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HS Code |
613632 |
| Chemical Name | Calcium D-Pantothenate |
| Molecular Formula | C18H32CaN2O10 |
| Molecular Weight | 476.53 g/mol |
| Appearance | White, crystalline powder |
| Solubility In Water | Freely soluble |
| Odor | Odorless |
| Stability | Stable under normal temperatures and pressures |
| Melting Point | 190 °C (decomposes) |
| Storage Conditions | Store in a cool, dry place, tightly closed |
| Cas Number | 137-08-6 |
| Synonyms | Pantothenic acid calcium salt, Vitamin B5 calcium salt |
| Usage | Nutritional supplement, vitamin additive |
| Ph Value | 6.8–8.0 (5% solution) |
| Bioavailability | High |
| Grade | Pharmaceutical/Food grade |
As an accredited Calcium D-Pantothenate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Calcium D-Pantothenate is packaged in a 25 kg fiber drum with double plastic liners, labeled with product details and safety information. |
| Shipping | Calcium D-Pantothenate is typically shipped in sealed, fiber drums or high-density polyethylene bags, ensuring protection from moisture and light. Packages are clearly labeled and handled as a non-hazardous material. During transit, the chemical is kept in a cool, dry environment to maintain quality and prevent degradation. |
| Storage | Calcium D-Pantothenate should be stored in a tightly closed container, in a cool, dry, and well-ventilated area away from moisture, heat, and direct sunlight. It should be kept away from incompatible materials and sources of ignition. The storage area should be clean and free from contaminants to maintain product integrity and prevent degradation. |
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Purity 99%: Calcium D-Pantothenate with purity 99% is used in pharmaceutical formulations, where it ensures high bioavailability and therapeutic consistency. Particle size 100 µm: Calcium D-Pantothenate with particle size 100 µm is used in vitamin premixes, where it enables uniform blending and homogeneous distribution. Stability temperature 60°C: Calcium D-Pantothenate with stability temperature 60°C is used in feed additives, where it maintains potency during pelleting processes. Moisture content < 5%: Calcium D-Pantothenate with moisture content below 5% is used in dietary supplements, where it enhances shelf life and prevents degradation. USP grade: Calcium D-Pantothenate USP grade is used in injectable preparations, where it guarantees compliance with pharmacopoeia standards. Melting point 190°C: Calcium D-Pantothenate with a melting point of 190°C is used in tablet production, where it ensures thermal stability during compression. Solubility in water 10 g/L: Calcium D-Pantothenate with solubility in water of 10 g/L is used in liquid formulations, where it allows for rapid and complete dispersion. Bulk density 0.55 g/cm³: Calcium D-Pantothenate with a bulk density of 0.55 g/cm³ is used in sachet packaging, where it supports accurate volumetric dosing. Granular form: Calcium D-Pantothenate in granular form is used in premix manufacturing, where it reduces dust formation and improves handling safety. Assay 98–102%: Calcium D-Pantothenate with assay 98–102% is used in nutraceutical capsule filling, where it ensures batch-to-batch dosage accuracy. |
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Most people don’t think much about vitamins in their day-to-day routines, but their jobs behind the scenes keep the body running smooth. Calcium D-Pantothenate takes a backstage role for many, yet this form of vitamin B5 has built a respectable reputation in nutrition, food production, and even specialty feeds. I remember my first hands-on experience at a food ingredients lab when we compared different B complex vitamins; Calcium D-Pantothenate left a subtle but lasting impression with its stability during processing.
Unlike a bowl of fresh spinach or a glass of milk, a microgram of this supplement can travel from a mixing drum to your morning cereal, hidden in plain sight and fighting fatigue, supporting metabolism, and nudging overall wellness along the way. This is not just a cost-saving swap for ordinary pantothenic acid. The calcium salt — with its chemical backbone locking the vitamin in a more stable structure — means manufacturers and consumers both get the benefits of B5, minus the headaches of shelf-life and breakdown during storage.
In my time speaking with food technologists and dietitians, I’ve heard again and again how Calcium D-Pantothenate’s physical form shapes its popularity. Available as a fine, odorless, white powder, it mixes with everything from chewable multivitamins to liquid syrups. No need for lab goggles to notice how easily it handles humid environments. Unlike its sodium salt cousin, this calcium version clumps far less and holds up when packed into effervescent tablets. That extra resilience might sound boring, but in the world of bulk nutrition, it translates to consistency.
Most suppliers offer the pure grade — usually around 98% or higher — which matters when every milligram counts. In an adult multivitamin, you’ll usually find it dosed anywhere from 5 to 20mg per serving. Animal nutrition gets a little more robust: in the feed industry, Calcium D-Pantothenate supports healthy growth, and years of research across livestock species show how deficiency can really set back production. I recall seeing feed manufacturers lining up for consistent batches during supply shortages, unwilling to risk their blend by swapping to a less stable form.
