| HS Code | 729137 |
| Product Name | Amino Acids Chelate Zinc |
| Appearance | white to off-white powder |
| Zinc Content | 10% to 20% |
| Chelation Agent | amino acids |
| Solubility | highly soluble in water |
| Ph Range | 5.0 to 7.0 |
| Odor | slight characteristic odor |
| Molecular Weight | varies based on amino acids composition |
| Application | agriculture, animal feed supplementation |
| Stability | stable under standard storage conditions |
| Storage Conditions | cool, dry place, tightly sealed container |
| Bioavailability | high due to chelation |
As an accredited Amino Acids Chelate Zinc factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | A sturdy white plastic jar labeled "Amino Acids Chelate Zinc," 500g net weight, featuring blue accents and detailed usage instructions. |
| Shipping | Amino Acids Chelate Zinc is shipped in tightly sealed, clearly labeled containers to prevent moisture contamination and ensure product integrity. Standard packaging includes HDPE drums or kraft paper bags with inner liners. During transit, the product is kept dry and protected from extreme temperatures in compliance with relevant safety and chemical transport regulations. |
| Storage | Amino Acids Chelate Zinc should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and moisture. Keep the container tightly closed and properly labeled to prevent contamination. Avoid storing near incompatible substances such as strong acids and oxidizers. Store at room temperature and protect from excessive heat. Handle according to standard chemical safety procedures. |
Competitive Amino Acids Chelate Zinc prices that fit your budget—flexible terms and customized quotes for every order.
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Every day on our factory floors, real work goes into making chelated minerals that growers and feed manufacturers can actually use for better farm output. Zinc in its raw mineral state often doesn’t cooperate with plants or animals—it binds up in soil, passes right through the gut, or falls out of solution when mixed with other nutrients. After decades refining chelation and spray-drying processes, we consistently see one approach that stands out: tying zinc to amino acids. With the right bond, you unlock more bioavailable zinc without the waste or instability that drags down traditional sources.
Our amino acids chelate zinc lines typically follow a few standard models based on density, zinc percentage, and amino acid profile. Most clients choose between low-dust powders for feed manufacturing and granulated forms for field application. Our FZ-15 and FZ-18 powders both target livestock and aquaculture feeds, but FZ-15 packs about 15% elemental zinc, while FZ-18 reaches 18% by tweaking reaction ratios and drying parameters. Agronomy products for foliar or fertigation formulas land in a separate line—these take into account both solubility and particle size for fast up-take through leaves or roots.
Anyone mixing a mineral salt with an amino acid and calling it “chelated” isn’t doing justice to their customers. We run careful control of pH and temperature, monitoring the chelation reaction for hours, often using plant-derived glycine or a mix of simple L-α amino acids. As the zinc ions grab onto these ligands, they shield themselves from precipitation or destructive interactions with other minerals. Once spray-drying locks in a fine powder, we use both spectroscopy and wet-lab tests to confirm at least 95% of zinc has entered a true chelated state—where zinc atoms are enveloped in the organic matrix rather than just sticking to the surface.
Over the years we’ve noticed how differently a product performs when the chelation isn’t complete. Incomplete reaction leads to harsher taste in feed, visible dust, and lower test recovery—animals and plants simply don’t benefit as much. For farmers paying for every gram, these seemingly small production details wind up meaning stronger yields and healthier stock.
Zinc deficiency is an old problem, especially in alkaline or calcareous soils where zinc is bound up and plants fail to uptake critical micronutrients. At our facility, we’ve worked side-by-side with field agronomists to fine-tune the chelate structure so the product doesn’t tie up on the leaf surface or the soil particles. Customers in citrus, grapes, maize, and horticulture repeatedly tell us they get faster green-up and stronger root development from our granulated and wettable powder forms than from basic zinc sulfate. Testing with serial dilution and soil solutions has shown our chelates remain in solution and available even in difficult soil conditions.
Most conventional zinc salts lock up quickly in high pH soil, especially when phosphate fertilizers are involved. In contrast, our chelated version moves through drip or overhead irrigation tanks without precipitation or sludge. Crops receive a steady stream of available zinc through leaf or root, no matter the field conditions, because the amino acid shell resists those locking mechanisms. As a manufacturer dedicated to cost-effective farm solutions, we focus on stability in tank mixes—ensuring farmers don’t throw away nutrients to the bottom of the sprayer.
