Tengfei Creation Center,55 Jiangjun Avenue, Jiangning District,Nanjing admin@sinochem-nanjing.com 3389378665@qq.com
Follow us:

Zinc Lactate

    • Product Name Zinc Lactate
    • Alias Zincum lacticum
    • Einecs 212-018-3
    • 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

    565262

    Chemical Name Zinc Lactate
    Molecular Formula C6H10O6Zn
    Molar Mass 243.52 g/mol
    Appearance White crystalline powder
    Solubility In Water Soluble
    Cas Number 16039-53-5
    Ph Value Approximately 6-8 (1% solution)
    Odor Odorless
    Uses Dietary supplement, food fortification, oral care products
    Storage Conditions Store in a cool, dry place

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

    Packing & Storage
    Packing Zinc Lactate is packaged in a 25 kg white HDPE drum with a secure lid, labeled with product details, batch, and safety information.
    Shipping Zinc Lactate is typically shipped in tightly sealed, food-grade plastic or fiber drums with inner polyethylene linings to prevent moisture absorption. The containers must be clearly labeled and kept in a cool, dry environment during transport. Handle with care, avoiding direct sunlight and sources of contamination to preserve quality and stability.
    Storage Zinc lactate should be stored in a tightly closed container in a cool, dry, and well-ventilated area, away from moisture and incompatible substances such as strong acids and oxidizers. Keep it away from direct sunlight and sources of heat. Ensure the storage area is clearly labeled and compliant with local safety regulations to prevent accidental exposure or contamination.
    Application of Zinc Lactate

    Applications of Zinc Lactate in Industrial Manufacturing

    Zinc lactate serves a critical function in multiple manufacturing sectors due to its high solubility, controlled zinc release, and compliance with international quality frameworks. As a direct producer, we support industrial partners requiring consistent, specification-driven zinc salt input for regulated processes. The following application scenarios detail integration in key downstream operations.

    1. Food and Beverage Fortification

    Zinc lactate is widely utilized in nutrition enhancement for processed foods, beverages, and dietary supplements. Its high bioavailability and neutral taste make it suitable for sensitive food matrices. Manufacturers integrate it during various stages such as blending, wet granulation, or premix creation to accurately boost zinc content without altering sensory attributes. The material’s use must adhere to regional and global food safety authorities’ guidance, and fortification levels are tightly regulated by batch-specific requirements determined by the food type and target population nutritional needs.

    Industry compliance standards

    • Codex Alimentarius General Standard for Food Additives (GSFA)
    • Food Chemicals Codex (FCC)
    • EU Regulation (EC) No 1333/2008 on food additives
    • US FDA 21 CFR 182.8988 (Generally Recognized as Safe, GRAS, for zinc salts)
    • China GB 14880—National Food Safety Standard for the Use of Nutritional Fortification Substances

    Typical usage ratio

    • 20–150 mg/kg in drinking products, adjusted by product category and local regulations
    • 30–210 mg/kg in solid foods, determined by calculated zinc contribution to the finished item
    • Individual country fortification limits set by national health authorities
    • Final dosage calculated for precise zinc RDI contribution per serving

    Downstream process integration

    • Direct addition to beverage bases in liquid blending tanks
    • Premix manufacture for bakery and cereal processing lines
    • Powder blending prior to granulation or tableting in supplement tablet production
    • High-shear mixing for fortified infant formula and milk powder

    Final product types

    • Infant and pediatric nutritional formula
    • Packaged fruit juices, enhanced bottled water, meal replacement drinks
    • Vitamin and mineral supplement tablets or capsules
    • Fortified breakfast cereals, snack bars, and flour blends

    2. Oral Care Formulations

    Zinc lactate is used in oral hygiene manufacturing for its proven role in inhibiting volatile sulfur compounds and supporting plaque control. Its inclusion provides antimicrobial properties and helps reduce oral malodor while minimizing negative impact on flavor and mouthfeel. Manufacturers incorporate the material during the aqueous phase or slurry blending, where precise control is required for regulatory compliance and efficacy within final paste or rinse formats. Comprehensive product testing ensures batch consistency and stability, especially given formulation pH and compatibility with other actives.

