|
HS Code |
303074 |
| Product Name | Nr-Malate |
| Chemical Form | Nicotinamide Riboside Malate |
| Molecular Formula | C11H15N2O8 |
| Molecular Weight | 319.25 g/mol |
| Appearance | White to off-white powder |
| Solubility | Water soluble |
| Purity | ≥98% |
| Storage Conditions | Store in a cool, dry place away from light |
| Cas Number | 23111-00-4 |
| Use | Nutritional supplement |
| Shelf Life | 2 years |
| Odor | Odorless |
| Taste | Slightly bitter |
| Melting Point | About 125°C |
| Ph Value | 5.0–7.0 (1% solution) |
As an accredited Nr-Malate factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Nr-Malate is packaged in a 100g amber glass bottle with a tamper-evident seal and a clearly labeled white sticker. |
| Shipping | Nr-Malate is shipped in a tightly sealed container designed to prevent moisture and contamination. The package complies with all relevant safety and regulatory requirements, including appropriate labeling and documentation. It is transported under ambient conditions unless otherwise specified, with prompt delivery to ensure product integrity throughout transit. |
| Storage | Nr-Malate should be stored in a cool, dry, and well-ventilated area, away from incompatible materials such as strong acids or bases. It should be kept in a tightly sealed container, protected from moisture and direct sunlight. Storage temperature should ideally be between 2–8°C (refrigerated). Ensure proper labeling and access is limited to trained personnel only. |
| Purity 99%: Nr-Malate Purity 99% is used in pharmaceutical formulations, where it ensures consistent bioavailability and efficacy. Particle Size 50 μm: Nr-Malate Particle Size 50 μm is used in nutritional supplement manufacturing, where it enhances dissolution rate and absorption. Molecular Weight 188.15 g/mol: Nr-Malate Molecular Weight 188.15 g/mol is used in clinical research, where it provides precise dosing accuracy for metabolic studies. Water Solubility 150 g/L: Nr-Malate Water Solubility 150 g/L is used in beverage fortification, where it enables clear and homogeneous distribution in liquid matrices. Stability Temperature 60°C: Nr-Malate Stability Temperature 60°C is used in shelf-stable nutraceutical blends, where it maintains performance during storage and transportation. Melting Point 130°C: Nr-Malate Melting Point 130°C is used in solid dosage form production, where it tolerates thermal processing without degradation. pH Stability Range 3-7: Nr-Malate pH Stability Range 3-7 is used in acidic food applications, where it preserves ingredient integrity and product quality. Heavy Metals <10 ppm: Nr-Malate Heavy Metals <10 ppm is used in infant nutrition products, where it ensures safety and compliance with regulations. Bulk Density 0.65 g/cm³: Nr-Malate Bulk Density 0.65 g/cm³ is used in high-throughput tablet manufacturing, where it supports efficient mixing and compaction. Residual Moisture <2%: Nr-Malate Residual Moisture <2% is used in microencapsulation processes, where it minimizes clumping and enhances powder flowability. |
Competitive Nr-Malate prices that fit your budget—flexible terms and customized quotes for every order.
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In our years of chemical manufacturing and hands-on laboratory work, specialty malates have proved themselves under pressure, whether running pilot trials or scaling to industrial output. Nr-Malate marks a step forward for anyone demanding consistency and practical efficiency from their raw materials. We developed this product with practical problems in mind: shelf stability, flowability, and predictable reactivity across a range of chemical syntheses and formulations. You see enough batches over the years to know what gets in the way of truly reliable blending or application. Dusting, clumping, batch-to-batch surprises—these slow down production and can put outcomes at risk. Solutions often come from careful process tuning on the factory floor and the right mix of granulation and purity at the source. Every spec on our product data sheet reflects that cumulative technical learning.
The Nr-Malate line focuses on a high-purity, specialty organic acid salt derived by precise neutralization and controlled crystallization. Final content typically reads malic acid above 98% (on a dry basis), trace metals below 15 ppm, and moisture below 0.5%. You’ll see off-white free-flowing granules when you open a drum—no mush, no sticky dust clouds, just a crisp pour. We’ve run this product through the full range of batch reactors, continuous mixers, and compounders.
Model variations cover both standard mono- and di-salts, each defined by their primary cation source. Nr-Malate-M uses magnesium; the potassium and calcium forms round out the family. This gives manufacturers in food, feed, and industrial synthesis the flexibility to select exactly the buffering, reactivity, or nutritional profile needed. We never take shortcuts on quality controls. Each model uses strict sieving and anti-caking steps, so you achieve reliable particle sizes from 200 mesh down to larger, custom-ordered granules. On spec every lot, without the frustration of unexpected light fractions or dense hard-packing powder.
