|
HS Code |
975517 |
| Product Name | Arachidonic Acid Microcapsule Powder |
| Appearance | off-white to light yellow powder |
| Active Ingredient Content | 10%-50% |
| Carrier Materials | maltodextrin, starch |
| Particle Size | 100-200 mesh |
| Solubility | water-dispersible |
| Odor | neutral to slight characteristic odor |
| Storage Conditions | cool, dry place, away from light |
| Shelf Life | 24 months |
| Application | infant formula, dietary supplements, food fortification |
| Production Method | spray drying microencapsulation |
| Packaging | aluminum foil bags or fiber drums |
| Cas Number | 506-32-1 |
| Country Of Origin | various, often China |
| Certifications | ISO, HACCP, Halal, Kosher |
As an accredited Arachidonic Acid Microcapsule Powder factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Arachidonic Acid Microcapsule Powder is packaged in a sealed 1 kg aluminum foil bag, ensuring protection against moisture and light. |
| Shipping | Arachidonic Acid Microcapsule Powder is shipped in airtight, moisture-proof containers to preserve stability. Packaging complies with chemical safety regulations, including clear labeling. Shipped via temperature-controlled transport if required, with documentation such as Safety Data Sheets (SDS) included. Standard lead time is typically 5–7 business days, with expedited options available. |
| Storage | Arachidonic Acid Microcapsule Powder should be stored in a cool, dry, and well-ventilated area, protected from direct sunlight and moisture. Keep the container tightly sealed to prevent oxidation and contamination. Ideal storage temperature is below 25°C. Avoid exposure to strong odors or chemicals. For prolonged storage, refrigeration is recommended to maintain product stability and effectiveness. |
| Purity 10%: Arachidonic Acid Microcapsule Powder with purity 10% is used in infant formula fortification, where it ensures optimal neural and visual development.Particle Size 100 µm: Arachidonic Acid Microcapsule Powder with particle size 100 µm is used in powdered nutritional supplements, where it provides uniform dispersion and improved bioavailability.Encapsulation Efficiency 90%: Arachidonic Acid Microcapsule Powder with encapsulation efficiency 90% is used in dietary capsules, where it achieves enhanced protection from oxidation and prolonged shelf life.Stability Temperature 60°C: Arachidonic Acid Microcapsule Powder with stability temperature 60°C is used in functional beverages, where it maintains fatty acid integrity during thermal processing.Moisture Content ≤3%: Arachidonic Acid Microcapsule Powder with moisture content ≤3% is used in feed premixes, where it ensures product stability and prevents premature degradation.Flowability Index 95: Arachidonic Acid Microcapsule Powder with flowability index 95 is used in automated tableting, where it supports efficient manufacturing and consistent dosage.Release Rate 80% at pH 7.4: Arachidonic Acid Microcapsule Powder with release rate 80% at pH 7.4 is used in enteric-coated tablets, where it guarantees targeted intestinal absorption. |
Competitive Arachidonic Acid Microcapsule Powder prices that fit your budget—flexible terms and customized quotes for every order.
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Tel: +8615371019725
Email: admin@sinochem-nanjing.com
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Arachidonic acid plays a critical role in a variety of physiological processes, forming a core building block for infant formula, medical nutrition, and specialty supplements. We’ve spent years working with lipid technology, and our direct experience shows that source, structure, and quality of arachidonic acid determine the success of any formulation that relies on this omega-6 fatty acid. Demand grows each year as nutritionally advanced products require higher standards, better ingredient handling, and transparent origins. Our investment in commercial-scale encapsulation lines was driven by the need for consistently shelf-stable, lab-verified arachidonic acid products. Nutrition companies, dairy formulators, and research institutions trust the product because we maintain strict supervision from raw material selection to final packing, allowing fast and reliable traceability for every batch.
Over the years, we learned from regular user feedback and our own process data. These lessons guide our engineering of each new lot of Arachidonic Acid Microcapsule Powder. Our model, AA-MC30, harnesses a core content of 30% arachidonic acid by weight, providing a robust loading for demanding applications. Particle size ranges from 80–120 mesh, producing a powder that pours cleanly and disperses smoothly in both dry and liquid blends. Every gram carries the benefits of multi-stage spray drying and advanced emulsion technology, which we adopted after observing the instability issues that plagued earlier generations of microencapsulated lipids.
