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All Right Reserved
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HS Code |
637807 |
| Cas Number | 111-68-2 |
| Molecular Formula | C7H17N |
| Molar Mass | 115.22 g/mol |
| Iupac Name | heptan-2-amine |
| Appearance | Colorless to yellowish liquid |
| Boiling Point | 153-155 °C |
| Melting Point | -39 °C |
| Density | 0.78 g/cm³ at 20 °C |
| Solubility In Water | Slightly soluble |
| Odor | Amine-like |
| Refractive Index | 1.427 (at 20 °C) |
| Flash Point | 41 °C (closed cup) |
As an accredited 2-Heptylamine factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | 2-Heptylamine is supplied in a 250 mL amber glass bottle with a secure cap, clearly labeled with hazard and handling information. |
| Shipping | 2-Heptylamine is shipped as a hazardous chemical, typically in tightly sealed, corrosion-resistant containers. It should be transported in compliance with local, national, and international regulations, avoiding sources of ignition and extreme temperatures. Proper labeling, documentation, and the use of appropriate protective measures are required during shipping to ensure safe handling. |
| Storage | 2-Heptylamine should be stored in a tightly closed container in a cool, dry, and well-ventilated area, away from sources of ignition and incompatible materials such as strong oxidizers and acids. Protect from moisture and direct sunlight. Ensure proper labeling and keep away from food and beverages. Use secondary containment to prevent spills and follow local regulations for chemical storage. |
Applications of 2-Heptylamine in Industrial Manufacturing2-Heptylamine serves as a key intermediate in several industrial chemical processes. Its unique alkyl chain and amine functionality make it suitable for specialized synthesis steps in target downstream sectors. As a primary manufacturer, we support customers with consistent quality, regulatory know-how, and reliable supply to ensure successful formulation and production outcomes. 1. Agrochemical Synthesis – Herbicide IntermediatesManufacturers of crop protection agents frequently employ 2-Heptylamine in multistep herbicide syntheses, leveraging its alkylamine structure to build specific active molecular backbones. The material typically enters the process during the formation of amide or urea linkages, contributing to selective weed control compound libraries. Source selection, impurity profile, and controlled amine content are crucial due to stringent environmental and product residue requirements. Downstream partners often use our material in pilot and full-scale continuous flow systems, integrating it with aromatic acid chlorides or isocyanates in closed reactor environments. Quality assurance throughout the chain ensures final formulation compliance ahead of market release. Industry compliance standards
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2. Surfactant and Emulsifier ManufacturingThe amine group and hydrophobic chain allow conversion of 2-Heptylamine into specialty surfactants. Industrial surfactant makers use it for quaternization, forming cationic surfactants applied in textile auxiliaries, wastewater treatment, and personal care bases. Strict feedstock quality is vital to ensure finished surfactant color, odor, purity, and emulsion stability metrics. The ratio of alkylamine in blends depends on target hydrophilic-lipophilic balance, and on-site QA monitors free amine content to limit amine leaching into wastewater. Our controlled process reduces byproducts, helping customers achieve compliance for final discharge and consumer safety. Industry compliance standards
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3. Pharmaceutical Intermediate ProductionPharma manufacturers use 2-Heptylamine as a building block in the synthesis of active pharmaceutical ingredient (API) side chains, especially for antihypertensive and anti-migraine agents. It enters the process at reductive amination or alkylation stages, reacting with aldehydes or ketones under hydride conditions. Our material meets strict residual solvent and trace metal thresholds, as customers validate each lot for cGMP compliance. Stability, impurity control, and supply chain traceability support regulatory filings and launch schedules. End customers conduct internal release on each batch to ensure medication batch safety profiles. Industry compliance standards
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4. Lubricant Additive and Anti-corrosive FormulationsSpecialty lubricant formulators apply 2-Heptylamine to develop friction modifiers, corrosion inhibitors, and detergent additives for industrial and automotive lubricants. The alkylamine chain offers compatibility with mineral oils and synthetic bases. It participates in neutralization or amidation reactions to generate effective polar head groups, enhancing metal surface adherence and deposit dispersion. Our product supports consistent low impurity and water content, protecting sensitive downstream blending and fill lines from contamination. Producers use on-site blending or masterbatch approaches, validating completed additive packages by industry-specific performance metrics. Industry compliance standards
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5. Organic Synthesis – Specialty Amide and Amine CompoundsCustom chemical manufacturers incorporate 2-Heptylamine for synthesis of long-chain amides and secondary amines serving as lubricants, plastic lubricity additives, and specialty polymer stabilizers. The flexible aliphatic chain ensures efficient acylation, while the free amine functionality provides a route for specific N-alkylation chemistry. Integrators focus on process controls for reaction yield and product purification, requiring tight upstream amine content specifications. Solvent and workup systems are selected to optimize separation of excess reactant and residual byproducts, supporting downstream batch consistency and performance traceability. Industry compliance standards
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Competitive 2-Heptylamine prices that fit your budget—flexible terms and customized quotes for every order.
