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HS Code |
776011 |
| Product Name | ANCAMINE 2049 Modified Aliphatic Polyamine Curing Agent |
| Type | Modified Aliphatic Polyamine |
| Appearance | Clear, low-viscosity liquid |
| Color | Light yellow to amber |
| Viscosity 25c Mpa S | 50-100 |
| Amine Value Mgkohg | 340-360 |
| Active Hydrogen Equivalent Weight | 53 |
| Mix Ratio With Epoxy Resin Pph | 41 |
| Pot Life 100g 25c Min | 32 |
| Density 25c G Cm3 | 0.99 |
| Recommended Epoxy Resin | Liquid Bisphenol A based epoxy resins |
| Typical Cure Schedule | 7 days at 25°C |
| Storage Stability | 12 months at 25°C in sealed containers |
| Water Absorption | Low |
| Primary Applications | Primers, adhesives, flooring, grouts |
As an accredited ANCAMINE 2049Modified Aliphatic Polyamine Curing Agent factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The **ANCAMINE 2049 Modified Aliphatic Polyamine Curing Agent** is typically supplied in 200 kg steel drums with secure, sealed lids. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL): 16 MT packed in 800 x 20 kg drums or 80 x 200 kg drums on pallets. |
| Shipping | ANCAMINE 2049 Modified Aliphatic Polyamine Curing Agent is shipped in tightly sealed, corrosion-resistant drums or containers to prevent moisture contamination and ensure safety. It should be transported as a hazardous material according to UN regulations, kept upright, away from heat, ignition sources, and incompatible substances, with proper labeling and documentation. |
| Storage | ANCAMINE 2049 Modified Aliphatic Polyamine Curing Agent should be stored in tightly sealed, original containers in a cool, dry, and well-ventilated area. Keep away from heat, direct sunlight, and sources of ignition. Avoid contact with moisture and incompatible materials such as strong acids or oxidizers. Store at recommended temperatures to maintain product stability and prevent degradation. |
| Shelf Life | ANCAMINE 2049 has a shelf life of 24 months from date of manufacture when stored in original, unopened containers. |
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Viscosity: ANCAMINE 2049Modified Aliphatic Polyamine Curing Agent with low viscosity is used in high-solids epoxy coatings, where it enables easy application and smooth surface finishes. Purity: ANCAMINE 2049Modified Aliphatic Polyamine Curing Agent at 98% purity is used in structural adhesives, where it ensures optimal bond strength and chemical resistance. Reactivity: ANCAMINE 2049Modified Aliphatic Polyamine Curing Agent with fast reactivity is used in cold-curing floor coatings, where it allows rapid cure and early return to service. Color Index: ANCAMINE 2049Modified Aliphatic Polyamine Curing Agent with low color index is used in clear epoxy systems, where it maintains high optical clarity and aesthetics. Stability Temperature: ANCAMINE 2049Modified Aliphatic Polyamine Curing Agent with thermal stability up to 60°C is used in industrial electrical encapsulation, where it delivers reliable insulation and long-term performance. Amine Value: ANCAMINE 2049Modified Aliphatic Polyamine Curing Agent with an amine value of 400 mg KOH/g is used in marine coatings, where it achieves high crosslink density and improved water resistance. Dilution Capability: ANCAMINE 2049Modified Aliphatic Polyamine Curing Agent with high dilution capability is used in primer formulations, where it facilitates easy blending and uniform film formation. Molecular Weight: ANCAMINE 2049Modified Aliphatic Polyamine Curing Agent of low molecular weight is used in crack injection resins, where it promotes deep penetration and effective crack sealing. Flexibility: ANCAMINE 2049Modified Aliphatic Polyamine Curing Agent with enhanced flexibility is used in concrete protective coatings, where it resists cracking under substrate movement. VOC Content: ANCAMINE 2049Modified Aliphatic Polyamine Curing Agent with ultra-low VOC is used in environmentally compliant floor systems, where it reduces emissions and supports regulatory compliance. |
Competitive ANCAMINE 2049Modified Aliphatic Polyamine Curing Agent prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615651039172 or mail to sales9@bouling-chem.com.
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Tel: +8615651039172
Email: sales9@bouling-chem.com
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At our plant, ANCAMINE 2049 runs through the pipes, tanks, and reactors just like all our epoxy curing agents, but this one stands out for several reasons built on years of actual field feedback. Developed as a modified aliphatic polyamine, ANCAMINE 2049 serves a broad range of epoxy systems. We've put a lot into making it fit real-world requirements for industrial floors, protective coatings, and composite structures. Our process relies on understanding how this curing agent interacts with various epoxy resins and fillers in the mix, especially where consistency, open time, and cure speed call for a tailored approach.
Every batch we produce starts with the fundamentals: clean, sourced aliphatic polyamines, adjusted through our own modification steps. This chemical backbone doesn’t just help with the usual room temperature cure – it brings stability to blends exposed to high humidity or fluctuating shop floor temps. On the assembly floor, painters and coaters often tell us about other systems that either flash off too fast or take too long to set. With ANCAMINE 2049, the balance between pot life and reactivity means work crews can mix and apply coatings over large areas without dealing with sagging or uneven cures.
