|
HS Code |
608167 |
| Chemical Name | L-Lysine |
| Molecular Formula | C6H14N2O2 |
| Molar Mass | 146.19 g/mol |
| Appearance | White crystalline powder |
| Solubility In Water | Very soluble |
| Cas Number | 56-87-1 |
| Melting Point | 224 °C (dec.) |
| Ph Value | 5.0–6.0 (10% solution) |
| Taste | Slightly sweet |
| Amino Acid Type | Essential, basic |
| Odor | Odorless |
| Storage Conditions | Store in a cool, dry place |
| Stability | Stable under recommended storage conditions |
| Iupac Name | (S)-2,6-diaminohexanoic acid |
As an accredited L-Lysine factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | White, sturdy 25 kg bag labeled "L-Lysine Monohydrochloride," featuring safety information, batch number, manufacturer’s logo, and handling instructions. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for L-Lysine: Typically loads 16-18 metric tons, packed in 25kg bags, palletized or unpalletized as required. |
| Shipping | L-Lysine is typically shipped as a stable, non-hazardous solid or powder, packaged in sealed, moisture-resistant containers such as drums or bags. Standard shipping methods apply, with protection from excessive heat, moisture, and contamination. Proper labeling and documentation are provided in compliance with local and international transport regulations. |
| Storage | L-Lysine should be stored in a tightly sealed container in a cool, dry, and well-ventilated area, away from moisture and incompatible substances. Protect it from direct sunlight, excessive heat, and sources of ignition. Store at room temperature, typically between 2–8°C (36–46°F) if specified, to maintain stability. Ensure containers are clearly labeled to prevent contamination and accidental misuse. |
| Shelf Life | L-Lysine typically has a shelf life of 2 to 3 years when stored in a cool, dry, and sealed container. |
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Purity 98%: L-Lysine Purity 98% is used in animal feed supplementation, where it improves protein synthesis and enhances livestock growth rates. Molecular Weight 146.19 g/mol: L-Lysine Molecular Weight 146.19 g/mol is utilized in pharmaceutical formulations, where it ensures precise dosing and consistent therapeutic efficacy. Stability Temperature 25°C: L-Lysine Stability Temperature 25°C is applied in nutritional powder manufacturing, where it maintains amino acid integrity during storage. Particle Size 100 mesh: L-Lysine Particle Size 100 mesh is used in bakery premixes, where it allows uniform blending and optimal dough properties. Melting Point 260°C: L-Lysine Melting Point 260°C is leveraged in food fortification processes, where it withstands high-temperature extrusion without degradation. Solubility in Water 1g/2.5mL: L-Lysine Solubility in Water 1g/2.5mL is employed in injectable medical solutions, where it ensures rapid dissolution and bioavailability. Optical Rotation +21.8°: L-Lysine Optical Rotation +21.8° is used in analytical quality control, where it verifies product authenticity and batch consistency. Assay ≥99%: L-Lysine Assay ≥99% is applied in dietary supplement production, where it guarantees high purity and compliance with health regulations. Shelf-life 24 months: L-Lysine Shelf-life 24 months is utilized in long-term storage applications, where it maintains stability and functional effectiveness. Free-Base Form: L-Lysine Free-Base Form is incorporated in fermentation processes, where it facilitates microbial uptake and maximizes yield. |
Competitive L-Lysine prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615371019725 or mail to sales7@alchemist-chem.com.
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Tel: +8615371019725
Email: sales7@alchemist-chem.com
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As a producer focused on essential amino acids, we understand the kind of care animal nutritionists and feed manufacturers put into their choices. Year by year, L-Lysine remains a crucial ingredient for protein formulation, and we have learned through experience what consistent production and stringent quality mean for every batch.
Animals, especially monogastric species like swine and poultry, depend on reliable L-Lysine for optimal growth and feed conversion. Our production plant has dedicated resources to fermentative synthesis using select microbial strains, which ensures a predictable profile. Proteins in feeds often fall short on lysine, and we’ve seen how this shortfall can slow down gains or waste protein dollars when not corrected. Adding L-Lysine turns subpar diets into balanced ones.