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In chemical manufacturing, practical detail often matters more than sweeping claims. Over years of working with aliphatic amines, 2-Heptylamine has proven itself time and again for our industrial clients. Our hands-on knowledge has shaped the way we produce and handle this compound, focusing not just on purity percentages but on ensuring reliability during every batch run. Behind every drum leaving our plant sits a team that tracks consistency, from sourcing heptanal feedstock to final amine distillation. This isn’t about checking boxes—it’s about supporting users who have to meet real-world production timetables, downstream reaction sensitivities, and batch traceability audits.
In the plant, our 2-Heptylamine usually leaves the still as a colorless or slightly yellow liquid, giving off a distinct amine odor. What shows up on a lab report—boiling point around 157–160°C at atmospheric pressure, typical assay over 99%—gets practical meaning during scale-up or routine runs. Operators watch for water content, amine number, and trace impurities because even small deviations can ripple into reaction yields further down the supply chain. Over the years, attention to technical detail—like selecting the right dehydrating agents and choosing optimal distillation rates—has let us repeatedly hit these benchmarks, not just for analytical certificates but for performance in real formulations.
With longer-chain alkylamines, you see a different solubility and reactivity profile compared with the shorter types. In the plant, we’ve responded to requests from labs and scale-up departments needing a primary amine that provides a balance of moderate hydrophobicity without crossing into waxy, hard-to-handle territory. Compared to the lower homologs, the seven-carbon backbone has shown strong compatibility in formulating surfactant precursors, producing corrosion inhibitors, and as a building block for agrochemical intermediates. In front-line synthesis—like making amide derivatives—technicians value the manageable volatility and shelf life, which helps reduce loss during handling or lengthy storage.
Situation on the floor rarely matches textbook scenarios. No two production years unfold quite the same. Temperature swings, humidity in the storage area, or a batch of solvent with slight off-spec color can all change how 2-Heptylamine behaves in the reactor. We’ve had customers running high-throughput pharmaceutical syntheses and additive manufacturers both come to us for support after hitting yield dips. Our experience tells us that a well-calibrated amine—one with low water and controlled isomeric profile—avoids most downstream headaches. This isn’t just chemistry; it’s cooperation. Direct conversations help us align each shipment to fit a partner’s immediate process, whether that means doing extra filtration, retesting for trace aldehydes, or even switching to customized drum lining at request.
Data points on a certificate only tell part of the story. In our world, specifications translate directly into operational choices. Our standard offering for 2-Heptylamine targets a minimum purity of 99%. We go well below 0.2% for water content, supported by real-time KF titration on the line. We don’t just measure color and clarity—we correlate these to actual downstream impacts, especially for folks using the material in high-sensitivity synthesis or those working under GMP. The amine number and residual aldehyde content get tracked on each lot, because labs need predictable reactivity, not just reassurance from paperwork.