The big difference from plain pantothenic acid comes down to handling and shelf life. While pantothenic acid breaks down if left too long or exposed to light, the calcium salt stays intact under most practical conditions. It’s more resistant to air and moisture, and manufacturers who once worried about how quickly their vitamins lost potency after bottling turned toward Calcium D-Pantothenate to keep their products reliable through shipping and storage.
Nutritionists draw on years of research showing that vitamin B5 supports a raft of body processes. From making coenzyme A for metabolizing fats and carbohydrates, to helping build and repair tissues, it’s indispensable. A single formulation tweak, swapping a delicate acid for its sturdier calcium salt, can shift how well a supplement performs. Over fifteen years working near both supplement brands and small food producers, I’ve seen the relief on a formulator’s face who switched to a more stable supply. No more returns due to discoloration, no angry calls about a vitamin’s taste turning sour after months on a warehouse shelf.
Consumers rarely see this science — the effort spent keeping nutrients safe from time and elements. This is where practical evidence scores points. Calcium D-Pantothenate, as a powder, can be included at precise levels, blended into sports drinks, infant formulas, baked goods, breakfast cereals, and pet foods. It even shines in pharmaceutical applications. No odd back-notes or chemical smells; instead, finished products still taste like food.
Pulling from safety data spanning decades, calcium D-pantothenate stands up well in human studies. The World Health Organization, European Food Safety Authority, and other health bodies all recognize it as safe at recommended intake levels. Cases of deficiency are rare in developed countries, but the move to fortified foods — especially in growing populations or animal husbandry — keeps the demand strong. Worth noting, the cost per kilo usually runs a bit higher than generic pantothenic acid, but that premium buys extra peace of mind over the product’s lifecycle.
I remember the early 2000s, crowded behind a tradeshow booth, when most nutrition brands bragged about their “all-natural” plant extracts. Few cared to ask about forms of B5 — back then, stability was an afterthought. Over time, familiarity with regulatory recalls and subtle differences between active ingredients shaped a new approach. Now, educated buyers look for clear sourcing of micronutrients, read certificates of analysis, and ask sharp questions about vitamin forms. Transparency around things like excipient content (the non-active fillers in tablets) means less risk that the product quality crumbles before it lands on a home pantry shelf.
Many food companies have moved away from forms that generate off-flavors or degrade quickly. Calcium D-Pantothenate’s unique advantage lies not just in its handling but in how it allows clean-label foods to carry B5 content without extra preservatives or flavor-masking agents. Any brand promising real nutrient value and shelf-life stability can quietly thank this ingredient for keeping warranty claims at bay and consumer complaints to a minimum.
In my work with animal nutrition developers, Calcium D-Pantothenate often turned out to be a game-changer. Deficiencies, while technically rare, result in poor growth rates, skin lesions, and decreased egg production in poultry. For these manufacturers, being able to measure and blend a homogeneous, reliable powdered ingredient meant less risk, consistent feed quality, and stronger results at the farm level.
Not all B5 supplements stack up the same way. The pure Pantothenic Acid form suffers from moisture sensitivity. It breaks down fast, losing potency. Food-grade products can suffer visible loss of color and nutritional value, especially in hot or humid regions. Sodium Pantothenate, another stable alternative, brings good solubility, but some manufacturers worry about adding excess sodium to their products, especially in markets where low-salt labels help sales.
Calcium D-Pantothenate steps in to strike a balance: it’s non-hygroscopic, doesn’t alter product taste, and fits most global regulatory approvals. For tablet presses, it runs smoother, giving a powder with better flow properties. Compared to the raw acid, companies report lower production losses, less waste during mixing and handling, and fewer complaints about “aged” looking final products. Some newer derivatives of B5 come with increased costs, limited supplier chains, or specialized uses in medical nutrition; right now, the calcium salt serves broad needs more affordably and dependably.
Not every supplement shopper spends hours researching every vitamin in the bottle. Most trust manufacturers to deliver safe, potent, and honest products. Trust grows over time when results line up with expectations. With the growth of online nutrition forums, everyday people now ask about ingredient composition and shelf-life before spending money on a multi-month supply.
Longtime users, especially those managing strict diets or chronic fatigue, share anecdotal stories of more energy and fewer health hiccups. Personal experience can’t replace randomized trials, but it helps inform trends. Behind these stories, the stable form of B5 in the bottle — often Calcium D-Pantothenate — increases the odds that people actually get what’s printed on the label, even after sitting for months in a bathroom cabinet.
