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HS Code |
814004 |
| Product Name | Nim Extract |
| Botanical Name | Azadirachta indica |
| Common Name | Neem Extract |
| Extraction Method | Solvent Extraction |
| Appearance | Brownish or greenish liquid or powder |
| Solubility | Partially soluble in water, soluble in ethanol |
| Active Compounds | Azadirachtin, Nimbin, Nimbidin |
| Odor | Strong, pungent, herbal |
| Plant Part Used | Leaves, seeds, or bark |
| Main Uses | Pesticidal, medicinal, cosmetic |
| Shelf Life | 1-2 years if stored properly |
| Storage Conditions | Cool, dry, away from direct sunlight |
| Country Of Origin | India |
| Ph Level | 5.0–7.0 |
| Cas Number | 84696-25-3 |
As an accredited Nim Extract factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The Nim Extract comes in a sealed, amber glass bottle, labeled clearly, containing 500 mL, with tamper-proof packaging for safety. |
| Shipping | **Shipping Description for Nim Extract:** Nim Extract is shipped in sealed, leak-proof containers compliant with industry safety standards. Containers are clearly labeled, kept in a cool, dry environment, and protected from direct sunlight and moisture. Proper documentation and handling procedures are followed to ensure safe and secure transit. Avoid exposure to incompatible substances. |
| Storage | Nim Extract should be stored in a tightly sealed container, away from direct sunlight, heat, and moisture, in a cool, dry, and well-ventilated area. Avoid exposure to extreme temperatures and keep away from incompatible substances such as strong oxidizing agents. Store out of reach of children and unauthorized personnel. Clearly label the container, and follow all applicable safety and regulatory guidelines. |
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Purity 98%: Nim Extract with a purity of 98% is used in agricultural biopesticide formulations, where it ensures maximum pest control efficiency and crop protection. Viscosity 200 cP: Nim Extract at viscosity 200 cP is used in emulsion-based pesticide sprays, where it provides optimal suspension stability and uniform field coverage. Particle Size <10 μm: Nim Extract with particle size less than 10 μm is used in seed coating applications, where it enables enhanced adhesion and consistent active ingredient release. Stability Temperature up to 60°C: Nim Extract with stability temperature up to 60°C is used in tropical agrochemical blends, where it maintains bioactivity and prevents product degradation. Solubility in Water 85%: Nim Extract with water solubility of 85% is used in liquid concentrate fertilizers, where it allows easy dilution and homogeneous distribution in soil. Molecular Weight 350 g/mol: Nim Extract with a molecular weight of 350 g/mol is used in controlled release capsules, where it achieves sustained active ingredient delivery and prolonged efficacy. Melting Point 85°C: Nim Extract with melting point of 85°C is used in solid granule formulations, where it permits stable storage and handling under varying temperature conditions. |
Competitive Nim Extract prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please call us at +8615371019725 or mail to admin@sinochem-nanjing.com.
We will respond to you as soon as possible.
Tel: +8615371019725
Email: admin@sinochem-nanjing.com
Flexible payment, competitive price, premium service - Inquire now!
Working on the production line each day, we see what it takes to get a natural extract right. Every batch of Nim Extract that leaves our plant traces its value back to where it begins — the neem tree, the dedicated extraction line, and the people who watch small details closely. We don’t see our extract as a simple commodity. For us, producing Nim Extract means holding ourselves responsible for what ends up in our customers’ end products. Real agricultural and industrial users prefer knowing who stands behind what’s in the drum. We watch as the neem kernels go into the extraction room, and we test for purity, concentrate, and contaminants before proceeding further. This process differentiates a manufacturer from those who simply move containers.
In this industry, cutting corners on inputs or process harms both the buyer and the manufacturer. We fix the grade of our Nim Extract to clear standards. At our plant, the standard model delivers a brown to dark green, semi-liquid concentrate. Analysis typically shows azadirachtin levels above 1500 ppm, based on UV-spectrophotometric testing. We check for water content, organic solvent residue, and unwanted by-products such as aflatoxins — no matter how tight the production schedule gets, this testing doesn’t take a back seat. We refine our extraction to control viscosity, limit suspended plant matter, and reduce the strong neem odor to meet practical requirements for real-world applications. Our filtration and concentration steps have changed over the years as we listened to feedback on what integrates well into agricultural formulations or personal care lines.
