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HS Code |
503626 |
| Chemical Name | Choline Iodide |
| Molecular Formula | C5H14INO |
| Molar Mass | 215.08 g/mol |
| Appearance | White or off-white crystalline powder |
| Odor | Odorless |
| Solubility In Water | Highly soluble |
| Melting Point | 200-210°C (decomposes) |
| Cas Number | 55-93-8 |
| Stability | Stable under normal conditions |
| Storage Conditions | Store in a cool, dry place, tightly sealed |
| Ph Value | Neutral to slightly alkaline in aqueous solution |
| Synonyms | 2-Hydroxyethyltrimethylammonium iodide |
| Ec Number | 200-247-0 |
As an accredited Choline Iodide factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Choline Iodide is packaged in a 500g sealed, amber glass bottle with a secure screw cap and clear labeling for safety. |
| Shipping | Choline Iodide should be shipped in tightly sealed containers, protected from moisture and light, and stored in a cool, dry place. It is typically transported as a stable, non-hazardous solid but should be handled with care to avoid inhalation or contact. Follow all applicable local and international regulations during shipping. |
| Storage | Choline iodide should be stored in a cool, dry, and well-ventilated area, away from heat, moisture, and incompatible substances such as strong oxidizers. Keep the container tightly closed and properly labeled. Protect from light and prevent contact with air or water to avoid decomposition. Always store in accordance with local regulations and safety guidelines to maintain stability and safety. |
Applications of Choline Iodide in Industrial ManufacturingCholine iodide plays a critical role as a functional nutrient and process additive in high-value industrial sectors. As a manufacturer with direct supply chain control, we focus on proven application tracks demanding strict quality consistency and advanced technical integration. Explore how choline iodide is specialized for selected industries with specific compliance requirements, optimized usage ratios, integration into downstream processes, and defined finished products. 1. Compound Feed and Premix Manufacturing for Animal NutritionFeed manufacturers utilize choline iodide as a nutritionally-potent source of both choline and iodine in feed premixes and complete feeds, particularly for poultry, swine, and aquaculture where optimum growth, metabolic performance, and thyroid hormone synthesis are essential. This material integrates into micro-ingredient blending processes under regulated environmental and food safety controls, affecting end products targeted for feed efficiency and animal health. Industry compliance standards
Typical usage ratio
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2. Iodine Supplementation in Veterinary Pharmaceutical PreparationsVeterinary pharmaceutical producers employ choline iodide for formulating injectable and oral solutions, providing bioavailable iodine critical for metabolic regulation and choline’s contribution to hepatic function in livestock. The compound integrates into GMP-controlled liquid compounding units, supporting prescription and over-the-counter formulations that must demonstrate reliable release and stability throughout the shelf life. Industry compliance standards
Typical usage ratio
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3. Mineral-Fortified Pet Food ProcessingCholine iodide is incorporated by pet food producers seeking to achieve mineral and vitamin balance in commercial products for dogs, cats, and exotic species. Material quality, particle size, and solubility influence its compatibility in extrusion and retort processing lines, which impose unique stress on nutrient stability, demanding careful raw material specification and controlled inclusion to support claim substantiation on finished goods. Industry compliance standards
Typical usage ratio
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4. Nutrient-Fortified Aquaculture Feed FormulationThe aquaculture sector increasingly utilizes choline iodide as a dual-source microelement additive for high-performance fish and shrimp diets, meeting elevated nutritional needs for intensive farming environments. Processing plants integrate the compound during feed matrix formation, actively monitoring nutrient recovery after pelleting and exposure to moisture for compliance and labeling accuracy. Industry compliance standards
Typical usage ratio
Downstream process integration
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5. Functional Livestock Water-Soluble Additive ProductionProducers of livestock water additives employ choline iodide to create functional solutions that enable rapid nutrient uptake for poultry flocks and pig herds during stress, transport, or metabolic challenge. Health specialists specify its proportion in water-soluble powders and concentrates as part of day-to-day management solutions or emergency support products, using real-time analytics to ensure solubility and stability upon farm-level dilution. Industry compliance standards
Typical usage ratio
Downstream process integration
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Decades in chemical manufacturing have taught us that a substance's value hinges on how consistently it solves real problems. Choline Iodide ranks among the products that draw attention from specialists who know what matters in animal nutrition and specialty chemical applications. Out on the production line, we're always evaluating how adjustments in raw material sourcing, reaction parameters, and purification routes influence the final quality and usability of this compound.
In our plant, we focus on Choline Iodide as a white to off-white powder or crystal, depending on the batch scale and customer preference. We keep batch sizes flexible, but our most requested product offers a minimum choline content of 50% and an iodine percentage that meets feed-grade or higher expectations. Purity and moisture control define reliability in this sector, not simply hitting a standard. We monitor residual solvents daily, keep heavy metal and arsenic levels below internationally accepted levels, and regularly recalibrate our HPLC and titration protocols because subpar results are not an option for long-term partners.
