|
HS Code |
596281 |
| Generic Name | Norethandrolone |
| Brand Names | Nilevar, Pronandron |
| Chemical Formula | C19H28O2 |
| Molecular Weight | 288.425 g/mol |
| Drug Class | Anabolic-androgenic steroid |
| Route Of Administration | Oral |
| Approved Uses | Treatment of certain anemias |
| Legal Status | Controlled substance in many countries |
| Half Life | 4-8 hours |
| Year Discovered | 1953 |
As an accredited Norethandrolone factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Norethandrolone packaging: White, sealed plastic bottle containing 100 tablets (5 mg each), labeled with product name, dosage, and manufacturer details. |
| Shipping | Norethandrolone is shipped in compliance with all applicable regulations for handling and transport of controlled substances. It is securely packaged in tamper-proof containers, labeled appropriately, and kept at recommended temperatures. Shipping includes safety data and documentation, ensuring safe, legal, and traceable delivery to authorized recipients only. |
| Storage | Norethandrolone should be stored in a tightly sealed container, protected from light, moisture, and heat. Store it at room temperature, typically between 20°C to 25°C (68°F to 77°F). Keep away from children, pets, and incompatible substances. Ensure it is stored in a secure area to prevent unauthorized access and avoid contamination. Do not freeze or expose to high temperatures. |
Applications of Norethandrolone in Industrial ManufacturingAs a direct manufacturer of Norethandrolone, we supply high-purity raw material tailored for certified industrial and pharmaceutical producers. Below you will find key downstream applications based on actual global industry practices, with detailed information about compliance, formulation ratios, integration into production, and final product outcomes. 1. Pharmaceutical Grade Steroidal API ProductionPharmaceutical manufacturers incorporate Norethandrolone as an active ingredient during the synthesis of anabolic steroid tablets and injectables under tightly controlled GMP conditions. Processing involves initial micronization and blending of the compound prior to granulation or sterile solution filling, allowing for precise dose uniformity. Leading generics and specialty pharmaceuticals producers rely on carefully calibrated inclusion levels set by regulatory authorities to ensure both batch consistency and patient safety. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
2. Veterinary Injectable Suspension ManufacturingVeterinary pharmaceutical producers utilize Norethandrolone in the preparation of injectable suspensions, formulated for livestock growth promotion and recovery under veterinary prescription in some jurisdictions. The material is thoroughly dispersed within an oil or aqueous solution matrix, using high-shear homogenizers to achieve proper particle size before sterile filtration and vial packaging. Its inclusion is determined by species- and weight-based veterinary dosage protocols aligned with animal health regulations. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Bulk Steroid Pre-Mixes for Compounding PharmaciesLicensed compounding pharmacies and industrial blenders request Norethandrolone in bulk blends for further customization into patient-specific treatments. The material is delivered according to precise particle size specifications, enabling even distribution in master mixes that support both standardized formulations and bespoke compounding. Downstream blending or encapsulation follows compendial protocol to guarantee dosing precision and absence of cross-contamination. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. Clinical Research Supply ManufacturingSpecialty manufacturers working on clinical or preclinical research projects procure Norethandrolone for use in pilot batch production under strict protocol adherence. Material properties must meet detailed analytical and toxicological profile specifications per clinical trial application documents. Formulation processes involve micro-dosing or placebo-controlled batch creation in controlled environments, with batch records maintained in compliance with study sponsor and ethics committee guidelines. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
|
Competitive Norethandrolone 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!
We produce Norethandrolone using strict quality controls and precise synthesis methods honed over decades in the active pharmaceutical ingredient sector. At the plant, we focus on consistent molecular purity, beginning with high-grade starting materials sourced from vetted partners. We manage every stage of the reaction chain in-house, against rigorous process analytical checks and batch records. Our output, routinely above 99% assay by validated HPLC, passes through both chemical and microbiological quality assurance before its lot passes final release. We’ve invested heavily in advanced filtration, drying, and milling lines to hit exact particle size and moisture specifications, giving both formulating pharmacists and large-scale manufacturers a dry, free-flowing product that integrates seamlessly into complex solid or liquid forms.
Mention the name Norethandrolone to experienced pharmaceutical product developers and you usually spark a discussion on the subtle distinctions between synthetic anabolic steroids. Norethandrolone belongs to the 19-nortestosterone family, chemically designated as 17α-ethyl-19-nortestosterone, and has long been known for promoting nitrogen retention and protein synthesis. These characteristics led to medical use in treating certain anemia cases and supporting recovery in wasting syndromes. Though the modern regulatory landscape has narrowed therapeutic uses, expertise in Norethandrolone production remains important, both for ongoing research and as a reference point in the development of safer or more effective analogues.