Formulating animal feed is an exercise in balance. Zinc oxide and sulfate are easy to buy, but widely known for low absorption and digestive waste in ruminants, poultry, and aquaculture. With feed prices on everyone’s mind, feed manufacturers have gravitated toward chelated trace elements, and we’re meeting that demand with consistent, validated batches.
For our amino acid chelates, 15-18% elemental zinc is typical, set in a profile of small-peptide amino acids that match the absorption gates in animal guts. Our technical teams measure absorption ratios in real-life feed trials, not just theoretical discussions. On every production run, we check that our zinc remains bound even through feed mixing and pelleting—no need for secondary stabilizers or mixing agents. Real-world farm trials continue to suggest that animals utilizing our products show improved hoof, feather, and skin health compared to mineral salts. This translates to higher economic returns for our feed clients, not just chemical sales volume for us.
Quite often, we’re asked about how our chelates differ from others in the marketplace. On the lab bench, purity and particle size matter, but at scale, it’s manufacturing controls that make the difference. We operate under strict batch testing for both metal and organic content. Typical product: FZ-15 carries 15% elemental zinc with a total nitrogen (as amino acid) content of about 10-12%. Average moisture holds below 5%, optimizing flow in feed mills. All batches are screened for solubility in both cold and warm water.
Our production lines are modular. Switching between different forms for different end uses means being flexible. For example, fine powders serve the feed industry, while coarse granules suit field spreading and blending with NPK fertilizers. Clients running large liquid fertilizer facilities often request a semi-soluble microgranule, which flows well and dissolves rapidly in tanks. Differences in specifications let us line up exactly with client expectations, rather than pushing a one-size-fits-all solution.
Confidence in quality starts on the manufacturing floor, not in the marketing office. Direct control over sourcing—from food-grade amino acids to high-purity zinc raw material—means every batch starts with full transparency. Our factories log every mixing step, reaction temperature, and chelation yield, holding retain samples to support later quality checks. We publish certificate of analysis data from third-party labs, not just in-house numbers, to ensure buyers see the same performance we measure ourselves.
Most important: all shipments ship with batch traceability, so any questions raised years down the road can be traced to individual reactor runs. By keeping processes open and investing in real testing, we have built long-term trust with repeat customers. That stability is what anybody buying by the ton really wants.
Amino acid chelates remain niche in many regions, mostly because production is more complicated than just blending salts. Over decades, we’ve ironed out the real challenges. Controlling ammoniacal nitrogen, avoiding by-product buildup, and keeping batch-to-batch color consistent sound simple but separate a high-value chelate from a basic mineral blend. Every step, from raw material sourcing to drying and sieving, shapes both the look and performance of the finished material.
Manufacturers with direct control over plant chemistry tune product to match the farming realities, not just laboratory ideals. We adjust density and mesh size based on customer feedback, so a client avoiding caking or dust issues gets a solution tailored to their actual equipment. For feed clients requiring thermal stability, we’ve worked to improve water activity and flowability, so chelates run smoothly through fast-moving premix systems. These efforts reflect lessons learned the hard way—not just theory from a catalog.
Traditional zinc sources—sulfates, oxides, oxysulfates—carry issues that turn up in the field: lockup in alkaline soils, low bioavailability, and trouble when blended with phosphate-rich solutions. Our chelated forms break away from these limits. Chelation works by encasing zinc tightly in a biodegradable shield of amino acids, meaning zinc stays available to plants and animals longer and works at much lower application rates.
In the field, direct observations often outpace textbook explanations. Sprays containing our chelate flow through irrigation nozzles and reach leaf surfaces where zinc actually enters plant tissue. With regular zinc sulfate, you get crusting or insoluble scum. Feed mills working with amino acid chelates see less dust during mixing, compare results in growth trials, and report real uptake improvements in poultry, swine, and ruminant nutrition. Across hundreds of batch tests, we rarely see issues with mixing or compatibility, compared to the headaches often reported with non-chelated minerals.
End-users measure value by pounds of zinc actually utilized, not the raw weight delivered. By meeting those practical challenges, our chelated zinc has earned its place on commercial farms and large-scale nutrition programs worldwide. We don’t chase price-based competition with raw salts; instead, we solve the headaches that cheap minerals create downstream.