We’ve kept our solvents and refinement clean, pushing for a profile that balances richness in neem actives with ease of blending for downstream processes. Our specifications grew strict after years of listening: users do not tolerate random separation in tanks or excessive sediment. You see the difference between a batch that was manufactured and one that was only repacked. Our Nim Extract comes out of a continuous extraction line, not reprocessed from leftover press cake or dried leaves of questionable origin. No shortcuts, no dilution with cheap carriers just to hit a price.
Working directly with formulators and farmers, we know that the experience using Nim Extract matters as much as the assay label. Our extract feeds into a mix of applications — emulsified agricultural sprays, seed treatments, pest deterrent coatings, and natural beauty products. What we have seen over years of direct supply is that clients appreciate when a batch runs predictably through mixing tanks and spray rigs. Setbacks don’t start with a missing percentage point on paper; they start when the extract foams too much, separates out, won’t dissolve, or blocks nozzles. The R&D group at our site puts new lots through repeat cooling and heating cycles, checking stability so end users see as few surprises as possible.
Our extract isn’t shaped just for one segment. In crop protection, we see demand from eco-certified growers looking for traceable neem actives to avoid pesticide residues. They audit our process and tour our tanks. Cosmetic companies pull samples to check compatibility with natural surfactants and preservation systems. The feedback that matters most is the phone call when a mixer jammed halfway through because another supplier’s extract wouldn’t blend — and that’s not a conversation we take lightly. On our side, we keep improvement real and ongoing. If a user tells us a tank clogged after long storage, the next batch gets filtered to a finer pore size.
Plenty of vendors online claim “100% pure” or “high azadirachtin” nim extracts. We’ve tested some samples ourselves: the differences are obvious. Some arrive cloudy, sometimes loaded with fatty residues, sometimes spiked with unapproved synthetic solvents. Others swing in potency — a badge of poor batch pooling or crude extraction shortcuts. When extracts are sourced from multiple third parties and sold under one name, the buyer risks inconsistent behavior and possible regulatory trouble. By contrast, all of our extract is produced, filtered, and packed under our direct control. We control the drying steps, solvent choice, extract concentration, and packaging — and we own the outcome.
Raw materials trace back to our contracts with local neem growers. We buy full kernels, not pressed cake left over after oil extraction. At intake, we reject lots high in moisture or signs of mould. Our solvents never touch plasticizers or unknown residues. Our lines run stainless steel, cleaned per protocol, so each batch matches up to prior certificates. These are differences another trader cannot explain; only someone who is there for the extraction will catch them. We define our extract by what happens in those critical steps — and we sign off on each drum before it leaves.
Our technical team gets calls to help diagnose mixing problems or to trace back issues related to unexpected changes in end product behavior. Sometimes, a client received extract through a third-party channel and faces underperformance in the field. We often find the extract profile is different from what was originally specified, with adulteration or excess carrier solvents. Pulling from our own production allows us to guarantee what’s in the barrel, right down to minor components. We send supporting technical data, not generic “spec sheets” that bounce from one website to another with no connection to real production.
Sourcing from us puts the client in touch with engineers who can explain why a viscosity range was chosen, or why a stabilizer was introduced in the last revision. Collaboration builds out from there. For example, bulk agricultural users often request higher azadirachtin concentrations for time-release applications. We can shift parameters and run a pilot in our extraction hall, adjusting extraction time and solvent ratio, sending actual product for trial rather than theoretical samples. When cosmetic customers press for clarity and low odor, we have lab filtration runs with feedback loops built in. These relationships grow not just out of necessity, but out of respect for each others’ time and bottom line. That’s the substance in dealing directly with a manufacturer.
Building a line for nim extract, you see the kinds of issues no trader wants to talk about. Neem’s resinous content clogs filter beds, so we run stepwise filtration. Heat-sensitive actives like azadirachtin degrade if left unprotected or heated too long, so our batch controls and cool-down procedures have evolved over years. If the extract comes out with a burnt smell, a process error occurred. These are headaches sorted on the shop floor, not in a resale office.