Nutritionists and feed formulators choose Choline Iodide when their formulations need an iodine source that contributes choline at the same time. Unlike standard choline chloride, iodine delivery rides along with the molecule. That dual-action role gives our clients a logistical advantage and optimizes trace mineral usage in animal diets, which is especially relevant in regions where baseline iodine levels in soil or water run low.
We hear direct feedback from feed mills about flowability, caking, and mixing patterns. Our daily work has seen how the physical consistency of Choline Iodide powder responds to adjustments in particle size and drying protocols. We tweak input air temperature and monitor endpoint moisture because real field-proven handling is the end goal, not abstract claims. Over the years, even small shifts in particle bulk density have shaped how our clients handle, weigh, and mix our material on the shop floor.
Customers using our Choline Iodide in aquaculture have reported sharper effects than with other choline derivatives, especially in larval nutrition and breeder diets for fish and shrimp. Here, effectiveness isn’t just about raw content but about how quickly and evenly the nutrient enters the water column or pellet matrix without trace heavy metals or anti-nutritional residues tagging along. We have tested side-by-side with choline chloride and observed the same kind of enrichment patterns in finished feeds but with the added value of improved iodine bioavailability.
The market for choline salts often defaults to choline chloride, mainly because of raw material cost and head-to-head feed conversion comparisons. Still, Choline Iodide holds its own when system-wide nutrient efficiency is the driver. The biggest technical difference manifests in solubility: Choline Iodide dissolves quickly in water and some polar solvents but resists caking better than the hygroscopic choline chloride. As a result, our technical teams rarely field complaints about clumping in humid environments, even when product gets transferred between bins, sacks, and augers multiple times in processing.
Some customers believe choline bitartrate or choline sulfate might bridge the gap if looking for non-chloride alternatives, yet neither salt provides iodine. Our field visits with layer and breeder operations show that supplementing with stand-alone potassium iodide or calcium iodate requires extra storage, handling, and sometimes leads to uneven dosing due to particle size segregation. Choline Iodide eliminates those headaches, bringing two nutrients together in one carrier, which streamlines blending and reduces formulation errors out in the factory or on feed lines.
Our industry experience highlights that maintaining robust traceability is not just a compliance checklist item, but a genuine risk mitigator in global supply chains. Within our systems, every lot of Choline Iodide carries a digital trace from raw material acceptance through in-process QC to final packaging. Over the years, we've used this data to pinpoint the rare deviations and correct them before a client ever encounters a problem, rather than retracing steps after a recall alert.
Customers sometimes ask about radioactivity and halogen stability, especially in geographies with more stringent relevant codes. At the production level, we check for radioiodine isotopes, not just total iodine, despite extra cost, because peace of mind drives loyalty. Batch retention for at least two years gives our partners the confidence to commit to larger, longer-term feed programs supported by real archives rather than theoretical documentation.
Handling and shipping of Choline Iodide in our facility brings a short list of safety challenges, mainly because of its mild corrosive character if mishandled. Workers suit up and we ventilate workstations, but when it comes to downstream impacts, we've studied dust emissions and dissolution rates to keep both the shop floor and finished feed safe. All our effluent systems run through secondary filtration, not just standard neutralization, since we value not leaving an environmental footprint for the community that lives around the plant.
Blending Choline Iodide into feed or premix systems relies on both manual and fully automated dosing platforms. We've invested in closed-transfer solutions and dust recovery to ensure workers—especially those on the line during peak output periods—face minimal exposure. These investments don't show up directly on profit and loss statements, but they build trust year over year.
We never see two customers with the exact same requirements. Some want ultra-low moisture for automated feed systems. Others prioritize a certain mesh size for compatibility with micro-pelleted diets in aquaculture or want a cost-cutting bulk package. Our production engineers meet with customers in person to understand storage and application constraints, then feed data back into our formulation and drying lines until the product lines up with real field needs—because we know generic solutions don’t last long in this business.
In one instance, a Southeast Asian aquafeed producer faced microclumping issues during their rainy season. Standard Choline Iodide from the open market fell short. Our tech team flew out, spent time in the processing plant, and realized the local humidity compromised open super-sack packaging. After some trial and error, we adjusted the particle size distribution and doubled the inner-layer protection on sacks. The client’s clumping problem disappeared and their seasonal output increased by ten percent. This type of customization doesn’t show up in product brochures but happens every year at our plant.
We regularly receive requests from universities and feed research outfits looking to trial Choline Iodide in new animal models, or to assess effects on gut health, growth rate, and mineral retention. We dedicate a portion of each production cycle to research-grade material, packaging smaller quantities under guaranteed chain-of-custody and offering detailed QA/QC reports.