Our standard specification offers Norethandrolone as a fine, white to off-white crystalline powder, with verified melting point, loss on drying, and heavy metal content always below internationally accepted thresholds. Particle homogeneity comes from automated sieving, which we calibrate for rapid dissolution and reproducible blending, particularly desirable during pilot and post-approval manufacturing scale-ups. We supply bulk lots in nitrogen-flushed, double-sealed containers to maintain chemical stability across long shipments. Each batch includes full documentation packet: certificate of analysis, HPLC chromatograms, and impurity profiling aligned with current pharmacopoeial requirements—no exceptions or shortcuts taken.
Norethandrolone shares some structural and biological properties with other anabolic steroids like nandrolone, oxymetholone, and stanozolol, but exchanges at the molecular level affect potency, metabolic stability, and legality. In our experience, small differences—such as the ethyl group at the 17-alpha position—translate into altered binding affinity at androgen receptors and changes in hepatic metabolism. Practical upshots: Norethandrolone exhibits a better oral bioavailability than unmodified nandrolone, reducing the pill burden for patients during clinical studies. Chemically, it shows less tendency for conversion to estrogenic byproducts, a quality that has shaped both its risk profile and its distinctive place in pharmaceutical research.
Over years working in steroidal chemistry, we’ve developed both large and small-scale Norethandrolone batches for end-users—not just for clinic trials but also for analytical standards, comparative metabolism studies, and even veterinary medicine research teams. Trends in the regulatory environment influence annual demand, but the core challenge in Norethandrolone’s synthesis endures: rigorous, reproducible control over key reaction steps, especially in purification. Side-products must be tracked and minimized, since the more complex the molecular architecture, the more chances for unwanted byproducts. We follow not just regulatory mandates, but also recommendations from both scientific literature and peer networks, using current best practices while revisiting older techniques that have proven robust for handling steroids sensitive to oxidation or acid hydrolysis.
Routine testing falls to chemists with specialized steroid experience. Every batch faces multi-tier scrutiny: NMR, IR, and MS for identification; titrations and HPLC for purity; rapid microbial challenge and endotoxin testing ahead of lot release. During process validation, analysts compare against benchmark lots and internal standards—no lot leaves the site without demonstrating conformity. Out-of-spec events receive immediate root-cause analysis, with the synthesis team joining forces with quality assurance. We view each deviation not just as a regulatory issue but as a teaching instance for process improvement. We also invest in ongoing training, ensuring our chemists understand the molecular subtleties that matter in steroidal synthesis and analysis.
Historically, formulas containing Norethandrolone offered improved oral availability for patients unable to tolerate injections. Hospitals used these tablets in recovery wards, though new drugs have since replaced many anabolic steroids. Still, clinical and academic researchers use Norethandrolone as a comparator for investigative compounds, probing structure-activity relationships and metabolic pathways. Veterinary researchers sometimes employ our API in trials addressing wasting disorders in companion animals. For industrial clients and partners, access to strictly qualified Norethandrolone allows them to meet demanding regulatory dossiers and demonstrate traceability from raw material to final dosage.
Years of manufacturing experience with steroids like Norethandrolone teach a simple fact—these are controlled substances for a reason. Stringent internal controls and clear chain-of-custody protocols govern not just the API but all intermediates. As a manufacturer, we keep strict compliance records, limit employee access, and regularly audit process lines. Storage conditions matter: we use temperature- and humidity-controlled warehouses with continuous environmental monitoring, since exposure to moisture gradually degrades active ingredient content and yields problematic degradation products. We also provide tailored guidance on safe, compliant disposal for downstream customers, reinforcing a responsible supply chain from plant gate to finished dose.
For every order filled, our technical staff review the context of use—educational, research, or strictly pharmaceutical. Modern medicinal chemistry draws on legacy compounds like Norethandrolone as stepping stones; many new non-steroidal and selective androgen receptor modulators benchmark their activity against it. Where others see an outdated molecule, we see a proof case in molecular design and the challenge of managing fine chemical synthesis at scale. Continuous investment in our people and plant lets us maintain this knowledge longer than many competitors, keeping rare synthetic expertise alive for the next generation of scientists, regulators, and process engineers.