Through daily quality checks, our team measures oxidation markers, moisture, and flowability before the material leaves our warehouse. Our R&D teams also keep a vigilant eye on peroxide, anisidine values, and free fatty acid content. A true advantage comes from our encapsulation coating: a complex blend of milk proteins and food-grade carbohydrates. Over time, we found this structure defends arachidonic acid against oxidation better than conventional gelatin or plain starch coatings, leading to a clean-tasting, longer-lasting product. The microcapsule technology does more than provide mechanical protection; it helps mask any residual aroma and gives compatibility with sensitive flavor systems, which our customers in medical nutrition notice and appreciate.
End users often ask how our powder holds up under actual processing and storage, not just in laboratory testing. As the manufacturer, we have an immediate view into the grind of production lines, and we regularly share honest stories from our clients about how our powder meets the rigors of real blending, tableting, and reconstitution. The powder disperses rapidly in nutrient bases, infant preparations, and adult dietary supplements. At the bench, our technical staff have seen the difference between powders that instantly release oily residues and those—like ours—that maintain cohesive structure until fully dissolved. That’s the outcome of microcapsule wall thickness and proper core-shell ratio, not an accident of cheap processing.
Brands often knock on our door needing customizable microcapsule integration. Our flexibility lets us modify release profiles, align color and flavor, or adjust solubility depending on the batch requirement or regulatory context. All of this is possible because there’s no layer of resellers or confusing chain of responsibility; our process engineers are just a step away from the manufacturing floor and can tweak the parameters of atomization, core-to-wall ratio, and spray drying on short notice. Each change gets validated within the same facility, meaning samples and scale production stay tightly linked. Fast response and repeatability keep our partners ahead in competitive nutrition markets.
The difference between microcapsule powder and common oil-based preparations turns up early in every project. Direct oils, often sold in drums or bottles, expose their fatty acid content to air with every handling, posing headaches for those who value extended shelf life or precise blending. In our own runs and with client feedback, we saw how exposure changes color, taste, and nutritional performance within months or even weeks. Powdered microcapsules from factory-controlled conditions, by contrast, protect the acid from oxygen, light, and handling damage, stretching usable shelf life past twelve months with little variance.
Other encapsulated powders sometimes rely on basic carbohydrate shells—this looks good on paper for cost, but on-site tests show higher instability under heat, humidity, and vigorous mixing. Several food technologists visiting our plant point out that starch-coated microcapsules often clump, break apart, or bleed oil under GES (gentle extrusion simulation) or high-shear blending, common in ready-to-mix formula productions. We traced this difference to the integrity of our emulsion feed, milk protein concentrations, and carrier matrix optimization. Our process can take the load of industrial-scale mixing and stay within strict regulatory guidelines.
Many competing microencapsulated products hover at lower purity markers (often 10–20%), which forces customers to add more volume, pay more shipping, and sometimes risk batch-to-batch variation due to the large dilution of active ingredient. The model AA-MC30, tuned through several years of calibration, solves this by delivering a high loading while still pouring and dispersing like a true microfine powder. The final powder, as confirmed in independent stability tests, resists caking and retains a sensory-neutral character through extended warehouse conditions found in both temperate and subtropical regions.
Nutrition brands work under a regulatory lens, especially when aiming products at infants and medical patients. Only a few manufacturers can produce microcapsule ingredients with full traceability, and we have found that this separates long-term partners from one-time buyers. Every incoming lot of arachidonic-rich oil, whether from fermentation or natural extraction, gets a digital footprint as it enters our facility. Only verified raw materials reach emulsion tanks. Batch records, blending sequence, drying times, and QA findings attach to every finished drum. By tracking every step in real time, our quality manager can call up a full genealogy in minutes, not days, giving confidence to auditors or customers on short notice.
Our history in regulated markets means every production run stands up to third-party analysis, both voluntary and government-mandated. We keep reference samples for every lot, ready for comparison or investigation. Many global brands rely on our validated allergen management processes, as the nutrition sector cannot afford accidental cross-contact with potential triggers, especially for products aimed at sensitive populations. These systems are not afterthoughts—they developed in response to real audit demands from long-term clients in North America, Europe, and Asia.
Our factory didn’t start at full scale; we built up capacity as demand for stable, concentrated arachidonic acid evolved. Lessons learned through startup—like managing the summer heat, automating spray dryer parameters, and tweaking homogenization pressure—directly translate into reliability for customers. Many companies drawn into this market by short-term opportunity failed to invest in robust line maintenance or technical training, so their production lags under stress. We chose instead to prioritize continuous operator education and preventative upkeep. The result: even during peak seasons, our line produces hundreds of kilograms daily without noticeable drop in batch conformity.