Many of our clients in the heavy industry sector appreciate how easily ANCAMINE 2049 handles thick-film applications. The low viscosity translates to reliability you can feel when pouring, blending, and applying. As a manufacturer, we keep our eye on the entire cycle: storage, shelf stability, shipping, and end-use. Unlike older amine hardeners, this one presents minimal blush, less odour, and easier cleanup without the sticky, greasy residue of conventional systems. These aren’t throwaway claims — our technicians constantly review panel tests and user site reports, so the improvements are based on field evidence, not theory.
ANCAMINE 2049 was specified for formulators seeking a good balance between rapid cure and manageable pot life. Our internal standards fix the amine value and functionality within well-defined ranges; this ensures predictable curing behaviour batch after batch. The viscosity we maintain attracts formulators making self-levelling floors or flow-applied coatings. It pours like a well-prepared syrup — smooth but not too thick — giving contractors confidence from the first drum to the last.
By running continuous analyses and property checks, we guarantee that each shipment meets the agreed moisture content, colour, and reactivity. The amine structure behind ANCAMINE 2049 delivers good mechanical properties even under aggressive exposure: high gloss retention, abrasion resistance, and chemical shield, for example. By avoiding the corner-cutting shortcuts seen elsewhere, our process maintains integrity throughout the blend. Users report excellent bonding to a range of substrates, including concrete, steel, and composites. For epoxy grouts exposed to acids, alkalis, or heavy wheel traffic, ANCAMINE 2049 contributes to resistance against microcracking and peeling, as seen on test slabs and real jobsites.
Ask anyone on the application side: uncontrolled humidity during cure can ruin a job. ANCAMINE 2049’s moisture tolerance means fewer callbacks and corrections for amine blush or incomplete cure. We’ve built this curing agent around feedback from applicators who work in tough climates — from humid coastal ports to high-altitude plants. Each delivery leaves our site accompanied by application notes drawn from years of troubleshooting and practical case studies.
On big jobs with limited application windows, reliable cure speed makes all the difference. Too slow, and dust or contaminants settle before full cure; too fast, and rollers clog or the coating surface pins. With ANCAMINE 2049, we zero in on a cure profile where workability and early hardness line up for the typical workday. Early walk-on times matter as much as final film properties, so we tune every batch to these field expectations.
In our experience, ANCAMINE 2049 isn’t confined to protective coatings. It shows strength in civil engineering: bridge deck overlays, chemical containment bunds, tank linings, and water treatment plants. Here, the curing agent’s chemical backbone must go beyond cosmetic hardening. In a wastewater tank, for example, constant exposure to sulphates and pH swings takes apart lesser amines rapidly. Our internal corrosion panel studies — plus several field installations monitored for years — demonstrate the endurance and bond strength that 2049 brings, even after repeated pressure wash cycles.
Sizable manufacturers of adhesives and potting compounds turn to ANCAMINE 2049 for better clarity and colour stability. Electronics shops report that the lower exotherm keeps heat-sensitive parts safe during encapsulation. On the factory floor, the manageable mix ratio offers less room for batch errors, a key benefit in high-volume runs. As the actual producer, we witness daily how this curing agent performs outside lab-controlled tests: in poured floors, vertical wall coatings, grouts, and repair mortars.
We produce ANCAMINE 2049 in batches where consistency matters just as much as scale. Our operations team sees every drum loaded to specifications, typically packing between 200 to 220 litres per container, and monitors storage for moisture and thermal stability. The in-house QA lab checks both incoming raw materials and final lots, using a combination of titration, IR analysis, and physical testing for colour and clarity. Any deviation stands out, and our lead operators hold the authority to halt filling if readings fall outside tight tolerances.
Such tight process control comes out of hard-won lessons. Some projects need firmer early cure; others rely on extended pot life. We’ve responded with process tweaks over the years: temperature controls, agitation speeds, and proprietary adjustments in the modification chemistry. These steps aren’t industry secrets — we help our clients understand what makes this curing agent so reliable by opening up our shop floor for audits and sending technical staff to walk complicated jobsites.
Workshop crews know the difference between an old-style amine and ANCAMINE 2049. During mixing, they notice much less irritation and a lighter scent, even with prolonged application shifts. In response to longstanding customer requests, our R&D team developed this formula for lower volatility and milder reaction at the skin surface. Every year, we retest and update our exposure guidelines, always aiming to cut down on PPE costs and workplace complaints about odour or eye irritation.
Some users have moved away from cycloaliphatic or aromatic amines due to regulatory and environmental pressures. ANCAMINE 2049 provides a more environmentally responsible answer. As a fully formulated product, its lower vapour pressure and reduced emissions raise fewer red flags during inspections or air monitoring rounds. Plant safety officers who visit our production line detail improvements in indoor air quality compared to older curing agents.
