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HS Code |
959060 |
| Product Name | ANQUAMINE 721 Water-based Epoxy Curing Agent |
| Chemical Type | Waterborne amine curing agent |
| Appearance | Clear to hazy, light yellow liquid |
| Viscosity 25c Mpa S | 300-600 |
| Active Content Percent | 60 |
| Amino Value Mgkoh G | 270-310 |
| Density 25c G Ml | 1.10 |
| Pot Life 100g Mix 25c Min | 60 |
| Mix Ratio With Epoxy Resin | Recommended at 100:46 by weight with standard liquid epoxy |
| Recommended Epoxy Resin | Bisphenol-A liquid epoxy (EEW ~190) |
| Typical Cure Schedule | 7 days at 25°C |
| Voc Content G L | < 50 |
| Storage Temperature C | 10-30 |
As an accredited ANQUAMINE 721 Water-based Epoxy Curing Agent factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | ANQUAMINE 721 is packaged in a 200 kg blue HDPE drum, featuring a secure screw cap and clear product labeling. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL): 16 metric tons loaded in 160 steel drums, each drum containing 200 kg of ANQUAMINE 721. |
| Shipping | **Shipping for ANQUAMINE 721 Water-based Epoxy Curing Agent:** ANQUAMINE 721 is shipped in sealed, clearly labeled containers, compliant with relevant transport regulations. It is classified as non-hazardous for transport but should be handled with standard care, avoiding extreme temperatures and moisture. Ensure upright storage and avoid contamination during transit. Refer to the SDS for further transport guidelines. |
| Storage | ANQUAMINE 721 Water-based Epoxy Curing Agent should be stored in tightly closed original containers, in a cool, dry, and well-ventilated area away from direct sunlight, sources of heat, and incompatible substances like strong acids and oxidizers. Protect from freezing and moisture. Store at temperatures between 10°C and 30°C. Keep containers upright and avoid excessive agitation to maintain product integrity. |
| Shelf Life | ANQUAMINE 721 has a shelf life of 24 months from the date of manufacture when stored in unopened, original containers. |
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Viscosity: ANQUAMINE 721 Water-based Epoxy Curing Agent with low viscosity is used in flooring systems, where superior self-leveling and penetration are essential for even surface coverage. Pot Life: ANQUAMINE 721 Water-based Epoxy Curing Agent with extended pot life is used in large-scale industrial coatings, where prolonged working time facilitates easy application over wide areas. VOC Content: ANQUAMINE 721 Water-based Epoxy Curing Agent with ultra-low VOC content is used in interior building environments, where compliance with environmental regulations and worker safety are critical. Mix Ratio: ANQUAMINE 721 Water-based Epoxy Curing Agent with a 2:1 mix ratio is used in protective concrete coatings, where simple dosing ensures consistent curing performance. Water Miscibility: ANQUAMINE 721 Water-based Epoxy Curing Agent with high water miscibility is used in waterproofing systems, where seamless film formation provides durable moisture resistance. Curing Temperature: ANQUAMINE 721 Water-based Epoxy Curing Agent with a curing temperature of 10°C is used in cold storage facilities, where reliable cure is maintained in low-temperature environments. Amine Value: ANQUAMINE 721 Water-based Epoxy Curing Agent with an amine value of 350 mg KOH/g is used in fast-cure adhesive applications, where rapid bond formation accelerates production schedules. Solids Content: ANQUAMINE 721 Water-based Epoxy Curing Agent with 60% solids content is used in heavy-duty anti-corrosion coatings, where thick film build enhances substrate protection. Shelf Life: ANQUAMINE 721 Water-based Epoxy Curing Agent with a shelf life of 12 months is used in OEM factory settings, where material stability supports bulk storage and predictable inventory management. Chemical Resistance: ANQUAMINE 721 Water-based Epoxy Curing Agent with high chemical resistance is used in laboratory countertop coatings, where long-term durability against acids and solvents is required. |
Competitive ANQUAMINE 721 Water-based Epoxy 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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Working in the chemical manufacturing industry, a constant concern is maintaining reliability and simplicity in products without sacrificing environmental responsibility. ANQUAMINE 721 Water-based Epoxy Curing Agent represents a leap forward in both areas—offering a blend of performance and safety that shifts the boundaries compared to older solvent-based systems. Years of hands-on experience in production, application testing, and end-user collaboration have shaped our understanding of how important it is for curing agents to keep pace with changing regulatory and safety requirements, especially as eco-labels and VOC restrictions guide industrial decision-making.
Model ANQUAMINE 721 falls into a unique category among curing agents. Its chemical design uses advanced amine technology, maintaining high reactivity even in ambient conditions. This product stands out for its ability to catalyze the cross-linking of liquid epoxy resins in aqueous formulations, forming a strong, chemical-resistant matrix without contributing to the build-up of hazardous VOC emissions. Working closely with coatings manufacturers, it becomes clear that this edge means fewer environmental headaches and safer handling for workers.
