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L-Calcium Lactate

    • Product Name L-Calcium Lactate
    • Alias l_calcium_lactate
    • Einecs 209-954-4
    • Mininmum Order 1 g
    • Factory Site Tengfei Creation Center,55 Jiangjun Avenue, Jiangning District,Nanjing
    • Price Inquiry admin@sinochem-nanjing.com
    • Manufacturer Sinochem Nanjing Corporation
    • CONTACT NOW
    VTB
    Specifications

    HS Code

    854376

    Product Name L-Calcium Lactate
    Chemical Formula C6H10CaO6
    Molecular Weight 218.22 g/mol
    Appearance White, crystalline powder
    Solubility In Water Slightly soluble
    Taste Slightly bitter
    Cas Number 28305-25-1
    Melting Point 240°C (decomposes)
    Storage Conditions Store in a cool, dry place
    Ph Of 1 Solution 6.0-8.0

    As an accredited L-Calcium Lactate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing White, opaque plastic drum labeled "L-Calcium Lactate," 25 kg net weight, manufacturer details, batch number, and handling instructions clearly printed.
    Shipping L-Calcium Lactate is shipped in tightly sealed, food-grade plastic or fiber drums or bags, typically ranging from 25 to 50 kg per container. It should be stored and transported in a cool, dry, and well-ventilated area, away from moisture, heat, and incompatible substances to ensure product quality and safety.
    Storage L-Calcium Lactate should be stored in a tightly closed container, in a cool, dry, and well-ventilated area, away from moisture and incompatible substances. Protect from light and avoid exposure to excessive heat. Keep it away from strong acids and oxidizing agents. Ensure the storage area is clearly labeled and complies with relevant safety regulations to prevent contamination or degradation.
    Application of L-Calcium Lactate

    Applications of L-Calcium Lactate in Industrial Manufacturing

    L-Calcium Lactate, produced under precise fermentation and purification processes, serves as an essential additive and processing aid in various industrial sectors. The following sections detail its practical roles, based on actual industry demand, production integration, and global compliance requirements.

    1. Food and Beverage Fortification

    As a source of bioavailable calcium, L-Calcium Lactate integrates into food and beverage formulations to enhance nutritional value, comply with "calcium-enriched" label claims, and improve texture in certain products. It provides a non-dairy calcium solution for clear drinks, bakery goods, and processed foods—without affecting taste or color. Manufacturers select this grade for its high solubility, low chalkiness, and compatibility with sensitive matrices to avoid precipitation or instability during processing. The inclusion occurs in main kettle blending or post-pasteurization adjustment, according to product requirements.

    Industry compliance standards

    • FDA 21 CFR 184.1207 (GRAS status for direct addition to food)
    • EU Commission Regulation (EU) No. 231/2012 E327 food additive specification
    • GB 2760 China Food Additive Standard
    • FSSC 22000, ISO 22000, and relevant GMPs for food production

    Typical usage ratio

    • 0.05% – 0.8% by weight, depending on calcium target and product matrix
    • For clear beverages: 0.08–0.16% to minimize turbidity
    • Breads or cereals: 0.3–0.5% to achieve label claims without affecting dough rheology
    • Exact ratio adjusted for native calcium content and local regulatory maximums

    Downstream process integration

    • Dissolves in pre-mix tanks before main batch blending
    • For heat-processed drinks, added after thermal treatment to preserve stability
    • Direct dry mix in bakery and confectionery production routes
    • Inline blending for continuous beverage production

    Final product types

    • Clear isotonic drinks and sports beverages
    • Calcium-fortified breads, tortillas, and crackers
    • Dairy-free yogurts and cheeses
    • Powdered drink pre-mixes and meal replacement bars

    2. Pharmaceutical Solid Dosage Forms

    Pharmaceutical manufacturers use this excipient-grade material as an active calcium source and tablet diluent in compressed solid dosage drugs and supplements. Approved grades deliver consistent particle size and controlled moisture, ensuring uniform blending and tablet hardness. In direct compression and wet granulation, it provides both mineral supplementation and processability benefits. Regulatory pharmacopoeial compliance and traceability are essential, with in-house QC verifying identity, purity, and microbial control for each batch shipped to pharmaceutical lines.