    Industry compliance standards

    • ISO 16128: Guidelines on technical definitions and criteria for natural and organic cosmetic ingredients
    • EU Cosmetics Regulation (EC) No 1223/2009
    • US FDA OTC Monograph for Anticaries Drug Products
    • China GB 22115—Hygienic Standards for Toothpaste

    Typical usage ratio

    • 0.1–0.3% w/w in toothpaste formulations, adjusted for required zinc delivery
    • 0.01–0.1% w/w in mouthwashes and oral rinses to maintain efficacy without taste disruption
    • Final concentration determined by stability, regulatory maxima, and in-use retention testing

    Downstream process integration

    • Incorporation after binder and humectant dissolution during primary mixing
    • Dissolved in aqueous phase of slurry prior to flavor or sweetener addition for toothpaste
    • Added in liquid batch blending step for mouthwash
    • CQ testing on zinc content and finished pH prior to filling and packaging

    Final product types

    • Abrasive and non-abrasive toothpastes (anti-plaque, fresh breath varieties)
    • Daily-use mouth rinses for home and clinical applications
    • Oral gels targeting halitosis or sensitive teeth
    • Single-dose oral hygiene sachets or powder sticks

    3. Pharmaceutical and Nutraceutical Tablets

    Pharma and nutraceutical manufacturers incorporate zinc lactate for controlled zinc supplementation in compressed tablet and chewable dosage forms. The compound offers high solubility and facilitates robust compaction and uniform tablet appearance. It is frequently selected due to compliance with pharmacopeial monographs and its advantageous release profile compared with other zinc salts. Batchwise use adapts to formulation objectives such as disintegration, taste masking, and combination with other micro-nutrients or excipients.

    Industry compliance standards

    • United States Pharmacopeia (USP) monographs for zinc compounds
    • European Pharmacopoeia (Ph. Eur.) 04/2012:1466
    • Good Manufacturing Practice (GMP; ICH Q7, EU GMP Vol 4)
    • China Pharmacopoeia (ChP)

    Typical usage ratio

    • 3–10% w/w of total tablet mass, calculated to meet target zinc dosage per tablet/lozenge
    • Specific adjustment for formulations targeting slow or rapid release characteristics
    • Compliance with upper intake limits for specific patient groups or product uses

    Downstream process integration

    • Dry blend with microcrystalline cellulose, binder, and lubricant during tablet granulation
    • Wet granulation lines for high-dose chewable tablets
    • Tablet press batch dosing with real-time monitoring of weight uniformity and metallic content
    • Coating stage for taste masking or layered release tablets

    Final product types

    • Zinc supplement tablets for adults and children
    • Chewable vitamin-mineral lozenges
    • Multivitamin pharmaceutical tablets
    • Sustained-release zinc oral dosage forms

    4. Animal Nutrition and Feed Additive Production

    In the feed industry, zinc lactate delivers highly bioavailable zinc for livestock, poultry, and aquaculture diets. Manufacturers select it to enhance animal growth, immune response, and reproductive function, especially where organic mineral sources are preferred. Dosage levels reflect specific species and lifecycle requirements, with pre-mixing or direct addition tailored to pellet, mash, or liquid feed forms. Producers routinely monitor product homogeneity and trace mineral content to comply with national feed additive regulations and farm animal safety standards.

    Industry compliance standards

    • EU Regulation (EC) No 1831/2003 on additives for use in animal nutrition
    • AAFCO Official Publication (USA)
    • China GB 7300.401—Feed Additive Zinc Lactate
    • Global GAP certification for feed ingredient traceability

    Typical usage ratio

    • 40–120 mg/kg Zn in complete feed, varying by species, age, and feed type
    • Dose tailored to regional maximum legal zinc levels per dry matter
    • Low-level micro-premix formulation for poultry starter diets
    • Continuous process batch-record adjustment for seasonal production needs

    Downstream process integration

    • Inclusion in feed premix with other trace minerals and vitamins
    • Direct addition during final blend of pellet or mash feed prior to extrusion
    • Top-dressing in meal feeds for cattle and swine, mixed on-line with automated dosing
    • Quality checks for uniformity and mineral distribution in finished feed

    Final product types

    • Complete formulated compound feeds for poultry, swine, ruminants, and aquaculture
    • Trace mineral preblends for commercial feed mills
    • Vitamin-mineral premixes for young livestock starter diets
    • Supplement blocks and feed concentrates for on-farm use
    Free Quote

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

    For samples, pricing, or more information, please call us at +8615371019725 or mail to admin@sinochem-nanjing.com.

