|
HS Code |
733141 |
| Chemical Name | Calcium Pantothenate |
| Synonyms | Vitamin B5, D-Calcium Pantothenate |
| Molecular Formula | C18H32CaN2O10 |
| Molecular Weight | 476.53 g/mol |
| Appearance | White, odorless crystalline powder |
| Solubility In Water | Freely soluble |
| Melting Point | 190°C (decomposes) |
| Cas Number | 137-08-6 |
| Storage Conditions | Store in a cool, dry place |
| Main Uses | Nutritional supplement, food additive, pharmaceutical ingredient |
As an accredited Calcium Pantothenate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Calcium Pantothenate is packaged in a 25 kg fiber drum with double polyethylene bags, clearly labeled for industrial or pharmaceutical use. |
| Shipping | Calcium Pantothenate is shipped in tightly sealed containers, protected from moisture and light. It is commonly packed in fiber drums or cartons lined with polyethylene bags. During shipping, it should be stored in a cool, dry place, with careful handling to avoid damage or contamination, complying with safety and regulatory guidelines. |
| Storage | Calcium Pantothenate should be stored in a tightly sealed container, protected from moisture, heat, and light. Keep it at room temperature, ideally between 15°C and 30°C (59°F–86°F), in a dry, well-ventilated area away from incompatible substances. Ensure proper labeling and avoid exposure to strong acids, bases, and oxidizing agents to maintain its stability and efficacy. |
| Purity 98%: Calcium Pantothenate with purity 98% is used in pharmaceutical manufacturing, where it ensures consistent bioavailability in finished dosage forms. Molecular Weight 476.5 g/mol: Calcium Pantothenate with molecular weight 476.5 g/mol is used in multivitamin tablet formulation, where precise dosing accuracy is achieved. Stability Temperature 25°C: Calcium Pantothenate with stability temperature 25°C is used in nutritional beverage production, where ingredient efficacy is maintained during storage. Mesh Size 80: Calcium Pantothenate with mesh size 80 is used in dry powder blending, where uniform particle dispersion is facilitated. Assay Value ≥ 99%: Calcium Pantothenate with assay value ≥ 99% is used in dietary supplement encapsulation, where high potency levels are guaranteed. Water Solubility 10 g/L: Calcium Pantothenate with water solubility 10 g/L is used in liquid vitamin preparations, where rapid dissolution is ensured. Melting Point 190°C: Calcium Pantothenate with melting point 190°C is used in heat-processed food applications, where thermal stability is preserved. Bulk Density 0.5 g/cm³: Calcium Pantothenate with bulk density 0.5 g/cm³ is used in automated capsule filling, where volumetric consistency is optimized. Moisture Content ≤ 5%: Calcium Pantothenate with moisture content ≤ 5% is used in granule formulations, where product shelf life is extended. Particle Size D90 < 150 μm: Calcium Pantothenate with particle size D90 < 150 μm is used in spray-drying processes, where fine powder uniformity is achieved. |
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Calcium pantothenate stands as an essential ingredient in the nutrition industry. As manufacturers working hands-on with this compound for decades, we see how consistent quality influences the value chain for both pharmaceutical and food applications. In practical terms, this material delivers vitamin B5 through a stable, easy-to-handle form, solving some of the more stubborn challenges faced by supplement and premix production teams day in and day out.
Our journey with calcium pantothenate began long before nutrition trends placed B-vitamins under the spotlight. Each batch reflects years of process adjustments, feedback from sports and infant nutrition formulators, and exacting regulatory scrutiny. Deliveries head not just to nutrition companies but also to enviro-agricultural and feed markets where standards don’t budge—demanding specifications for purity and reliability. Our technical team tracks every parameter, so even large-scale customers needing repeat orders each season get the same consistency time after time.
We manufacture our product as both powder and granular forms, typically focusing on the dense white crystalline powder sought by most mixing operations. Standards for pharmaceutical, food, and sometimes even feed grades differ, but our production lines run according to harmonized international pharmacopoeia guidelines. The powder’s particle size and density might sound like small details—until you’re operating a fluid-bed mixer or aiming for absolute homogeneity in a tablet blend. Precision down to the micron makes a difference when a bottling line runs non-stop for hours; a small adjustment upstream saves untold downtime and quality issues downstream.
Our core model, which has seen the most customer feedback and improvements over the years, centers on the specification: powder form, vitamin B5 content above 98%, with moisture tightly managed below 5%. This isn’t just a number for a certificate of analysis—it comes from daily practice. Laboratories at big supplement factories audit every container we ship, checking that value before agreeing to bring it into their process. If moisture content creeps up even a small degree during storage or transit, mixing quality takes a hit and shelf life falls short. We counter this risk by installing dehumidification solutions at multiple production points and opting for robust moisture-barrier packaging. The investment pays off in crisp powder flow, long shelf life, and consistent tablet press output on factory floors across the globe.