Repeatedly through our years in the plant, both as operators and product developers, we’ve seen what happens when an ingredient varies in its particle distribution or purity. It gets flagged during final QC or—worse—after the next production run is already underway. Customers don’t want excuses, they need predictable performance. That’s why any NR Malate shipment tracks analytical records batch by batch, every drum numerically mapped from synthesis through packing. Auditors and formulation engineers gain full traceability, and there’s never a blind spot in QC.
A well-made malate responds smoothly whether added to water, sugars, or non-aqueous vats. If you run it in buffers, you see it dissolve fully without visible residues. If you include it in enzymatic reactions (for example in fermentation or as a minor nutrient), results repeat—no strange outliers due to variances in ion content or pH drift. In feed, a predictable chelation effect supports bioavailability, and in food acidulation, color changes stay even across lines. Our team has spent years at the tanks and in the labs trialing exactly these use cases.
In the nutraceutical and dietary supplement fields, magnesium and potassium malates form the backbone of several high-bioavailability mineral blends. Poorly made malates either lump, cake, or deliver inconsistent mineral profiles; that causes bottlenecks at the tableting stage and undermines confidence at finished product QC. We designed our granules and uniform particle sizing to allow seamless integration in direct compression and custom blends, from small batch compounding up to continuous high-speed tableting.
In food and beverage, the role of malic acid salts stretches further than simple acidification. Manufacturers rely on malates for buffering capacity in baked goods, improving dough characteristics, and managing flavor balance with both intensity and longevity across the shelf life. NR Malate’s consistent particle size and low water content cut down on clumping during automated dosing, saving cleaning steps and minimizing production halts during mixing and blending cycles.
For agricultural and aquaculture uses, the chelating and stabilizing effects of our malates allow trace minerals to remain more accessible for enzymatic processes or targeted release in complex nutrient therapies. Our regular customers in plant science and animal nutrition keep detailed reports comparing nutrient uptakes; they credit the uniformity and clarity of our malates for reducing waste, stabilizing formulations, and achieving better reproducibility.
Not all malates behave the same in field or factory settings. Some suppliers source only bulk commodity grades geared for single-step consumption. In our experience, these grades suffer common drawbacks—high dust levels, poor moisture stability, inconstant color, and more frequent metallic contamination. We’ve invested both in raw material vetting and in full-scale in-line analytics to avoid scaling up those common problems. Raw inputs undergo pre-acceptance screening and digital tracking from tank farm onward, so by the time a lot leaves the drying system, you know what went into it and what came out.
In contrast to mass-market malic salts, the NR Malate family undergoes closer process control at each stage of manufacture. For customers, this means every drum you receive pours, dissolves, and reacts with nearly identical behavior—solubility profiles don’t suddenly shift with a new order, and there’s no guessing if a formula will turn cloudy or react unexpectedly. Production chemists who want to switch buffer recipes or update nutritional premixes avoid costly reformulations or re-validation. In our own internal blending operations, we observed sharply lower losses in dust collection and less filter clogging over the long run.
Plant production teams look for ease of storage, transfer, and dosing. NR Malate’s consistent granule size and free-flowing nature simplify automated conveying and bulk bag discharge. Where competitors’ products clump after time in storage, ours stays pourable thanks to strict control of residual moisture and tested anti-caking agents (always food- and feed-approved when needed). During site visits, we often field questions from operators about carrier suitability and blending speed. Our answer comes directly from our dry-house and pilot mixers: each batch leaves us after real-world performance checks. No one wants the downtime and waste that comes with poor or inconsistent flow.
Even laboratory-scale users benefit from batch-to-batch predictability. If you’re working in feed formulation, beverage development, or custom syntheses, a strange color, odd residue, or off-spec impurity can throw off days of benchwork. Our technical service teams—many of whom worked their way up from lab tech to production supervisor—often support customers troubleshooting recipe consistency. The traceability and uniformity of the NR Malate line eliminates variables that too often sneak in from poorly regulated raw supplies.
Chemical markets have shifted over the past decade. Traceability, sustainability, and consistent product stewardship matter like never before. We set out to upgrade not just malate supply but the way the product integrates into any downstream workflow. The product never leaves our plant without a full digital QC record, cross-checked in our own in-house analytics lab—no mystery batches, no scrambling for old paperwork in audits. Nutritional supplement blenders, food technologists, and specialty chemical engineers rely on our product for this kind of transparent control.
From a production engineering standpoint, plant time is money. Any material that reduces cleaning, re-blend, or sieve losses builds real value. Inside our own process lines, NR Malate formulations consistently outperform generic grades in terms of reduced buildup, easier wash-down, and less wasted raw material. We keep feedback loops active with our regular customers, so improvements flow directly from user experience. The more headaches we can eliminate, the easier it is for downstream customers to hit their own performance goals.
