Calcium Pantothenate stands as the preferred form of vitamin B5 for use in food, feed, and pharmaceutical industries. Manufactured by Shandong Kunda Biotechnology, this compound delivers the essential nutrient in a stable, purified, and easy-to-handle form. The substance takes root in both health and production sectors as a nutritional additive, making it a staple for fortifying various consumer and industrial products.
Behind this fine white product sits a chemical structure combining calcium and pantothenic acid. The molecular formula reads C18H32CaN2O10 and the compound weighs in at a molecular weight of 476.53 g/mol. The structure features a pantothenic acid molecule complexed with a calcium ion, which stabilizes the vitamin and encourages its use in a variety of environments—whether in heat, pH adjustments, or processing lines.
This ingredient is widely recognized in the market for its dry, solid appeal. The most common physical state is a white to off-white crystalline powder, but depending on processing and user requirements, flakes and pearl forms can also be sourced from producers like Shandong Kunda. Customers in the pharmaceutical world prefer the powder for its dosing reliability, solubility, and convenience in blending with other actives, while food producers may lean towards granules or pearls for easier dispersion.
The density clocks in at about 1.23 g/cm3. When exposed to moisture or water, this compound dissolves readily, forming a clear solution. It resists dissolution in ethanol, ether, and chloroform. This key feature—high water solubility—lets the nutrient work its way efficiently into supplements, multivitamin tablets, powdered mixes, and liquid syrups. Feed industries harness this property for uniform nutrient distribution in bulk blends for animals.
Companies expect a high level of purity—98% or more—through rigorous quality control, a standard that Shandong Kunda achieves consistently. Heavy metal and impurity levels remain below international limits. The product’s HS Code for trade and customs purposes is 29362500, classifying it for adequate tracking and regulatory compliance worldwide. Specifications often address mesh size for granularity, loss on drying to ensure stability during storage, and pH of a 1% solution to guarantee compatibility with other blend components.
Based on my experience in chemistry labs and plant facilities, Calcium Pantothenate scores well on the safety scale for a chemical raw material, provided it is handled with some basic care. Exposure causes low risk: This is a vitamin that’s already present in most diets, so even if inhaled or ingested in moderate amounts during handling, it doesn’t trigger harmful effects like industrial acids, metal dusts, or solvents do. Eyes and skin can be mildly irritated if exposed for long periods. Dust masks and standard personal protective equipment (PPE) create a safe working environment. Many in manufacturing keep it in sealed containers away from strong oxidizing agents and moisture. The material is non-flammable, and it does not present explosive risks. Product data sheets highlight it as a safe addition rather than a hazard.
Availability in different forms means each user group gets a material designed for their production lines. Crystals suit those needing slow-release or low-dust applications. Powder, the main format from Shandong Kunda, allows precise weighing and effortless mixing—a must in the supplement world. Pearls or granules offer better flow properties for automated processes or premixed powders used in animal nutrition. Some manufacturers deliver Calcium Pantothenate in liquid concentrate solutions for specific food and beverage applications. The ability to convert physical forms unlocks a wider set of application possibilities, driving cost savings and minimizing production headaches.
The company’s production process relies on fermentation to generate the precursor pantothenic acid. From here, this acid is neutralized with premium-grade calcium salts, followed by multiple purification steps. Reliable sourcing of raw materials—from cane-derived glucose to food-grade calcium hydroxide—sets the foundation for the finished vitamin B5 additive. The commitment to stringent batch testing ensures that no product leaves the facility with excess byproducts or impurities, which could compromise downstream use.
I’ve worked with feed processors and tablet supplement producers who rely on Calcium Pantothenate as an ingredient to meet nutritional targets. The human body demands pantothenic acid for synthesizing coenzyme A, supporting metabolism, and keeping skin and nerves in working order. In fortified foods, this ingredient contributes to daily stepwise nutritional profiles. Feed businesses prize it for animal growth and wellbeing, critical for poultry and livestock operations from China to Europe. Pharmaceutical companies integrate the compound into multivitamins and specialized supplements addressing deficiency, fatigue, and other health issues.
Sourcing, production, and shipping of this vitamin do carry some environmental load, from energy consumption in fermentation, to packaging waste from bulk drums. Many large facilities like Shandong Kunda look at water recycling, renewable energy investments, and reduced transport distances to cut their ecological footprint. As sustainability receives more attention across industries, users increasingly want assurances about both the safety and the environmental impacts of every chemical in their supply lines—including common vitamins such as this one.
Calcium Pantothenate from Shandong Kunda Biotechnology represents a modern staple for those in food, feed, and pharmaceutical production. With robust safety data, tight control over purity and consistency, and a physical profile that fits various production needs, this ingredient stays in demand. Future directions include even greener sourcing, new forms for easier integration, and stronger documentation fulfilling global regulatory requirements—all with the confidence that comes from established science and responsible manufacturing practices.