    We will respond to you as soon as possible.

    Tel: +8615371019725

    Email: admin@sinochem-nanjing.com

    Get Free Quote of Sinochem Nanjing Corporation

    Flexible payment, competitive price, premium service - Inquire now!

    Certification & Compliance
    More Introduction

    Zinc Lactate: Perspective from the Production Floor

    A Close Look at Zinc Lactate Production and Its Place in Our Lineup

    In our daily work at the manufacturing plant, producing Zinc Lactate isn’t just the result of chemical equations—it's the result of hands-on experience, refining output for stability, purity, and the ease of integration within customer applications. Our Zinc Lactate covers the commonly requested grades, from food and pharmaceutical to industrial, with a focus on a reliable, reproducible crystalline powder.

    Understanding What Zinc Lactate Brings to the Table

    Zinc stands as one of those minerals with a hand in numerous biological and industrial functions. Combined with lactic acid, it forms Zinc Lactate—a compound valued not just for zinc content, but for digestibility and easy formulation. Our team works with lactic acid sourced in-house. This lets us know every step, from raw fermentation substrate until the zinc salt is filtered, washed, dried, and sieved. Final product checks focus on meeting set purity metrics and minimizing heavy metal content, so output stays within global food ingredient standards.

    Zinc Lactate powder finds a wide audience in the market. For nutritional supplement makers, this compound offers a bioavailable approach to zinc fortification, sitting comfortably on ingredient lists without the metallic aftertaste common with some zinc sources. It dissolves into syrups and mixes cleanly into tablets, so our clients spend less time fighting with production issues and more time getting products finished. For food fortification, bakers and beverage formulators use Zinc Lactate thanks to its quick solubility and near-neutral sensory profile.

    Manufacturing Differences: What Sets Zinc Lactate Apart from Zinc Gluconate, Citrate, and Others

    Every operator in the plant has handled batches destined for different zinc compounds—gluconate, citrate, sulfate, and oxide. Zinc Gluconate, favored for lozenge or beverage applications, often calls for huge mixers because the gluconic acid pathway stretches the molecule. This adds more water solubility, but sometimes comes with a tang. Zinc Sulfate, another staple, typically runs through a simple crystallization process but produces a more acerbic taste and can be tough on finished product stability in some food applications.

    Our Zinc Lactate process is designed for precision: the neutralization of high-purity lactic acid with zinc oxide under controlled pH, then careful crystallization, multi-stage filtration, and vacuum drying. The result is a white crystalline powder that avoids caking and clumping—a difference that reveals itself at the tablet press or when adding to a drink formulation tank. We keep batch records on pH curves and ionic residue, so customers get a consistent result every time.

    People ask about the differences beyond manufacturing. The lactate ion, stemming from lactic acid, appears naturally in metabolic pathways. This makes zinc lactate a natural fit for supplements and food fortification. Working with gluconate or citrate often presents challenges with ingredient compatibility, taste masking, or moisture pickup, especially in humid storage. Zinc Oxide—while cost-effective—lacks the bioavailability of organic salts like lactate, which limits its use to some feed or industrial sectors.

    Real-World Handling and Storage Issues

    Each sack of Zinc Lactate leaving our loading dock carries the weight of in-plant quality scrutiny and field knowledge about product stability. Moisture management always ranks high on our priority list. We’ve invested in humidity-controlled packaging lines based on lessons from batches compromised during summer monsoon season, when atmospheric water uptake would push the zinc lactate over specification for caking tendency. The new approach led to much more reliable shelf life, which matters when shipping to international buyers in climates far different from our own.

    Logistics play a part at every turn. We seal our product in laminated bags and drum liners to cut down transit-related risk. We used to see more customer complaints about compacted powder. Through direct conversations between our floor supervisors and customer QA teams, we dialed in moisture targets and anti-caking protocols that stick to the realities of warehouse conditions outside the lab.