Inside our facility, we handle a broad catalog of linear and branched amines. Over time, tracking which ones regularly make life easier for customers tells us a lot about what each chain length does. 2-Heptylamine has some definite advantages over both lighter and heavier siblings. Compared with butyl- or hexylamine, volatility drops off enough that routine opening and transfer become less loss-prone, especially in warm weather operations. Compared to longer-chain amines like dodecylamine, the material remains pourable and pumpable at standard temperatures, removing the need for preheating or jacketed transfer systems. The seven-carbon backbone sits in a zone that gels with certain crosslinking and surfactant reactions, yet avoids severe odor and environmental issues that sometimes complicate lower-chain amines.
End uses for 2-Heptylamine have shifted as the regulatory landscape and market demand keep evolving. Our global partners in agrochemical and pharmaceutical intermediate synthesis look for robust, single-minor-impurity profiles because even small side reactions can collapse a campaign’s economics. In lubricants and specialty oil formulations, users count on its chain length to generate optimal polar head/tail structure when making custom surfactants tailored to base stock compatibility. Paints and coatings manufacturers employ the compound for stabilizer systems, often blending it with other co-surfactants or wetting agents to push performance boundaries. We don’t just listen to these requirements—we track field feedback and often collaborate directly on adjustment runs, shipping liquid samples or trial drums to support pilot testing.
Storing and transporting 2-Heptylamine isn’t just a box to tick for regulatory paperwork. Our team spends hours on the ground working out ideal methods for containment, filling, and moving this amine to guarantee both safety and integrity. We keep it in tightly sealed steel drums, making sure the storage temperature never drifts past moderate ranges. Our experience tells us leaving any primary amine exposed allows water pickup or darkening, which can start as only a trace and become a process-wrecking contaminant after repeated drum openings. We’ve phased in inert-purged storage, regular drum checks, and sample pulls to ensure each outgoing lot remains fully on spec instead of trusting to paperwork alone.
From the day we started manufacturing aliphatic amines, the basic technical sheet never offered us enough confidence if it didn’t match what happened on the factory floor. Our approach always includes cross-checking analytical reports against real-batch reactivity and actual customer results. Everyday reality in production—like subtle color changes, shifts in gas uptake rates, or new odor notes—often hints at technical drift before lab machines pick anything up. Our technical lead spends time with both upstream feedstock vendors and downstream formulators to chase up the odd variance. Auditing every batch's journey from incoming heptanal to finished amine keeps our process predictable and customer supply chains stable.
No lot ever leaves our facility unless it matches established internal benchmarks, not just the formal industry minimums. We operate on a continuous schedule, blending demand from local and international clients. Having lived through force majeure events and feedstock price swings, our team built supply buffers that weathered both pandemic disruptions and extended shipping bottlenecks. Customers often report supply chain fatigue from lesser-known traders who disappear when technical support is needed. We instead run regular stock audits, maintain open communication on lead times, and fulfill orders on fixed schedules whenever possible to help customers avoid production gaps.
Sustainability has become a talking point everywhere, but inside the factory this translates to hard numbers and practices. Reducing waste and minimizing energy during distillation makes a deeper impact than just checking for regulatory credits. Over recent years, we switched portions of our heating system to renewable energy, upgraded water treatment, and invested in advanced reflux and recovery units. These moves reduced both our carbon output and solvent loss, directly lowering costs for everyone in the chain, from us as the producer to end-user customers.
Questions about 2-Heptylamine often reach us from both new and seasoned buyers. Many focus on shelf life under typical warehouse conditions. We typically see this amine remain clear and technically sharp for over a year when drums are left undisturbed and stored out of direct sunlight. Some queries dig into reactivity changes after repeated drum openings—laboratory checks and field reports both show a gradual uptake of moisture, which can be countered using nitrogen blanketing after sampling. Others ask about compatibility in blended formulations. Drawing from dozens of side-by-side tests, we know 2-Heptylamine blends readily with organic solvents, but strong acids or oxidizers quickly trigger exothermic events.