Calcium pantothenate must dissolve rapidly in water and show low dusting to minimize inhalation risk on the production floor. Decades ago, airborne powders were often a headache for production teams and health and safety officers. As a manufacturer, we responded by collaborating with equipment suppliers and frontline operators to find a practical solution—refining granulation and sifting procedures, optimizing drying temperatures, upgrading our dust collection systems, and designing both primary and secondary packaging to contain any powder agitation from warehouse to end user.
Some ask why not just blend in pure pantothenic acid or use related salts for vitamin B5 enrichment. The answer shows itself in both chemistry and practice on production lines. Pure pantothenic acid brings with it acidity and instability—sensitive to heat and processing stress. Most food and tablet producers can’t risk a key ingredient breaking down mid-batch, causing losses in vitamin content before a product even makes it to the shelf. Calcium pantothenate, by contrast, brings both greater chemical stability and an advantage for fortification in calcium-sensitive applications.
Since the structure of calcium pantothenate supports stability under a range of pH and temperature conditions, food technologists can count on labeled vitamin levels holding up throughout the intended shelf life. This is crucial for infant formula factories, dairy powder companies, and solid nutrition bar producers, who see products shipped across long distances and multiple climates. Feedback from our local research partners tells us that this difference directly supports better product claims and brand reputation, especially in high-volume consumer markets.
Other vitamin B5 salts or derivatives may suit special applications—sodium pantothenate, for instance, finds a spot in some injectable and parenteral pharmaceutical formats due to its solubility profile. But for solid dosage forms—capsules, tablets, premixes—and for enriched dairy, cereal, and functional food matrices, calcium pantothenate offers a unique fit. Our experience with technical audits at clients’ sites tells us that easy handling and long-term ingredient stability often matter more in daily operations than initial marginal savings on an alternative ingredient.
Handling calcium pantothenate requires more than routine production—it draws on daily vigilance and a process-led approach to safety. From raw ingredient intake through precision synthesis, filtration, and drying, our quality assurance runs alongside technical teams from the start. Everything moves through digital batch tracking. Analytical chemists cross-check identity, purity, microbial status, and residual solvent content. Regular external audits by auditors from well-known agencies keep us sharp, helping us sustain certification for HACCP, ISO, USP, and EU regulatory compliance year after year.
Melamine or contamination scandals have taught this industry to be vigilant not just on paper but on the shop floor. Our own experiences underline the impact of investing in well-trained production teams who understand the regulatory weight that vitamin ingredients carry in downstream markets. A single off-spec batch started by a supplier upstream threatens not only our reputation but also the nutritional trust of millions of end consumers. This has born a zero-compromise attitude toward every stage of process control, from filtration and drying to system cleaning validation—a discipline that often leads to improvement ideas we later implement at scale.
The bulk of our supply heads to supplement manufacturers and fortification blenders. Teams designing multivitamin tablets or fortifying cereals find calcium pantothenate’s stable, neutral character ensures vitamin declaration levels survive processing and shelf life. For milk powder applications, we adjust screening and particle size to guarantee instant dispersibility and low aftertaste, even in sensitive infant and medical products. Our long-term collaboration with R&D labs at nutrition companies means we listen closely to evolving requirements, adjusting not only specification parameters but also operational practices—sometimes at considerable cost—to prevent product recalls or formulation headaches for our partners.
Feed and premix manufacturers in animal nutrition use our calcium pantothenate for vitamin enrichment in both growth formulae and therapeutic blends. Here, the price pressure feels relentless, but so does the need to prevent dust, clumping, and inconsistent content, which can lead to costly events in hatcheries or livestock operations. Our feedback loop with agricultural clients helps us optimize blending and packaging so dosing accuracy remains spot on from plant to farm.
In functional drinks, nutrition bars, sports supplements, and even some niche personal care items, technical teams seek not just purity but flow properties, lack of caking, and proof the material can pass challenging sensory or stability panels. These requests do not come from hypothetical use cases—they emerge from real problems, from downtime on a fill line due to poor powder spread or shelf-life failures traced to badly sourced input. As manufacturers working directly with downstream users, we track and solve such issues through process improvements and rapid technical support, ensuring our calcium pantothenate works in real world settings, not just in lab reports.