    Industry compliance standards

    • USP–NF Monographs (USP Calcium Lactate)
    • European Pharmacopoeia (Ph. Eur. 1665)
    • ICH Q7A GMP for Active Pharmaceutical Ingredient Manufacturing
    • EDQM CEP, if supplied to EU markets

    Typical usage ratio

    • Elemental calcium target: 130–260 mg per daily dose, equivalent to 500–1000 mg per tablet or capsule
    • Usage as filler: 10%–40% in formulation, adjusted to achieve desired tablet weight and hardness
    • Flexibility in direct compression or granulated blends
    • Adjusted by combined composition (e.g., with vitamin D or other actives)

    Downstream process integration

    • Pre-blending in ribbon mixers or double-cone blenders with actives and other excipients
    • Direct compression for high-speed tablet presses
    • Wet granulation, where applicable, followed by drying and sizing
    • Final sieving and tablet/capsule filling line integration

    Final product types

    • Prescription and OTC calcium tablets
    • Multimineral dietary supplements
    • Effervescent calcium sachets
    • Paediatric chewable and dispersible tablets

    3. Water Treatment Additive

    Municipal and industrial water treatment providers use L-Calcium Lactate to improve water quality through mild pH adjustment and as a calcium ion source in remineralization stages. Compared with traditional calcium salts, this raw material dissolves rapidly, minimizes scaling, and produces lower insoluble residues in pipelines or filter media. Plant operators favor it when remineralizing demineralized or desalinated water for potable supply or process streams requiring tightly controlled calcium content to protect distribution infrastructure and public health.

    Industry compliance standards

    • NSF/ANSI Standard 60 (Drinking Water Treatment Chemicals)
    • AWWA B200/EN 896 guidelines for secondary calcium addition
    • WHO Guidelines for Drinking-water Quality (Ca2+ content targets)
    • Local health department or Ministry of Water regulatory approval

    Typical usage ratio

    • 5–50 mg/L dosing, depending on calcium deficit and target remineralization levels
    • Adjusted in-line by sensor reading for variable water hardness corrections
    • Batch or continuous dosing with auto-adjustment according to demand

    Downstream process integration

    • Injected at remineralization or final conditioning stage post-RO desalination
    • Dosed inline prior to distribution holding tanks
    • Used in mobile treatment units for emergency supply or disaster relief
    • Compatible with typical dosing pumps and automated control systems

    Final product types

    • Remineralized drinking water
    • Bottled water with controlled calcium content
    • Municipal supply lines for urban and rural drinking water
    • Boiler feed and industrial process water requiring calcium balance

    4. Oral and Dental Care Manufacturing

    Producers of toothpaste, mouth rinse, and dental tablet products formulate L-Calcium Lactate to supply bioavailable calcium ions for enamel care, sensitivity reduction, and remineralization support. The material’s high solubility and mild taste allow manufacturers to include functional concentrations without compromising formula texture or consumer acceptability. Strict hygiene and purity standards control trace element and microbial content, and QC sampling confirms compliance with oral hygiene ingredient regulations in major markets. The ingredient enters production in liquid or powder phases, depending on batch or continuous manufacturing protocols.

    Industry compliance standards

    • ISO 16128: Naturally Derived Ingredients in Cosmetics
    • EU Cosmetic Regulation (EC) No. 1223/2009
    • FDA Title 21, Part 355 (Anticaries Drug Products)
    • Cosmetic GMP ISO 22716 for process controls

    Typical usage ratio

    • 0.2% – 3.0% by weight in oral care formulations
    • 0.5–1.5% for mild remineralizing toothpastes
    • Up to 2.5% in rinse or chewable dental tablets
    • Adjusted based on presence of phosphates, abrasive levels, and target mouthfeel

    Downstream process integration

    • Added during aqueous phase blending in toothpaste and rinse batching
    • Co-dispersion with abrasives or humectants before final homogenization
    • Dry blending for effervescent dental tablet compression
    • Premix for microencapsulation into protective beads, if used