Real improvements often start with customer conversations. Several years ago, a major coatings developer flagged issues with color shift during long-term storage under site-specific conditions. Working directly with their technical team, we revised our inhibitor strategy on certain production runs. Another user in the specialty surfactant sector requested a tighter control on chain branching—adjustments in our fractional distillation profile dialed purity and chain linearity to a higher target level. These hands-on problem-solving cycles don’t appear in generic product write-ups, but they’ve shaped how we respond and improve batch by batch.
Every drum of 2-Heptylamine processed at our plant holds more than lab values and transaction paperwork. For us, the real value sits not in abstract claims but in grounding every process and improvement in direct operational experience. From adjusting still temperatures after a tricky run to walking clients through sample analytics, our expertise comes from daily repetition and a feedback loop that never ends. We've seen first-hand the way tiny raw material variations—not flagged by routine vendor analytics—can change downstream product performance. This close tracking lets us apply both standard analytical controls and human-driven troubleshooting to help customers hit their targets.
Markets keep evolving, and so do our methods. With new synthetic routes coming into focus as regulations tighten on older intermediates, we've joined with partner labs for rapid testing of novel derivatives. As 2-Heptylamine continues to serve as a starting point for next-generation surfactants and fine chemicals, we equip our production staff with the training and flexibility needed to tune specs with each shift in demand. Experience confirms that responsiveness remains key—technical advances only benefit end users when the supply chain can keep up.
Technical teams sometimes debate whether to specify 2-Heptylamine or switch to shorter chains such as hexylamine, or even bulkier amines. We’ve watched side-by-side pilot runs where 2-Heptylamine consistently produces more controlled amide conversions and delivers a less aggressive odor at warehouse scale. At the same time, switching to longer-chain alternatives often means solving unexpected handling issues—blocked filters, pump cavitation, or the need to redesign filling stations. These stories highlight how practical differences—many only visible during scale-up—matter far more than a list of catalog numbers.
On the manufacturing floor, our teams live with the risks and practicalities of handling aliphatic amines daily. 2-Heptylamine’s distinct odor provides an early warning for leaks or spills—far better than near-odorless alternatives that escape detection. That said, standard PPE and controlled ventilation consistently keep vapor exposure in check. We re-evaluate drum stacking, ergonomic transfer setups, and emergency response plans based on near-misses and real incident logs, not just regulatory advice. Regular drills and updated MSDS sheets back up theory with readiness. We know first-hand that safe material handling not only protects our plant but also keeps our customers’ production sites incident-free.
The bond between manufacturer and end user grows strongest when technical knowledge gets shared openly, not hidden behind paperwork or sales jargon. Our staff regularly invites downstream partners to the plant floor, sharing both successes and hard-won lessons from process challenges. Real-world improvements get made faster through these collaborations than by chasing remote standards. We’ve seen lines pick up in efficiency, material loss drop, and operating hazards retreat—all with mutual learning from joint pilot runs and scale-up studies using our 2-Heptylamine.
From detergents to fine chemicals, 2-Heptylamine anchors many specialty syntheses by providing just the right balance between manageability and chemical reactivity. For technologists seeking a dependable primary amine without the volatility risks or regulatory headaches of shorter homologs, this compound offers a practical fit. Years of field feedback reinforce what our own operators already see—consistent material, prompt delivery, and open support save both money and headaches for every customer downstream.
Industry never stands still. We continue to update both our manufacturing infrastructure and technical know-how in response to shifting needs for greener methods, improved safety, and sharper specification. By staying in close contact with everyone relying on our material—from multinational refineries to custom research shops—we remain flexible enough to hit both technical and scheduling targets. 2-Heptylamine stands as one of the mainstays of our amine manufacturing portfolio because it offers both versatility and predictability, earned through hands-on trial and ongoing customer dialogue.
In our industry, trust builds one shipment at a time. We treat each order for 2-Heptylamine not as a generic transaction but as a joint project—matching technical specs, handling guidance, and rapid response if any troubleshooting arises. By drawing on years of accumulated experience, we help customers reach their own production milestones. That’s what sets a true manufacturer apart—real commitment at every step, shaped by the lessons of the last batch and anticipation of the next.