Every year, regulatory expectations for nutritional ingredients rise. Our raw material purchasing team audits and sources feedstock only from vetted origins, with additional in-house testing for heavy metals, pesticides, and allergen controls. Pharmacopoeial reference standards offer one type of benchmark, but client audits ride on far greater scrutiny—batch-specific traceability, real-time impurity profiles, and custom documentation to address country-specific rules. Whether supplying to North America, Europe, or markets across Asia and the Middle East, our documentation team keeps pace with evolving rules, supporting clients’ product registrations and responding to queries with technical and practical details rooted in production realities.
The pandemic era raised demand for traceability and risk resilience within supply chains. As manufacturers, we revamped both sourcing and logistics, extending contracts with multiple suppliers, validating backup raw material lots in advance, and building up buffer stocks in multiple warehouses. These investments did add cost, but the continuity delivered during global disruptions showed partners that reliability in essential nutrition goes beyond just chemical purity.
Supplying calcium pantothenate means far more than shipping out drums of white powder. Our technical staff field queries from food technologists, regulatory officers, and sometimes even marketing teams who need to understand the exact limits of a formulation. They consult on shelf life, blending protocols, and adverse event tracebacks when troubleshooting finished products. These are not abstract exercises—they stem directly from field experience, from tours through busy powder plants, feed mills, and bottling factories contending with tight production schedules. Problems like caking, reactivity with other micronutrients, or unexpected bulk density variations often turn up through these conversations, and our willingness to dig into root causes has earned the trust of operators on the ground.
Long-term supply contracts almost always bring up questions about possible formulation changes due to regional regulatory shifts or evolving consumer taste. Our team partners with clients from initial R&D trials through pilot runs to full-scale commercialization, providing not just documentation but hands-on support—sending team members or arranging remote consultations to resolve issues with premix behavior or label updates. Our frontline experience translates into real solutions, preventing expiring stock or product recalls that frustrate both manufacturers and distributors alike.
As global climate concerns and sustainable chemistry come under greater focus, we see an opportunity to lead change rather than follow trends. Process improvements in our calcium pantothenate manufacturing include water recycling, closed-loop reactors to trap solvents, and smart monitoring for energy use. Over the years, our environmental team managed to bring annual water discharge down through investment in reverse osmosis and advanced filtration. Waste recovery and recycling programs helped us cut down not just on disposal fees but also on environmental impact and long-term liability.
Customers push for not just high quality but proof of sustainability. Audits now demand life cycle assessment (LCA) data, and tracing the carbon footprint of a kilogram of product from raw input to delivery has become common practice. We provide these assessments based on our direct facility outputs, not estimates, helping down the line for responsible claims in both nutrition and personal care labels. Shifts like these benefit not just corporate clients meeting government frameworks but also the broader supply chain—we see competitors racing to match progress, a healthy sign for the industry at large.
Uncertainty in global logistics hit hard in recent years—container shortages, tightened customs checks, and variable freight costs challenge continuity. Our solution focused on risk mapping every step from contracted raw input through transport and regional warehousing. Multiplying inbound lanes, qualifying additional local suppliers, and assigning backup lots do not approach just-in-case planning—they keep production lines moving for our partners relying on dependable timelines. Investments here materially reduce the risk of lapsed product launches, missed reformulation schedules, or regulatory shortfalls.
Quality failures and falsified certificates occasionally show up in the wider market. Customers now demand not only analytical data but physical access for inspection or sample re-analysis. As a direct manufacturer, we open our lines for in-person and video audits, encourage customer-nominated third party sample pulls, and run comparison studies when doubt arises. The aim is transparency—no News headline wants to emerge, but when they do, total documentation and openness keeps long-term partnerships intact.
Calcium pantothenate has grown from a specialty chemical into a foundational ingredient for global health. New product formats—gummy supplements, high-speed stick packs, or highly concentrated premixes—create new challenges for flow, dissolution, and shelf life, all of which loop back to the source manufacturer for solutions. Our product development team pulls feedback from all major markets, prioritizing improvements in sensory performance, compatibility with new sweeteners or carriers, and tighter control over unwanted taste or aftereffects. Every year brings requests for cleaner labels, fewer synthetic additives, and greater cross-market acceptance from regulatory agencies. The technical and regulatory journey never stands still.
Commitment to high-quality calcium pantothenate production calls for a blend of tradition and innovation—a view shaped as much by our history in the sector as by our willingness to invest in new technology and share knowledge openly with partners. New supply dynamics, rising demand for specialty grades, and changing manufacturing realities mean the only constant is change itself. Still, day in and day out, our operators, chemists, and technical teams work together—refining product performance, documenting every result, and supporting the partners who trust us to deliver an ingredient at the heart of nutrition.