Unlike older generations of curing agents that depend on significant amounts of organic solvents, ANQUAMINE 721 contains no added solvents or plasticizers. This isn’t just about meeting a checklist—there’s real-world impact here. Health and safety officers and operations managers value any change that lowers the risk of inhalation exposure or fire hazards, especially in confined or poorly ventilated environments. Based on direct experience during factory audits, insurance costs for installation and ongoing operation drop when solvent-handling requirements disappear.
From our plant’s perspective, developing ANQUAMINE 721 has always centered around practical application conditions. End users in protective coatings, self-leveling flooring compounds, and corrosion-resistant concrete toppings require predictable pot life, consistent film properties, and rapid hardening even at low ambient temperatures. Traditional solvent-based amine adducts can’t always deliver on these requirements, while also creating problems in the way coatings dry—the so-called "amine blush" or cloudy finishes become common complaints.
ANQUAMINE 721 demonstrates a practical solution on several counts. In controlled production runs and field applications, cured films consistently show high gloss, clarity, and excellent adhesion to concrete and metal substrates. The formulation provides rapid curing rates without requiring external heat, allowing contractors and applicators to operate faster and avoid lengthy shutdown periods in warehouses, food factories, or transportation facilities. Our customer feedback consistently highlights how users can open up work areas to traffic or chemical exposure in record time, especially in cold or humid seasons where other systems stall.
Our thirty years of experience in epoxy formulation has always taught us that sustainability claims alone cannot carry a product—the proof sits in process emissions, workplace safety, and measurable performance. ANQUAMINE 721 addresses each concern by delivering a nearly odorless system, eliminating the strongest complaints from applicators who spend hours in confined spaces.
International regulatory boards continue tightening the screws on volatile organic compounds. With ANQUAMINE 721, finished goods avoid classification as hazardous for transport, storage, and disposal under many common environmental standards. This brings down costs associated with spill controls, waste management, and personal protective equipment. There’s less interruption for permit renewals or compliance audits.
Anyone who has handled a variety of curing agents on a plant floor knows the importance of easy dispersion, broad compatibility, and user error tolerance. ANQUAMINE 721 is genuinely forgiving during the mixing process. Unlike similar products of the past, which could “kick” or gel from a slight temperature swing or mixing inconsistency, this product delivers stable, reproducible results even for teams with minimal technical training.
Working alongside painting and flooring contractors, we’ve seen the benefits of the product’s low viscosity in the field. It allows for high pigment and filler loading, reducing the need to tweak formulations from job to job. Workers report faster cleanup, less downtime rinsing equipment, and lower rates of costly batch rejection. This also translates into less waste, both in material and labor—a concern shared by project managers and plant engineers alike.
As manufacturers, we bear a responsibility that goes beyond product certificates or shelf-life guarantees. Our process engineers and HSE teams work closely with customer safety personnel, sharing best practices for handling and storage. ANQUAMINE 721 supports those efforts by remaining non-flammable and displaying low skin and eye irritation potential, based on comprehensive toxicity testing.
Incidents involving solvent-based products—such as inhalation of hazardous vapors, accidental ignition, or contamination—come with real workplace costs. Insurance premiums, regulatory penalties, and injured workers all pose risks that can undermine project schedules and company reputations. After years managing production lines for paints, ceramic coatings, and adhesives, transitioning to water-based technology marks a welcome turning point. ANQUAMINE 721 embodies that shift by providing the performance profile demanded by industry heavyweights, while backing up our core value of keeping workers and communities safer.
One of the most persistent pressures facing our customers is delivering high-volume coating or flooring jobs on tight schedules. Airport hangar renovations, manufacturing facility shutdowns, and large warehouse resurfacing projects demand a curing window tight enough to reduce labor, limits on downtime, and early exposure to traffic or chemical washdown. ANQUAMINE 721 consistently demonstrates a rapid set profile, even under challenging temperature and humidity conditions—avoiding the bottlenecks that solvent-based products introduce.
On-site testing during joint projects with flooring contractors confirms that surfaces finished with ANQUAMINE 721-based systems reach service-ready condition hours ahead of solventborne or polyamide-cured variants. We have observed this edge directly in large-scale deployments where construction managers cut turnaround times by a full shift or more, making a difference in real dollar terms for project profitability.
Our product development team spends considerable resources stress-testing ANQUAMINE 721 in a range of application environments. Whether applied as a primer, midcoat, or topcoat, the cured systems demonstrate reliable resistance to water, salt spray, acids, and cleaning agents. Metal fabricators and concrete repair specialists report fewer callbacks due to blistering or premature adhesion failures, enhancing the reputation of downstream applicators as well as our own brand.