Safe supply of Norethandrolone requires a working knowledge of international, national, and regional rules—the paperwork often takes longer than the synthesis. From import/export licenses to end-use declarations and secure transport, every order involves documentation and direct engagement with regulatory authorities. We monitor new guidance documents from global agencies, update standard operating procedures in line with emerging expectations, and support customers in navigating their own regulatory submissions. Many partners come to us for just this combination of manufacturing quality and regulatory awareness, since clear, reliable documentation smooths downstream commercialization for all parties.
Direct supply from the manufacturer means more than shipping drums and paperwork. Our team regularly works with university labs and licensed pharmaceutical developers to customize lots for specific assays or animal models. Where needed, we scale down production for micro-batches, creating test material with documentation and analytical support tailored to the research context. We regard this as part of supporting the life cycle of knowledge, not just a business transaction. Adjustments in particle size, solvent residue specifications, or impurity profile can be handled more readily when communication remains open, straightforward, and grounded in actual process knowledge.
Global demand for anabolic steroids, legitimate and otherwise, changes fast—sometimes overnight in response to policy changes, legal action, or new scientific findings. Counterfeit and substandard ingredients cloud the market, undermining both public health and professional trust in pharmaceutical supply chains. Our approach focuses on transparency and traceability. We invest in both chemical authentication (such as mass spectral libraries and formal impurity profiling) and physical security, limiting risks for our partners. Regular audits by external agencies, along with adoption of technological improvements in tracking and monitoring, help maintain client confidence and protect brand integrity.
Feedback from customers often turns to the question of what makes one manufacturer's product preferable to another’s. For Norethandrolone, subtle factors differentiate suppliers. Our history in active pharmaceutical ingredient synthesis means we monitor all process inputs: every solvent lot, every reagent strength, every calibration check. In-process controls go beyond regulatory minima, with spot checks at nearly every stage. Over time, these habits yield not just cleaner, more consistent product, but also fewer manufacturing interruptions and improved performance for partners downstream who rely on our assurance of identity, purity, and batch-to-batch consistency.
Pharmaceutical research continues to reevaluate the risks and benefits of anabolic agents. The industry learns from the long clinical track record of agents such as Norethandrolone, harvesting data to inform safer molecule design or guide patient selection for anabolic therapy. As global interest in rare and neglected diseases grows, regulators and clinicians sometimes revisit older molecules for repurposing. Our own work anticipates stricter analytical benchmarks and expects future users to demand more chemical and clinical data than ever before. We channel the experience of years at the bench, combining respected synthetic methods with current analytical science and process safety measures.
Satisfactory production of Norethandrolone—unlike some newer compounds—demands resilience under process stress. Operators must anticipate reactivity quirks and batch-to-batch differences in precursor quality. Key aspects include timed reagent addition, controlled temperature profiles, and rapid post-synthesis workup to prevent unwanted isomerization or degradation. Each new batch builds on earlier lessons, refined by feedback from end users and internal laboratory improvement. By consistently sharing process improvement findings across teams, we develop a collective expertise that spans disciplines: synthetic chemistry, analytical methods, regulatory affairs, and pharmaceutical applications.
Commitment to uninterrupted supply means maintaining buffer inventory, multi-sourced raw materials, and a logistics team trained in the latest secure shipping standards for controlled substances. Many customers report bottlenecks with other providers: unpredictable shipment schedules, failed import clearances, or lapsed documentation. We maintain proactive communication, sharing production forecasts and responding flexibly to unexpected changes in demand or regulatory requirements. As markets fluctuate, we do not simply follow trends—we anticipate needs and invest in process robustness, so each lot meets the same rigorous standard as the last.
Experience comes not from abstract principles, but from years solving real problems as a manufacturer. We know clients depend on honest reporting—whether it concerns a minor analytical drift or an atypical impurity in a recent batch. For us, upholding expertise, transparency, and trust starts with direct access to our chemists and production leaders, open discussion of batch history, and regular invitations for client audits. Our long-term clients do not simply buy a product—they rely on the credibility earned from consistent, knowledgeable, hands-on practice in this specialized field.
Manufacturing Norethandrolone goes beyond specifications or compliance with compendial standards; it draws on a culture of ongoing learning and process refinement. We continue to support partners in research, analytics, and niche clinical development by producing high-quality active ingredients grounded in science and experience. As regulatory standards, scientific understanding, and therapeutic needs change, our team stays prepared to adapt—out of commitment not just to the letter of compliance, but to the spirit of safe, effective, and responsible pharmaceutical manufacturing.