We manufacture L-Lysine in the form of L-Lysine HCl, a favored model in the industry due to its purity and bioavailability. The most common specification we ship contains a minimum of 98.5% L-Lysine HCl, with moisture content kept below 1%. Purity standards have evolved over the last decade, as technologies such as ion-exchange and membrane filtration have allowed for tighter control over impurities, particularly those that matter for animal uptake and pellet stability.
As science has uncovered more about amino acid interactions, meeting exacting standards has become more than just a marketing tool. Our teams run continuous online checks and lab exams to keep batch variance to a minimum. The methods we rely on, such as HPLC and titration analysis, offer levels of certainty that general testing often misses.
Years ago, producers could get away with a broader range of lysine content and more variation between runs. The market now expects data-backed assurance that every load matches spec. In our plant, fermentation tanks run at controlled temperatures with nutrients adjusted for optimum yield and stability. Finished L-Lysine is dried using low-temperature spray technology, which protects the molecular structure from breakdown while eliminating excess water to prevent clumping.
Lysine dust control is often overlooked, and humidity management during packing can mean the difference between free-flowing powder and caked product later. Our operators monitor every filling cycle, adjusting for ambient humidity and bag tightness because even small changes can cause headaches in customers’ silos and feeders.
There is a clear trend toward precision feeding, where every amino acid is calculated down to the tenth of a percent. Additions of L-Lysine allow formulation experts to use more flexible, often lower-cost vegetable protein sources. Years of feedback from integrations, farmers, and academic partners teach us that with accurate L-Lysine, real savings show up in feed efficiency and animal growth.
Formulations for swine typically target between 0.8% and 1.2% total lysine in grower diets, while broiler diets may range from 1.0% up to 1.3%, depending on weight stage and genetic line. The value of our high-purity model is clear: feed mills can dial in concentrations with less risk of nutrient imbalances or exotic protein costs.
Our team often supports trials side by side with clients, seeing not just theoretical numbers but on-farm results. One feedmill partner switched to our L-Lysine HCl after running into issues with inconsistent deliveries. Within months, their pellet durability improved, and the feed conversion ratio dropped by two points, saving both raw material and reprocess time.
The origin of L-Lysine, and the way it is handled, matter as much as the label spec. We see a difference between product coming fresh from a controlled environment and material that spends months in storage or passes through multiple hands. Direct sourcing cuts down on the risk of cross-contamination, exposure to air or light, and bag damage, all of which degrade quality.
We produce our L-Lysine HCl in a dedicated facility without blending it with other amino acids or additives, which avoids cross-dust issues and keeps allergen labeling simple. Historical data shows fewer claims on material shipped out immediately after production versus product held back in warehouse rotations.
Some suppliers blend or dilute lysine with carrier substances to reach a set weight, or sell “complex” formulations that claim to enhance performance. We have tracked hundreds of client results and determined that more complexity doesn’t always pay off. L-Lysine HCl with over 98% active guarantees transparency; what’s in the bag is exactly what feed designers expect.
Raw material trends often disrupt standard cycles. For example, fluctuations in corn or sugar prices can impact fermentation yield. We invest in multi-year supply agreements and local sourcing for fermentation media, which keeps our input costs steady. Predictable production means fewer batch shortages and less need for emergency spot-buying.
We hold periodic production audits and invite customers’ technical representatives into the plant to check records and see firsthand how risk points are monitored. Several long-term feedmill clients have visited us each year since our start, and open checks have built a trust that documents alone can’t establish.
Too often, costs are cut at the training stage. Our operators all undergo hands-on training that covers both process control and food-grade sanitation, since tiny variations can have big effects down the line. We learned early on that human error during cleaning or sampling shows up as customer complaints weeks later. For customers blending into critical feed, that trust in plant hygiene sets us apart.
Routine cleaning, zone separation, and filter maintenance go beyond regulatory checklists. Our team audits these points every shift and documents what gets corrected, down to torn gaskets or residue in transfer lines. This isn’t just keeping score; it’s about keeping up the track record that lets a feed manufacturer count on every load, every time.
L-Lysine leaves our plant mainly in laminated paper sacks with food-grade plastic liners for 25-kg fills. We also offer bulk bag (1,000 kg) and tote options for larger mixers. Each package run is tested for air permeability, burst strength, and seal integrity, since the effects of humidity, temperature swings, and rough handling from loading docks to feed room can’t be ignored.