    The Safety and Compliance Lens

    Strict compliance with industry standards remains a daily affair, not a distant regulatory goal. From the incoming zinc oxide assays to TLV (threshold limit values) for lactic acid vapor in the plant, our protocols rely on more than paperwork. Our operators wear the right PPE and know emergency procedures. Batch records undergo internal audits, and finished goods are pulled for heavy metal assays and microbial checks before shipment.

    It takes attentive people to maintain certifications for food and pharmaceutical supply. We listen carefully to updates on permissible load limits for lead and cadmium and confirm each batch against the tightest levels. These aren’t hurdles for the sake of formality—they drive continual improvement in our upstream sourcing and downstream documentation.

    Why Customers Come Back: Performance in Application

    Feedback from supplement companies and food technologists has shaped how we tune our process. One customer, a regional beverage company, had recurring issues with undissolved particulates using a previous zinc source. On-site support and tweaks to our milling line created a finer grade of zinc lactate, solving cloudiness in their sports drinks. In another example, a bakery struggled to match zinc content claim with visual purity in premixes; our adjustments to particle size distribution and rapid-dissolving grade fit the bill. Over time, this iterative approach has put us in direct dialogue with end users, who rely on consistency batch to batch more than sales promises.

    From the technical side, nutritionists lean on data from published studies about zinc lactate’s bioavailability. Unlike zinc oxide, which less readily dissolves at stomach pH, zinc lactate breaks free and enters absorption cycles smoothly. Experience with high-throughput tableting presses and blending systems tells us that zinc lactate resists sticking and blends into multi-mineral tablets without requiring special lubricants or flow aids. That adds up to real-world efficiency—less downtime, cleaner machines, fewer tablets out of spec.

    Responding to Industry Shifts and Scientific Advances

    Ingredient preferences shift with new research, consumer awareness, and regulatory headlines. Our R&D group watches the journals and attends technical sessions at industry expos. Recent years have brought new insights on trace heavy metal intake and optimal mineral absorption. In response, we’ve focused efforts on refining purification techniques and running comparative stability studies, not just with our own lots but sometimes working with customer samples.

    One recurring discussion: balancing cost, solubility, and taste for food and beverage developers. Zinc sulfate or oxide may win on price per kilogram, but at the cost of fortification claims and consumer acceptance. Products fortified with poorly soluble zinc compounds pay a hidden price, with lower absorption and some wasted input material. Zinc lactate, priced somewhat above sulfate, usually offers a smoother panel and retention rate. This facts-based approach helps our partners maintain credibility with their own buyers.

    Sustainability and Source Control

    Sustainable manufacturing today means looking at every kilogram of raw material, water usage, and by-product management. We worked with upstream suppliers to source lactic acid from renewable substrates, and track the zinc oxide’s chain of custody back to low-impact mining partners. Over the past several years, we invested in closed-loop water systems at the plant, cutting effluents per ton of zinc lactate by over a third. These improvements came from the practical concerns voiced by the people on the cleaning crew and the engineers running the reactors.

    Waste streams from the lactate process are mapped and minimized, with valuable side-streams sometimes captured for use in low-grade applications. Our plant’s internal recycling keeps our compliance profile strong and reduces requests from regulators who want proof of environmental stewardship.

    Practical Insights on Using Zinc Lactate in Final Products

    Our technical team regularly reviews the feedback from long-standing clients. One key piece: Zinc Lactate handles repeat mixing and thermal cycling with reliability, so batch losses due to segregation or caked lumps have dropped. The crystalline morphology lends itself to short blending times. Clients scaling up from lab to pilot to full production rarely report surprises, reflecting the countless hours spent refining our grinding and drying stages for optimum bulk flow.

    Taste impact matters, especially with juices, dairy drinks, or supplement tablets aimed at picky consumers. Compared to zinc gluconate, which sometimes gives a sharper tang, our Zinc Lactate profile usually translates into consumer likes rather than complaints. Bread and cereal makers care about discoloration, especially in white flour—a grey or yellow cast will cause retail rejections. Zinc lactate doesn’t oxidize or react with other dough conditioners as aggressively, so the finished loaf comes out as intended.