Sometimes we face seasonal shifts that alter alkaloid content in the kernels. We have in-house analyzers, so each lot is profiled before it feeds into the main extraction. The profile is matched against the main process parameters, so a batch stays within specification. Some years, fungal growth in a harvest lot threatens aflatoxin spikes, so recurring screening is necessary. End users benefit from our willingness to reject a load at the door — if a batch doesn’t meet our requirements at intake, we lose time and money, but the customer doesn’t get second-grade material.
Supply chain disturbances arise: weather, transport, labor shortfalls at harvest. Securing our own raw supply network means the end user does not face a blend of neem extract from random origins. All of this risk-taking and work shows up in the reliability of the drum received at the end of the process. Direct experience matters — our staff has lived through process revisions, raw material failures, and even regulatory changes. We adjust quickly in the face of a challenge, while third parties wait for updates.
Third-party testing has become routine for our extract, especially as environmental and organic certifications grow in importance. Buyers sometimes request additional lab validations or to see supply chain traceability. We provide certificates backed by in-house and external testing labs for every lot. Customers with higher regulatory demands, including manufacturers exporting to regions with tight control over aflatoxins or solvent residues, have access to full documentation. We follow storage and shelf-life tracking in our warehouse, so any concern about potency or stability can be addressed from date of extraction to end use.
Our model number and production code are not just tokens; they anchor back to raw material lot, process date, and testing parameters. In our experience, this level of traceability closes the gap between factory and field. If an issue arises, both sides can move knowledgeably and fast. Establishing trust takes work and meticulous record keeping, but by keeping our process transparent, we become more than a supplier — we build partnerships that grow as producers' or manufacturers’ needs change over time.
We attend annual meetings with growers, ag chem dealers, and cosmetics formulators, hearing directly about successes and pain points. Our downstream partners bring up points in everyday use: nim extract that gums up spray lines, product that fails microbial shelf-life tests, or receives regulatory pushback due to contentious solvent residues. Each time we hear these stories, the issue gets routed back to our process team. Adjustments follow — such as double-filtration for large-scale users, new solvent handling procedures, or even tweaks to kernel selection at raw intake. These changes grow from real commentary, not theoretical ideals.
We’ve also learned to expect growing pains with new applications. The push for biodegradable pest deterrents or natural personal care means new requirements often drop at short notice. Temperature stability, compatibility with plant-based additives, and new preservation regimens place fresh demand on our production team. Our response involves testing, direct communication, and — when needed — running short pilot batches to meet exact user needs. By controlling process under one roof, rapid iteration becomes possible.
Environmental expectations for nim extract rise yearly. Certified organic growers reject extracts containing certain stabilizers and insist on exclusion of non-approved solvents. We monitor production lines for cross-contamination and meet stringent residue requirements for high-value markets. Our facility uses water recirculation systems to limit run-off and proper waste solvent separation as part of routine compliance. When regulatory changes roll out, we're first in line to implement, because our production operates in markets where controls are sharp and documentation is always up for inspection.
Health and safety concerns have pushed us to offer low solvent residue options, including fully solvent-free extracts for some personal care lines. We meet thresholds for residual solvents, test for microbial contamination, and control packaging clean room protocol. Customers working in food-contact sectors receive batch-specific allergen assessments and, when necessary, vegan or non-GMO certifications from accredited agencies. Every step, from kernel intake to final filtration and packaging, reflects requirements that only arise through years of scrutiny and adjustment.
Clients using our nim extract benefit from working directly with the production source. They don’t face the risks of supply chain uncertainty or untraceable quality that grow when materials pass through many hands. Whether for a commercial farm’s pest control program, a cosmetic line’s new release, or pilot applications experimenting with botanical blends, we treat each order as the start of a longer conversation. As the manufacturer, we own the nuances and challenges of extraction. The product’s real strengths come from tested, transparent process, batch-to-batch reliability, and ongoing willingness to collaborate with users at all stages. We know the limitations and the promise of nim extract — because we are there for every step, making decisions that affect real-world performance and customer satisfaction every time.
To learn more about our nim extract or to discuss custom extraction runs, our technical team is always available to answer questions and share new advancements in process and application.