Years of experience taught us that a single torn bag in a pallet can lead to weeks of dust complaints, uneven flow rates, or rejections–so we switched to full double-wrapping on export months ago. Customers have reported a drop in lost product and labor by almost 4% since the change.
The global feed landscape grows more regulated each year, and compliance can seem endless. We work directly with regulatory consultants to track new rules in main markets and update our documentation ahead of time, not afterward. From certificates of analysis (CoA) to food and feed safety plans, we maintain every paper trail so partners can focus on performance, not paperwork.
Country-specific standards differ, but the fundamentals never change: consistent labeling, batch traceability, and timely support in the event of a query. Last season, an end user faced a flagged shipment in the EU—not through any error in the batch, but due to a paperwork backlog. We unrolled batch records, release testing, and transit checks so their product went on with minimal delay. These steps grow out of close partnerships and a real commitment to transparency, not box-checking.
On the ground, these efforts show up during audits and feed defense programs. Our L-Lysine meets HACCP and ISO requirements, but the value is in the training and in-house checks we put behind each label—not just certificates hung on the wall.
Our lab team doesn’t just run tests—they tie their results to production floor changes and continuous training. Sample lots are drawn at each stage, including pre-blend, finished product, and every bulk batch before it departs. Retained samples are kept on a rolling basis for tracking and troubleshooting. Real trace-back isn’t about chasing numbers, but about keeping small issues from becoming large ones.
Some partners come to us after dealing with product recalls from intermediaries, often due to poor batch logs, inconsistent handling, or mismatched labels. We invest not just in equipment, but also in skilled staff capable of interpreting results and catching deviations before they leave our site.
Global demand for meat protein continues to press upward as diets change and incomes grow, especially in emerging markets. L-Lysine serves as a tool in improving productive efficiency while limiting environmental load, as more precise amino acid nutrition results in lower nitrous waste and less resource-intensive protein use.
We monitor research on sustainable fermentation and are trialing ways to lower energy input and improve water reuse. A few years back, surges in feed ingredient costs pushed us to examine the carbon footprint for each kilogram of L-Lysine. Being a manufacturer means we control the inputs and the energy cycles; this keeps us flexible as regulations move toward lifecycle analysis requirements.
Some customers now request environmental data as part of their buying decision. We track input sources, process water consumption, and energy profile, aiming not only to meet but to anticipate stricter reporting standards. These investments help our customers make credible sustainability claims and, if needed, pass rigorous third-party audits.
Feed ingredient markets run on reliability more than promises, and L-Lysine is no exception. Our oldest customers have stayed through volatile cycles, new feed standards, and multiple regulatory shifts—largely because we make real efforts to back every agreement with documentation and communication.
Feedback often begins with performance data, but it grows into shared R&D trials and technical visits. This two-way approach lets us tune characteristics, such as flow aids, packaging fits, or microbiological stability, before large-scale changes. We learn what matters on the ground, not just what works in the lab.
Challenges often arise with changing shipping routes, port delays, or new animal nutrition findings. For instance, a customer blending high-wax maize faced unexpected caking in bins. By working alongside their technical team, we rechecked our anti-caking protocols and found that extending drying times slightly minimized the impact—without changing the core profile of the product. Real solutions come from collaboration, not one-size-fits-all answers.
Looking ahead, innovations in fermentation biotech could drive even more precise amino acid nutrition, and we plan to keep our L-Lysine model ready for these shifts. We stay engaged with field nutritionists and researchers to adapt quickly, focusing on what will make a visible difference in animal health and producer returns.
Over years of direct production, we have seen that purity, traceability, and consistent customer support define the best ingredient choices. L-Lysine is no commodity to us—it’s a responsibility. Choosing a supplier who stands behind every container, and who controls the entire chain from fermentation to delivery, adds value far beyond numbers on a label.
We continue to invest in technology, skills, and customer-facing service because experience proves these are what build resilience for both our business and those who rely on our L-Lysine day in and day out. Our goal remains anchored to the real outcomes our partners see: strong animals, efficient feed, and peace of mind with each batch used.