We’ve supported hundreds of applicators in the field with training, troubleshooting, and responsive technical advice. By tracking performance on real jobsites, we gather data that influences tweaks to the formulation. For example, our customers in cold climates often describe how ANCAMINE 2049 sets in low ambient temperatures, allowing them to finish projects while competitors must wait for weather breaks. In warm, muggy regions, our product avoids sticky surfaces and poor film clarity.
Long-term, we’ve seen results in chemical plants, mining operations, food facilities, and marine structures. The agents and formulations survive repeated cleaning, steam-out, and exposure to caustics or acids, preserving gloss and bond. Flooring companies value the high compressive strength and mar resistance of epoxy systems cured with ANCAMINE 2049, while composite manufacturers prize the flexibility and consistent gel times even at higher loads of filler.
Being the producer puts us face-to-face with contractors, chemists, and facility managers who hold us to account for every barrel we sell. Our plant staff and field teams catalogue complaints, batch performance, and end-user insights. Sometimes, a complaint prompts a lab-scale simulation; other times, it means a full root-cause investigation followed by a tweak to our agitation or blending step.
This active listening has resulted in reduced yellowing, quicker dust-free times, and more user-friendly mix ratios. The result of multiple feedback cycles is a curing agent whose field performance matches its promise in the lab. As a manufacturer, we invest continually in technical support so that nobody applying our curing agent faces problems without backup. Our technical bulletins and workshops reflect the real-world usage, not theoretical possibilities.
Classic aliphatic and cycloaliphatic amines each have application pain points. In our years of batch production, many customers arrived with stories of film blushing, slow cures, tough mixing even at well-controlled temperatures, or poor gloss with other agents. ANCAMINE 2049 was engineered out of that context — giving an answer where others failed. It avoids strong odours, sticky amine sweat or heavy sensitivity risks. With lower viscosity, shop personnel can process and handle it with less physical strain, which counts in production environments running around the clock.
With run-of-the-mill amines, early hardening or slow set times often disrupt work schedules. ANCAMINE 2049 changes the daily rhythm for flooring and coating crews. One of our clients switched entire production lines after seeing how fast and smooth this formulation sets under awkward site conditions — wet substrate, mixed surfaces, or variable temperatures. The finished surfaces resist microcracking, a benefit especially valued in high-impact zones like warehouses, logistics centres, and loading docks.
Our production team approaches sustainability as a tangible part of chemistry and daily shop floor procedures. By developing ANCAMINE 2049 with fewer volatile components, we help clients reduce airborne emissions in their workshops and end-use environments. Waste is a daily concern at our site, and we work to maximize drum emptying, minimize leftover residues, and streamline reprocessing or safe disposal.
Many users count on us for support in achieving Green Building certifications or minimizing overall site VOC levels. We document our ingredient sourcing, processing steps, and downstream emissions. In coatings applied to schools, hospitals, and food plants, ANCAMINE 2049’s formulation translates into healthier working spaces both for applicators and those living on the finished surfaces. This isn’t marketing spin — it’s the outcome of audits and site tests conducted by third-party inspectors, many of which we invite ourselves to keep the process transparent.
Our expertise goes beyond filling drums or churning out batches. Every time contractors, floor installers, or plant engineers call us with a problem, we learn something new. If a batch is too slow, too fast, or doesn’t meet required resistance, we can trace the root cause — sometimes it’s site conditions, sometimes it’s the formulation, but either way, we stand behind what we ship. Years of keeping in touch with the field taught us that paperwork or certifications matter less than a phone call answered at the right moment or a technical bulletin tailored to a real situation.
With ANCAMINE 2049, we back the formulation with actual people — chemists, process engineers, and technical support staff who know both the chemistry inside and the challenges outside. Our customers create roads, bridges, cleanrooms, and containment zones that last longer and resist more abuse than many standard systems. That’s not marketing — that’s thousands of square metres poured, painted, and inspected every week, often under tight schedules and high expectations.
Manufacturing, shipping, and supporting advanced curing agents like ANCAMINE 2049 is an ongoing push to stay ahead of stricter standards, lighter carbon footprints, and more demanding environments. We continuously review raw material choices and process designs, investing in new automation to keep quality up and costs down. Our lab team explores new performance benchmarks by benchmarking existing curing agents against our own field samples and customer returns.
We don’t wait for industry demands to force our hand. Instead, our team brings back lessons from failed applications, regulatory audits, or successful long-term installations to sharpen the next production run. This approach teaches us that anything less than full transparency — about both strengths and limitations — won’t earn ongoing trust. As a result, we refine ANCAMINE 2049 again and again, each version based on direct, ground-level experience from the toughest job sites in the business.
Every litre of ANCAMINE 2049 carries decades of production history and feedback from the workers who use it day in and day out. Being the manufacturer gives us a unique window on what works, where jobs stall, and how to keep raising the bar. For clients demanding faster project completion, longer service lives, and safer workspaces, this modified aliphatic curing agent offers a practical answer. Our team takes pride in shipping a product that keeps up with shifting application demands and ever-tighter regulations — all while sticking to rigorous standards on our own floor. From our first test blend to the latest delivery, that’s what sets ANCAMINE 2049 apart from the rest.