    Final product types

    • Sensitivity protection toothpastes
    • Remineralizing mouth rinses
    • Children’s chewable dental tablets
    • Clinical-use high-calcium oral gels

    5. Food Additive for Meat and Poultry Processing

    L-Calcium Lactate is implemented within meat and poultry processing lines as a firming agent and shelf-life extender. Its calcium ions enhance protein structure in cooked and processed meats, improving sliceability, water-holding capacity, and reducing purge. Processors also utilize its antimicrobial effects to minimize spoilage when used in combination with lactate blends. Approved meat processing operations rely on robust supply traceability, strict pathogen controls, and regular food safety audits when sourcing this input.

    Industry compliance standards

    • USDA FSIS Directive 7120.1 (Safe and Suitable Ingredients for Meat, Poultry, and Egg Products)
    • EU Regulation (EC) No. 1333/2008 on Food Additives (E327 for meat applications)
    • HACCP and SQF Level 2 Certification programs
    • GB 2760 National Food Additives Hygienic Standards

    Typical usage ratio

    • 0.3% – 2.0% by finished weight in meat and poultry products
    • Injection pickle or brine mix: 0.6–1.2% depending on pump rate and product type
    • Batching of cooked and cured meats: 0.4–0.8% for texture retention
    • Adjustment depending on local legislation and other functional salts in formula

    Downstream process integration

    • Premixed with brine or seasoning solutions prior to injection tumbling
    • Added in massaging step for restructured meats
    • Direct mixing into ground meat or sliced deli batch
    • Final monitoring through in-line fat and moisture analyzers

    Final product types

    • Injected cooked hams and turkey
    • Reformed and cooked chicken rolls
    • Cured sausage and frankfurter products
    • Ready-to-eat deli slicers and meat snacks
    Free Quote

    Competitive L-Calcium Lactate prices that fit your budget—flexible terms and customized quotes for every order.

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    Certification & Compliance
    More Introduction

    L-Calcium Lactate: Built on Experience, Made for Quality

    Our Commitment as a Manufacturer

    Producing L-Calcium Lactate means understanding both the science and the real pressures our partners face across industries. We have been in the chemical manufacturing space for decades, and over that stretch, we’ve seen how much pure, reliable ingredients can transform a finished product—whether it ends up in food, supplements, or pharmaceuticals. L-Calcium Lactate has found a strong place in modern formulations, not just because it contains calcium our bodies recognize and utilize, but because it brings versatility and a gentle profile where other calcium sources sometimes fall short.

    L-Calcium Lactate Model and Specifications

    From a manufacturing perspective, L-Calcium Lactate, with its chemical formula C6H10CaO6 and molecular weight of 218.22, is offered as a fine white powder. We control crystal habit, appearance, and density at source. Our standard grade features a purity exceeding 98%, verified batchwise through internal and third-party labs. Typical specifications include low moisture (usually under 2.0%), neutral taste and odor, and excellent dispersibility in water. We ensure compliance with standards such as FCC and EU Food Additive E327. This isn’t just paperwork; regular independent audits mean we know what leaves our site represents our name.

    Manufacturing at scale introduces its own lessons. Over time, investments in spray drying and controlled crystallization lines allowed us to reduce dust, minimize caking, and extend shelf life. As calcium-based additives often carry the risk of interaction with other food or pharma actives, we run stability trials before changing raw materials or process parameters. Equipment design down to the conveyer system plays a hand in avoiding trace iron or magnesium contamination—small details that cause big consequences for demanding applications.

    Why L-Calcium Lactate Is Different

    L-Calcium Lactate isn’t a universal “calcium fix”—and we never market it as one. Compared to calcium carbonate, our product dissolves much more easily in both cold and warm water. This solubility drives demand in clear beverages where appearance and mouthfeel matter. In contrast, inorganic calcium salts often cause chalky sediments or leave a gritty texture. Processors of clear or acidified drinks gravitate to L-Calcium Lactate because it keeps product transparent and stable over shelf life.