With demand comes risk. Any time an ingredient becomes popular, knock-offs and below-grade supplies appear. Purchasing officers and quality teams have learned to vet sources rigorously, choosing suppliers with transparent traceability systems and testing protocols. In recent years, the industry has responded with more thorough batch testing, improved documentation, and stricter import controls to guard against contamination or dilution.
Studies show that authentic Calcium D-Pantothenate produced according to recognized Good Manufacturing Practices (GMP) consistently meets safety and potency specifications. Adulterated or off-spec material rarely makes it through reputable supply chains, but the vigilance remains important. Convenience of handling, chemical stability, and reputation for safety make this form the industry gold standard, but the trust built depends on rigorous oversight at every stage.
While Calcium D-Pantothenate often carries the torch for reliable B5 delivery, it’s not immune to wider supply chain headaches. Plant disruptions, transportation delays, and global commodity pricing can throw a wrench in procurement plans. Increased use in animal feeds — especially in parts of Asia where meat production is booming — can lead to brief shortages and price spikes.
To smooth out these ripples, many supplement companies have started working directly with primary producers, building longer-term contracts and supporting research into alternate supply routes. Some food tech firms are exploring more sustainable or bio-based production processes. Yet the fundamentals stay steady: a need for quality, reliability, and clarity in labeling.
There’s also a steady drumbeat in regulations about maximum levels allowed in food and feed. Lawmakers in North America, Europe, and Asia occasionally revisit vitamin guidelines to reflect new dietary studies, changes in typical intakes, and scientific evidence about safe long-term exposure. So far, Calcium D-Pantothenate’s profile lines up well with expected intakes, but those in the supply chain keep plans flexible in case rules shift.
Strong oversight matters. I’ve worked with teams who take each incoming drum of vitamin powder through identity checks, purity analysis, and blind sampling, well beyond what old industry standards demanded. This attention to traceability and trust helps sidestep quality lapses and, down the line, consumer complaints.
Some supplement houses now open-source their testing protocols and share third-party lab reports with buyers. Food companies are more open about ingredient provenance, drawing new customers who value quality assurance. For products destined for pharmaceutical and clinical markets, the expectation is even higher — end users, pharmacies, and hospital nutritionists expect clean, well-documented certificates of analysis at every handoff.
Greater automation and digital tracking cut fraud and reduce the time spent on manual compliance. Blockchain systems for raw materials, cloud-based documentation repositories, and DNA authentication are starting to gain traction, giving regulators and buyers new tools to monitor ingredient quality from the chemical reactor all the way to the packaged supplement.
Companies that invest in stability testing under a wide range of temperature and humidity settings build evidence files that bolster their market position. Whether selling to a global food giant or a neighborhood store, these reports steadily build consumer trust.
While calcium D-pantothenate’s main appeal sits in functional stability, bigger questions loom about the environmental footprint of its manufacture. Most current commercial supplies come from fermentation with genetically engineered microbes, a process common to vitamin production. This method uses less energy and resource than older chemical synthesis routes, but it still depends on energy, clean water, and a reliable supply of feedstocks.
Some advocacy groups raise concerns about downstream waste streams or the trace chemicals used to purify vitamins for the food and pharmaceutical trade. Producers who invest in cleaner, closed-loop systems and transparent emissions tracking are better poised to meet tightening environmental regulations. Companies known for using responsibly sourced raw materials get a reputational boost, drawing support from both buyers and the wider public.
Looking back over twenty years of industry growth, Calcium D-Pantothenate’s role in fortification, supplementation, and animal health continues to rise. Its advantages over unstable forms carry weight not just in scientific literature but also in consumer trust scores and repeat purchase rates. The practical reality for most shoppers is straightforward: quality matters, and subtle differences in ingredient selection often set the top brands apart from the crowd.
Expectations are shifting. More buyers — from bulk importers to final customers — favor products with reliable, well-documented ingredient chains. This trend is likely to keep pushing suppliers and manufacturers to refine their quality control and environmental practices. As detection and verification tech evolve, sub-par or mislabeled batches will struggle to reach market, further tightening quality standards across the board.
As the workforce ages and lifestyles grow busier, simple, reliable sources of essential nutrients become even more important. Calcium D-Pantothenate stands as a quiet backbone, blending tradition, science, and real-world benefit for countless consumers, producers, and healthcare professionals.
Producers appreciate less spoilage, easier handling, and higher customer satisfaction, while consumers end up with vitamins that last longer and deliver intended benefits. In turn, this improves public health outcomes, reduces waste, and supports food security for vulnerable groups.
Looking ahead, as traceability and transparency become standard rather than exceptional, the story of this unsung vitamin will increasingly revolve around credibility and consumer empowerment. Well-regulated, stable, evidence-backed solutions like Calcium D-Pantothenate help cut through marketplace confusion, letting people make informed choices that support lasting well-being.