packing equipment and run small validation lots to meet each request.
Schools, hospitals, and humanitarian organizations rely on consistent vitamin fortification to deliver population health benefits, especially where sunlight exposure is low. We supply tailored education and documentation packages for these projects, going beyond a shipping invoice to empower nutritionists and policy makers to meet their program targets.
We have tested and benchmarked every format of vitamin D3: oily concentrates, emulsions, beadlets, and non-encapsulated powders. Oils remain challenging for water-based foods and require extra stabilization steps, which add cost and time. Non-encapsulated powders lose potency rapidly and compromise product taste and odor, especially in hot and humid climates. Cheaper beadlet powders often break down in transport or aggressive processing—leaving inconsistent doses, a risk we refuse to take for our customers.
Our CWS/A technology combines the ease of use of instant powders with the chemical protection of a robust coating. The result is a D3 source that blends rapidly, stays protected until the point of consumption, and stands up to challenging production and transport environments.
Product development never stops. Each year, we collect data from partners about shelf life, taste impact, process compatibility, and regulatory needs. Our scientists rerun stability trials when carrier regulations change, or when a partner needs a new application—say, adding vitamin D3 to high-acid sports drinks or demanding ready-to-eat cereals.
We document best practices and keep a running checklist of parameters for quality: particle size, dispersibility, flavor masking, vitamin recovery rate after final packaging, and microbiological purity. Partnerships with universities and industry groups help us keep our knowledge up-to-date regarding bioavailability improvements and product safety.
We invite partners to visit our facilities, audit our systems, and exchange new challenges. Trade shows and industry roundtables give us first-hand insight into the next big trend or pain point, whether it’s adapting to sugar reduction or keeping pace with allergen control standards. Collaboration is our driving force.
Behind every kilogram of Vitamin D3 100 CWS/A is the dedication of production workers, scientists, and industry partners. We build on practical experience, not just lab theory. Our technical staff troubleshoot alongside customers, learning new application challenges as the market evolves. As nutrition demands rise worldwide, we offer more than a product: we bring decades of technical know-how, service, and an ongoing commitment to safer, more effective fortified foods and supplements.