    We have compared tableside with dicalcium phosphate and calcium gluconate. While both alternatives serve a purpose, L-Calcium Lactate brings higher elemental calcium content than gluconate, and outpaces dicalcium phosphate in terms of pH stability. Many food developers, particularly in fortification, need “invisible” calcium—something flavorless, colorless, and unreactive at standard pH. L-Calcium Lactate fits this task. Its low sodium load also makes it suitable for applications targeting salt-sensitive consumers.

    Manufacturing, Traceability, and Food Safety

    We monitor our raw lactic acid supply with chain-of-custody documents, but over the years, the upstream impact of agricultural price swings became clear. We partner directly with selected fermentation suppliers that do not use genetically modified feedstocks. Through periodic site visits and long-standing contracts, we buffer our price and supply stability. As a manufacturer, batch traceability forms our backbone. Each lot receives a unique identifier traceable from delivered truck to packaged product. We avoid contract blending or repackaging by third parties—this direct control preserves integrity and supports quick root cause analysis in the rare event of a customer complaint.

    Our facilities operate under a blend of FSSC 22000 and GMP+ standards, integrating HACCP at raw material receipt through packing. While audits and certifications look nice on paper, practical controls present the real difference. We validate allergen cleaning between batches via ATP swabbing and conduct annual mock recalls. Those measures keep customer risk low and response times fast. An in-house laboratory equipped with HPLC and ICP-OES provides the final quality checkpoint. Our routine checks guard not just against chemical contamination but emerging contaminants—heavy metals and mycotoxins, for instance, receive attention that goes beyond regulatory minimums.

    Applications and Usage: Lessons From Industry Partners

    Our customers taught us much about how calcium lactate performs outside the lab. Beverage manufacturers chasing clear juices and sports drinks require fortification that does not cloud or settle. Because L-Calcium Lactate dissolves rapidly and invisibly in solution, production teams cut down on mixing time and avoid extra filtration. Bakeries using enriched flours benefit from easy incorporation with no impact on dough color or rise. Meat processors look for calcium-based curing agents that won’t carry a salty aftertaste or cause excess water loss. With L-Calcium Lactate, sausage firms noticed tighter yields compared to traditional phosphate blends.

    Nutraceutical clients value the 13% calcium by weight, but emphasize the importance of gentle absorption and a low gastrointestinal side-effect profile. Where other calcium salts lead to discomfort, L-Calcium Lactate receives positive feedback—even at elevated supplement doses. We’ve seen an uptick in interest from specialty diets such as vegan or ketogenic product developers, who need non-dairy, non-animal-derived calcium that withstands thermal processing. In these use cases, the absence of animal inputs makes L-Calcium Lactate a reliable fit.

    Pharmaceutical partners push for consistent particle size and absence of contaminants, especially for applications in oral rehydration salts or pediatric supplements. For these customers, we provide detailed certificates with each delivery, including individual heavy metal and microbial counts. Smaller pack sizes minimize exposure per batch, and we work with logistics partners to maintain product integrity throughout international shipments. The feedback that matters most to us arrives in the form of reduced out-of-spec incidents and strong client retention.

    Challenges and Ongoing Improvements

    Sticking to tight specifications never ends. Calcium lactate reacts with acids and certain preservatives, so beverage formulators continue to request input as they push to lower total acidity or raise calcium levels. We run bench tests in our applications laboratory, simulating combinations customers propose. If a specific acidity causes instability, we flag it and suggest a modified grade or a shift in the blending schedule. Smaller customers sometimes require customized micron sizing, or special anti-caking treatments—requests we answer through modular line adjustments rather than a generic offering.

    End-user affordability has become a stronger factor as global calcium prices ride supply chain waves. Cutting shortcuts on raw materials or process time creates more harm than savings. We constantly review our process for steps to reduce waste, energy consumption, and water use while keeping output predictable. Trials with continuous crystallization and closed-loop cooling drives down resource use and tightens particle size control. While regulatory pressure rises—especially from the EU on allergens or China on heavy metals—investing ahead of deadlines keeps shipments moving without delays.