    Quality Control Anchored in Daily Practice

    Quality assurance at the shop floor goes beyond ticking boxes. Production chemists measure and log the pH, particle size, moisture, and zinc content every shift. Spectrometers scan incoming and outgoing materials. Regular reviews lead to sharper action—shifting a screen size, adjusting cooling profiles, or switching filter media based on results, not just historic SOPs. Inspectors compare every batch record to earlier runs, cross-referencing product ID with downstream results.

    We know the cost of a non-conforming batch—not just in lost product, but in lost customer trust. Over the years, direct engagement between our plant managers and customer product development teams has tightened performance specs and alerted us to subtle process drift that wouldn’t show on a standard COA. These working relationships push our learning curve higher and ensure high standards in Zinc Lactate output.

    A Manufacturer’s Perspective on the Zinc Market

    Chemical markets shift with supply chain shocks, shipping delays, and weather-induced downtime. We see firsthand the impact on zinc prices from mining disruptions or transport hiccups—sometimes passing through to buyer costs, sometimes absorbed through more nimble procurement. Over time, our response has favored buffer stocks of raw zinc oxide and multi-source contracts for lactic acid. Collaboration with nearby facilities keeps our network flexible and cuts lead times when orders spike unexpectedly.

    Production forecasting relies on history, not just what we hear from brokers or spot reports. Our operators track demand for Zinc Lactate against the backdrop of new product launches in fortified foods, or regulatory shifts in allowed zinc levels for infant cereals and sports supplements. Whether the market swings up or down, this hands-on awareness builds resilience into every scheduled shift.

    Research, Development, and Packing Innovations

    R&D doesn’t happen in a vacuum here. Project runs move from lab glassware to pilot vessels and, only after shaking out weak spots, to full-scale tank conversion. We have tried alternate lactic acid feedstocks, changed crystallization regimes to yield new morphologies, and even field-tested anti-caking agent blends with select partners. Our packing line operators helped develop a new valve sack closure last year, which shaved minutes off loading and cut customer complaints from powder leaks during transit.

    Customer trials form a feedback loop—sometimes leading us to new grade offerings (granular vs. powder, for example) or subtle shifts in drying protocol to boost shelf life in tropical distribution networks. We share analytical results and stability data so customers gain confidence in switching over from their previous zinc supplier, and regularly host remote or on-site audits where customers can follow the trail from reaction tank to packed pallet.

    Managing the Realities of Regulation and Import/Export

    As tariffs and registration requirements tighten in major import hubs, our documentation team works closely with logistics and plant staff. Certificates, MSDS, batch-origin records, and purity assays must all match up. Experience tells us that clear communication and tidiness in paperwork prevent shipment holds or returns far more than last-minute explanations ever can.

    Local regulations shift as authorities in various countries set new standards for contaminant levels and permissible processing aids. We update our protocols and sampling plans often, relying on good relationships with local inspectors and transparent self-reporting. The shortcut view—"just comply with the minimum"—won’t work long term in this business. Instead, we devote resources to laboratory cross-checks, proficiency testing, and third-party verification of our claims, all based on daily lessons from plant-floor realities.

    Lifelong Learning and Problem-Solving in Production

    Our most effective improvements in Zinc Lactate production have come from mixing practical experience, customer field reports, and a willingness to invest in process upgrades. Operators, engineers, and customer liaisons discuss real-world hurdles after every tough batch—spots of mixing lag, stuck solids, color variation, or packing line jams. Over the years, these drive investment in new equipment, new laboratory screens, and better in-house training. Zinc Lactate customers gain from these learnings, as reliability grows and support becomes sharper.

    Changes in raw material quality from upstream providers no longer catch us unaware, since robust intake checks and backup suppliers are a fixed part of our operation. Each time we deliver Zinc Lactate, our goal is to match the consistency and performance that professional users demand—and avoid problems they faced with other sources of zinc ingredients.

    Building Confidence from a Manufacturer’s Experience

    Clients tell us that sourcing direct from a trusted manufacturer means they get an honest view of any potential pitfalls and creative, hands-on solutions. This open flow of information is built on trust, built shift by shift, not just at the sales desk. Zinc Lactate production gives us a window into ever-changing market and regulatory demands, but more importantly, it lets clients turn innovation, efficiency, and field reliability into competitive advantage. What sets our Zinc Lactate apart isn’t just the purity or the price, but the way we stand behind every batch with the experience and direct knowledge of those who produced it.