Today’s food supply and regulatory landscape push all ingredient manufacturers to rethink traceability and risk. Our focus on low-contaminant processes means each zinc chelate batch gets checked for cadmium, lead, and other heavy metals that sometimes sneak in with mined zinc. Over time, we have shifted to controlled synthetic production and food-grade acids, limiting impurity carryover. Quality teams check every incoming lot of raw zinc for tight compliance with EU and North American standards—frequently exceeding requirements. Our feed and food clients see the impact in reduced residue levels, passing audits and international certifications with room to spare.
Direct experience tells us heavy metals accumulate most in coarser grades and unrefined batches. By running fine-mesh separation and detailed elemental scans, fewer batches ever fail spec. Nothing about these controls is glamorous, but for major buyers looking to keep recalls and complaints off their records, this level of diligence changes the risk calculation.
On-farm results motivate everything we do. Decades of third-party and in-house trials support the benefit of using chelated zinc for both yield and animal wellness. In maize and wheat trials, foliar chelated zinc applications have driven 7-15% more grain fill over untreated plots, largely due to improved fertility and photosynthetic balance. Nobody accepts a product just for better theory—farmers see brighter, more vigorous leaf color and faster recovery after weather stress, and stick with us because of real returns.
In livestock, trials have shown zinc absorption rates from chelates consistently measure above 40%, compared to below 20% for basic salts. Feed conversion rates, hoof integrity, and feather condition have all trended better over long-term controlled studies. For aquaculture, we see improved gill health and resistance, another reason why clients renew orders season after season.
By drawing on actual usage feedback, not just sales data, our production goals stay tied to maximizing results in the field. The feedback loop between manufacturing, lab trials, and end-user testing keeps us ahead of minor but costly formulation issues.
Unlike many mineral sources, amino acid chelates resist antagonism in blended fertilizer or feed matrices. We have seen our chelated zinc perform consistently in liquid foliar tank mixes alongside copper, manganese, iron, and even phosphates. Chemically, amino acid ligands wrap zinc so tightly that even in highly concentrated mixes, zinc does not break free to form insoluble salts.
We constantly test new combinations based on incoming client requests: adding humic acids, organic acids, or micronutrient cocktails. Typical chelates hold their own, showing no precipitation or haze when left to sit for days in complex blends. In animal feeds, our product keeps a smooth, dust-free flow even after months in storage, with no caking or breakdown. These are direct results from process and product design carried out in response to practical challenges, not just theory.
The cost of input minerals continues to evolve, as do expectations for purity and verification from retailers and regulatory agencies. As a manufacturer, our responsibility expands far past shipping a container—sustainability, resource tracing, and waste minimization press on every department. We’re doubling down on enzyme-assisted chelation routes and greener solvent systems to further cut by-product footprint, knowing that food and feed producers expect continual improvement.
Supply chain disruptions—whether from mining, shipping, or political turbulence—demand nimble production. We maintain multiple sources for raw amino acids and zinc, holding extra inventory and running frequent audits to buffer against shocks that could hurt our clients. In recent years, making adjustments at the manufacturing level has meant continuous availability for large buyers, even as other suppliers scramble to fill backorders.
Clients increasingly ask for digital batch records, blockchain-verifiable traceability, and carbon tracking. Our production keeps pace, logging data from every mixing, chelation, and packaging step. Because we handle both the chemistry and the compliance in-house, responding quickly to new standards comes naturally. Our intent is not just to sell a better chelate, but to deliver minerals that withstand scrutiny at every level—scientific, regulatory, and practical.
Manufacturing amino acids chelate zinc is more than turning out another chemical—it’s staying alert to new challenges across agriculture and feed. Our track record shows that consistent quality, built on real process understanding, lays a stronger foundation for end users. While many talk innovation, our focus stays on stability, dependability, and practical solutions. Each production run draws on lessons learned over decades, hands-on with raw materials, reactors, and client demands often measured in hundreds of metric tons.
As a direct manufacturer, not a brokerage or warehouse gatekeeper, we see firsthand where value is created and what actually works. Every improvement in chelation technique or batch testing translates to genuine gains for farmers, feed producers, and food processors—whether that’s cleaner ingredients, more reliable crops, or healthier livestock. Staying close to the chemistry, and responding to feedback from end-users, holds us accountable and keeps our products relevant, season after season.