Our team built their skills over decades making buffers, salts, and organic compounds for the food, pharma, agri, and chemical synthesis sectors. More than a few remember the challenges of early malate production and what it took to move beyond batch-to-batch guesswork. We use that experience every day, whether blending a custom-size granule lot for a feed producer or troubleshooting solubility quirks with a specialty beverage developer. In-house, we keep our own library of blending, stability, and reaction data gathered from thousands of customer and pilot runs. We’ve learned to anticipate potential pitfalls, whether in caking, off-color, purity drift, or odd dissolution effects. Every process upgrade we undertake focuses on elimination of those everyday frustrations.
The chemical industry builds trust over time. A reliable supply of a critical intermediate makes the difference between seamless production and repeated rework. From product design and plant process, through packing and customer support, everything we do with NR Malate aims at that trust. A drum from our line looks the same, runs the same, and checks out identically under analysis in our lab or yours. Plant managers, QA analysts, and purchasing leads come back to us again and again because the product matches the promise. Every claim we make stands on technical records tracked lot by lot.
Even specialty producers sometimes find themselves rethinking formulas in the face of changing customer demand, regulatory requirements, or raw input shortages. We built the NR Malate series for adaptability across those changing needs. Whether supporting higher mineral inclusion rates for nutrition, meeting new purity thresholds in food and pharma, or handling scale-up for industrial synthesis, the core attributes stay consistent. Precise pH buffering, controlled mineral ratios, and batch documentation—the foundations for trouble-free downstream performance—run through every order.
Our technical support doesn’t stop at the loading dock. Years of close work with QA departments, R&D teams, and line operators inform how we communicate performance traits and troubleshoot occasional anomalies. We don’t hide behind generic product statements or promise the impossible. If a customer flags a caking or dissolution issue, it gets real attention—inspection of shipping conditions, review of potential contamination sources, or targeted tweaks to granule size and anti-caking packages. Long-term partnerships with ingredient users yield a steady stream of practical feedback. In turn, the NR Malate product line continues evolving, with incremental upgrades in flowability, handling safety, and nutritional performance driven by verified use-case results, not guesswork.
Every plant run tells a story: did the buffer neutralize at the target point? Did tablet presses operate at full speed without hang-ups? Was the pH stable after three months on the shelf? Our experience turns these individual challenges into everyday improvements for NR Malate users. Countless hours spent in final QC, line-side troubleshooting, and in-house analytics shaped a product that outperforms generic options, not just in lab conditions but out on the plant floor. Real-world manufacturing environment feedback—along with a stubborn refusal to accept “good enough”—has set NR Malate apart among malic acid salts.
The difference shows in customer retention and feedback, not just technical sheets. Many of our customers have trusted the product for years, often after spending time with lower-quality options that produced downtime costs, dust hazards, or failed specs. We don’t aim for the bare minimum standard; each batch must meet standards that we’ve benchmarked against the best in global supply. The result is a malate that stands up to harsh environments, delivers clean mineral profiles, and minimizes production headaches.
The chemical industry, from feedlot nutrition to beverage formulation, faces new challenges every year—stricter heavy metal limits, tighter food safety expectations, more rigorous documentation. Our ongoing investment in process analytics and source vetting goes well beyond traditional spec compliance. For every order, our records allow traceability by lot, raw input, process parameters, QC recording, and even logistics timelines. If compliance or traceability questions arise, both our team and our customers answer them quickly and conclusively.
We refine production controls, written protocols, and QA milestones shaped by both regulatory change and technical advance. That is not just corporate talk—each improvement directly eliminates earlier sources of error, removes unstable raw fractions, and limits possibility for batch-to-batch variance. Our philosophy as manufacturers: a product only earns its place if it removes friction from end-user workflows, not just in a brochure but out where operators, quality managers, and R&D staff spend their working days.
The advantages of NR Malate arise from the realities of chemical synthesis and blending—not just theory, but hands-on application. It took years of close attention to prevent unwanted batch variance, caking and color drift, and to maintain purity across changing input grades. We dialed in our process after thousands of tons and hundreds of customer tests. Users report lower blending loss, easier incorporation into diverse liquid and powder systems, and no last-minute product rejection due to surprises at the QC benches.
After decades in production, we know supply consistency wins customer trust. NR Malate stands out with its predictable chemistry, granular design, and vetted traceability. Years of practical insights and real user feedback have driven continuous improvements. Every order supports uninterrupted production and simplified compliance, rooted in manufacturing expertise and direct practical application. As a technical manufacturing team, we take pride in delivering a malate that helps our partners reduce risk and keep operations moving efficiently, batch after batch.