    Comparing L-Calcium Lactate to Alternatives—What We’ve Learned

    We handle requests to compare L-Calcium Lactate with popular options in all categories. Calcium carbonate ranks as the legacy fortifier, with high calcium percentage and low price per ton. In acidic drinks or gummies, though, it leaves a gritty residue or forms insoluble clumps, pushing developers away from it. Calcium gluconate stands out for stability in solution, but a lower calcium percentage requires larger dosing. L-Calcium Lactate lands in the middle, delivering higher absorption than carbonate and a smoother taste than chloride salts—without the high sodium of some alternatives.

    We ran shelf-life trials between product lines, using standard beverage matrices and pH adjustments. Calcium lactate grades from several manufactures were tested for sedimentation, clarity, and residual flavor over eighteen months. Our product consistently performed at the top end for clarity and mouthfeel. Water activity and density measurements showed a tighter deviation, thanks to focus on dehydration and sieving. Some competitors, particularly from low-cost regions, blend synthetic DL-lactic acid or mix D isomers in production; over time, those grades develop haze or lose dispersibility in finished formulations.

    Retailers and foodservice customers rely on label simplicity, so we confirm that our L-Calcium Lactate contains only naturally fermented L-lactic acid—no GMOs, animal enzymes, or colorants. Pharmaceutical customers who supply hospitals and clinics consistently tell us that batch traceability and impurity profiles matter more than price alone. Reducing recalls, managing insurance risk, and protecting patient health drives their supplier selection criteria. As a manufacturer, building this trust shapes how we design and police each batch, and continues to set our product apart.

    Supporting Developers Through Technical Service

    On-site technical visits helped us spot common pilot plant pitfalls. When setting up calcium fortification in new food lines, handling humidity, balancing pH, and dissolving order all influence the final product stability. We have invested in a technical support team who have hands-on experience running production lines. They troubleshoot scaling, batch separation, or unexpected color shifts—problems that often arise during scale-up from pilot to commercial runs. Clients also benefit from application notes documenting successful past projects, sharing “best practice” for formula balance, dispersion, and fortification.

    Sharing knowledge across the supply chain keeps development costs lower and reduces launch risks for our partners. We invite customers to trial new ingredient lots before committing to large-scale rolls, and remain involved after delivery. By listening to how L-Calcium Lactate behaves on different lines, we refine our process, machinery, and advice. The payback for both sides is faster turnaround and lower unplanned downtime, not just an ingredient order.

    Innovation and the Future of L-Calcium Lactate

    Developers continue to stretch the boundaries of calcium fortification, moving into new applications ranging from plant-based cheese to ready-to-drink medical nutrition. We work closely with R&D labs at food companies pushing new textural or flavor profiles, running pilot tests to match particle size, solubility, and bulk density for their processes. The trend toward natural, non-GMO, and additive-free labeling keeps pressure on us to demonstrate our sourcing and keep formulation clean.

    As beverage companies pioneer functional waters, teas, and dairy alternatives, clear solubility and tolerance to other minerals is increasingly valued. We explore surface treatments and process tweaks to further raise solution speed and prevent precipitation. This research extends beyond food: water treatment plants and dental product formulators are now investigating L-Calcium Lactate for controlled calcium release and oral remineralization, demanding new technical solutions from our process engineering team.

    Rethinking Value: More Than an Additive

    Every delivery of L-Calcium Lactate that leaves our plant carries a legacy of process choices, raw material integrity, and a commitment to real-world results. Working as a direct manufacturer, we encounter every challenge in sourcing, logistics, and traceability firsthand. Building long-term supplier and customer relationships enables us to adapt faster and maintain quality through volatile times. Value here goes beyond cost-per-ton—it includes consistency, technical partnership, and a willingness to adjust to customer feedback and regulation.

    Markets turn, regulations tighten, and product trends shift, but calcium will always remain fundamental in human health and nutrition. By investing in traceable sourcing, proven process controls, and technical aftercare, we keep our partners focused on innovation, secure supply, and cleaner labels. L-Calcium Lactate, shaped by the knowledge and experiences of a dedicated manufacturer, helps move industries forward—serving not as just another commodity chemical, but as a trusted building block for better products.