Our relationships with downstream users go deeper than a simple handoff. We coordinate on logistics, inform clients of storage and transport risks, and track real usage data via regular check-ins. The approach lets us catch trends in reconstitution failures, unexpected shelf-life questions, or evolving compliance standards. As a result, we maintain extremely low complaint levels and few returned products—an outcome linked directly to end-to-end control and the long memory of our technical staff.
Buyers in this segment rarely want one-size-fits-all powders. Startups and established multinational brands both bring specialized needs. Our experience tells us flexibility in load percentage, particle sizing, and carrier selection makes or breaks a cooperation. Some infant formula contracts demand strict alignment with nutritional labeling laws, so we build project launches with a side-by-side review of spec sheets and ingredient origins, letting partners sign off on each tweak before scaleup. We collaborate on trial batches, adjusting emulsion properties and coating blends based on actual pilot-plant feedback.
Trial data taught us that microencapsulation must adapt to destination product types, not just sit in a catalog. Some applications—like enteral nutrition for clinical care—need delayed release and low dusting, while premium infant blends prioritize rapid solubility and bland sensory character. In both settings, our proximity to the manufacturing process lets us reroute and redesign within days, not weeks. Our technical support doesn’t end at product handoff; we answer formulation questions, join in root cause analysis if anything runs off target, and provide documentation for each batch that enters a new formulation line. This smooth communication channel beats indirect relationships, and it allows our partners to move quickly in crowded markets.
Manufacturers face sharp scrutiny over environmental stewardship and sustainable sourcing. Our commitment here springs from daily practice, not just marketing banners. Raw oils come from partners governed by strict labor and traceability standards, and each lot gets tested for residual pesticide or contaminant levels before entering encapsulation. Our spray dryers recapture heat and minimize water discharge using closed-loop processes. As a direct producer, we can balance efficient use of materials with real reductions in waste. This pressure to manage cost while policing our own footprint keeps us searching for coating materials that both extend powder shelf-life and remain renewable at scale.
Supply chain transparency sits at the center of our client relationships. In times of oil supply fluctuation or raw material disruption, we communicate early, reroute production, and keep strategic stocks on hand, preventing sudden shortfalls. Over the years, our ability to relay up-to-date information on lead times, customs hurdles, or global shipping delays has built trust with both local and global buyers.
Few sectors match the regulatory scrutiny that surrounds ingredients for infant nutrition or clinical use. Our systems align with the strictest requirements for food safety and documentation. Staff undergo annual training in HACCP, allergen management, and foreign matter control. Auditors from multinational corporations and national regulators regularly visit our lines; we welcome the chance to walk anyone through our production and recordkeeping. Validated cleaning procedures, air filtration, and ingredient segregation bring laboratory-grade control to bulk manufacturing. This means batches of microencapsulated arachidonic acid are safe for sensitive and high-risk applications, and we can support label claims without hesitation.
We regularly engage in third-party verification. Whenever nutritional claims or composition guarantees appear on final labels, we justify each one by supplying a trail of independent analysis and in-factory QC results. This direct exposure to regulatory demand separates dedicated manufacturers from marketing-only entrants; our team can prepare export documentation and trace GMO status, allergen origin, and microbial testing metrics for every lot in motion.
Years spent manufacturing microencapsulated nutritional ingredients teach some unexpected lessons. Entrants that focus only on initial cost often return later seeking help as products degrade or fail regulatory checks. Our ongoing investment in microcapsule innovation speaks to a long-term view. We monitor both lipid science and encapsulation material developments, staying agile enough to implement new carriers or adjust process controls in response to new science. Recent demand highlights the need for trustworthy, fully traceable sources as parents and patients want clear information on ingredient origins and safety.
Large nutrition and supplement brands now require not only the nutritional benefit but full transparency about ingredient provenance, manufacturing protocols, and social responsibility. By controlling our own production environment, we deliver this authenticity, with no disconnect between marketing promises and industrial realities. Our hands-on plant experience means we can answer the tough questions, adapt to project demands, and commit to every order that leaves our door.
Our focus stays locked on reliability and real-world performance, day in and day out. Nutrition brands, research labs, and food technologists seek us out because they see the difference made by a dedicated manufacturer who controls every step. The product may start with high-quality arachidonic acid, but what makes it valuable is the experience, skill, and care invested from raw oil to finished microcapsule powder. We understand our product’s role in feeding infants, driving scientific research, and supporting consumer wellness—and we meet that responsibility by grounding every process decision in practical field experience and validated data, not only sales targets. As a result, our Arachidonic Acid Microcapsule Powder stands as a reliable choice, shaped by the demands of real users and improved through ongoing direct manufacturer insight.