Attending industry conferences, we’ve watched novel uses emerge, from companion animal blends to exploration in human nutrition supplements, provided regulatory lines are respected. Our R&D chemists are in regular contact with feed scientists. They set up pilot-scale blends and measure every variable from dustiness to flow rate, not just nutrient retention. By keeping lines open with end-users, we close knowledge gaps on both sides of the supply chain.
Governments continue to tighten feed additive rules, especially where iodine sources are concerned. Our ethos is to stay ahead, not just “comply”. We update batch protocols and technical documentation annually to ensure seamless audits, and we keep real-world certificates, not just PDFs. For example, we ensure every Choline Iodide shipment comes with analytical support on choline and iodine assay, as well as proof of absence for dioxins, PCBs, and suspected allergens.
Over the years, we have worked with feed approval authorities across the EU, China, Southeast Asia, and Latin America. Pre-submitting samples, walking through synthesis flowcharts, and validating with in-country labs have built up a reputation for smooth permit applications. This groundwork always saves our partners time and paperwork down the road.
Raw material costs and energy prices shape every aspect of our day-to-day operations. Fluctuations in choline and iodine pricing mean real pressure on the factory to keep waste and defects minimal. We respond by integrating automated sensors on reaction vessels, investing in early-stage impurity detection, and operating lean, 24/7 lines during peak global demand. This has proven to reduce both off-spec batches and downtime, which means our shipping windows hold steady even during market shocks.
Unlike resellers who shop for product across plants, we face the real prospect of batch-to-batch variation if we relax process controls. Our business is built on repeat orders because clients do not want to see differences in their feed mixes or have to recalibrate dosing systems every few weeks. Our technicians track, log, and analyze trends in everything from color to loss-on-drying numbers, applying corrective tweaks without waiting for off-site direction.
Relationships with buyers, nutritionists, and research partners rest on something that lab reports can't capture. We answer direct calls from feed mills, ship urgent samples for side-by-side mixing trials, and offer technical support by people who have put in years at our facility. Whether it’s an urgent export permit or a field complaint about dust formation, we don’t defer—from the general manager to the shift operators, solving problems sits at the core of our mission.
Our most consistent buyers share practical stories about how quality Choline Iodide has helped them avoid downtime, maintain animal health, and meet regulatory targets without last-minute substitutions or recipe rework. This kind of direct feedback shapes every shift in standard operating procedures and motivates our teams to keep looking for incremental improvements.
Responsibility extends past the gate of our facility. Every bag of Choline Iodide arrives with batch-level transparency—dating back to incoming choline, iodine, and every solvent lot. We train every worker to understand early signs of chemical exposure and spill prevention because complacency leads to real incidents. Packaging gets checked by hand and automated scanners, reducing risk during transport and storage. Our customer support team includes trained product safety advisors—engineers, not just call-center staff—who walk clients through best practices, correct storage, and spill protocols in every climate zone we ship to.
We see growing demand for Choline Iodide with the rise of precision livestock feeding, especially where trace mineral management is under scrutiny. The role of dual-nutrient carriers in reducing phosphate waste and improving animal output invites further innovation. Our engineers are exploring process changes that might lead to lower-energy synthesis and further reductions in waste, aiming for zero discharge in the medium term.
At the request of several large producers, we have started working with biodegradable film packaging and batch-level QR tracing for instant certificate viewing. These upgrades don't just make our product safer and easier to trace—they demonstrate our real investment in continuous improvement, not just talk.
As global markets evolve, feedback from feed mills, aquaculture operations, and scientific partners keeps our product relevant. When mixers report minor residues, our teams investigate and implement minor formulation tweaks. When regulatory standards shift, our documentation updates follow within weeks—never after customer requests. That agile approach has become our hallmark.
The real test of Choline Iodide, like any technical product, happens not in our lab but in the demanding environments of our customers. Years of adapting particle size, packaging, and support resources allow us to serve both bulk industrial clients and specialty pack projects. Lessons from both worlds come back to benefit the next batch rolling off our lines.
As use cases develop for more sophisticated trace mineral blends, feedback from nutritionists and farm operators points toward a continued role for nutrient forms that deliver more than one benefit per kilogram. Choline Iodide fits this mold and provides ongoing opportunity for real efficiency improvements, both at the feed mill and in the barn. With each production cycle, we see new research, new regulatory shifts, and client priorities pushing us to refine standards. This process keeps us engaged and underscores the necessity of real, supplier-operated production for specialty ingredients.
From engineering improvements to one-on-one support, the story of Choline Iodide reflects not trends, but the output of real experience and real problem-solving on the factory floor. Our commitment remains to keep standards high, maintain direct lines to every customer, and evolve the product based on practical feedback, not marketing claims.