Flexibility in application—brush, roller, or airless spray—reflects real feedback from our industry partners, not just a laboratory selling point. This flexibility reduces errors and training time on job sites, especially as projects shift from high-volume facilities to tightly constrained maintenance work in food plants, schools, or hospitals. Over time, such improvements shift standard operating procedures across entire contracting teams.
Moving away from traditional epoxy hardeners, many specifiers look for alternatives offering low odor, low hazard, and easy clean-up. Polyamides and polyamines bring performance, but often drag with them the baggage of flammable, high VOC, and allergenic profiles. They require more careful site management, specialized fire suppression plans, and extra air handling in enclosed or underground settings.
Other water-based hardeners often trade away performance: they may cure too slowly, struggle to reach full hardness, or exhibit inconsistent color. ANQUAMINE 721 uses refined polymer amine chemistry to strike that missing balance. Users do not have to sacrifice cure profile or final surface finish to achieve greener credentials. Customers working in odor-sensitive applications—such as pharmaceutical clean rooms, food storage, or even schools—have successfully made the switch after finding conventional solventborne options unacceptable.
Our team has fielded repeated requests from specifiers searching for a true drop-in, water-based replacement for solvent-based amine systems, particularly for refurbishment of existing infrastructure where downtime must be minimized. ANQUAMINE 721 now fills that gap and reframes the way facility managers can think about project sequencing, site containment, and overall project cost. Bringing down total lifecycle cost becomes achievable, not just a tick box in a tender document.
From a manufacturing and logistics standpoint, ANQUAMINE 721 brings welcome simplification. Eliminating bulk storage of explosive solvents, reassigning less hazardous shipping classifications, and reducing PPE requirements all add up along the supply chain. On the plant floor, factory staff move stock and refill lines without the burdensome fire protection and ventilation standards that solvents demand. Cost savings reflect in maintenance records, insurance policies, emergency preparedness plans, and product liability reserves.
Every time we host a customer audit or regulatory walk-through, the contrast is clear: less specialized containment, more standard pallet racking, and greater efficiency in both raw material intake and finished goods shipping. This points directly to better operating margins, fewer delays from unexpected safety equipment malfunctions or environmental permitting issues, and greater certainty for distributors and end users tracking inventory across sites.
Over years of close work with clients—ranging from floor coating specialists to industrial tank lining applicators—the message has grown consistent. User groups seek simpler systems, shorter time to readiness, and lower health risk. ANQUAMINE 721 places those goals within practical reach.
An experienced field technician or plant chemist can mix, deploy, and finish jobs using this curing agent with less supervision, less acclimatization time, and few costly returns or post-installation fixes. Based directly on the feedback from site superintendents after real-world application trials, mistakes are less likely, and post-install clean-up uses common shop equipment rather than specialized, hazardous waste streams. This reflects both in reduced customer complaints and higher repeat order rates.
The chemical manufacturing field moves rapidly, with constant process improvement and regulatory evolution. Our team dedicates itself not only to keeping ANQUAMINE 721 stable and consistent batch-to-batch, but to monitoring changes in workplace standards, regional emission caps, and application methods. Product stewardship goes beyond mere compliance, extending to active engagement with contractors, industrial hygienists, and end users through training, demonstration days, and open lines of technical support.
Should regulatory bodies move toward even tighter controls on workplace emissions or impose new restrictions on chemical waste, the water-based foundation of ANQUAMINE 721 provides a workhorse for future-proofing both our business and our clients’ operations. Decades of accumulated expertise in amine-based chemistry, process engineering, and applied surface coatings now informs every production cycle, creating a reliable partner for business and environmental resilience.
Our reputation as a chemical manufacturer depends on more than producing an innovative curing agent; it lives or dies on the consistency of results our customers experience in their own businesses year after year. From development chemists and plant operators to packaging crews and delivery drivers, everyone on our team shares responsibility for delivering ANQUAMINE 721 in top condition.
Feedback from clients surfaces both praise and challenges. We carry that input straight into our own improvement cycle—testing raw material sources during every batch, validating finished product properties through in-house and independent quality control programs, and adjusting process parameters as needed. As government bodies issue new guidelines or contractors share new application hurdles, we adjust, improve, and document. That dedication has allowed ANQUAMINE 721 to stay at the leading edge of performance and safety, not just for one season, but as a mainstay in the transition toward water-based, low-VOC industrial chemical technologies.
The shift toward water-based system adoption in protective coatings, flooring, and concrete repair didn’t come quickly or easily. Pushback from industry and end users was common during the early stages, mainly over skepticism that water-based epoxies could match the heavy-duty performance profile of older chemistries. Now, with ANQUAMINE 721, we have proof from countless jobsites, validated by applicators, engineers, and oversight committees.
Every drum, tote, or pail that leaves our facility carries not just a product, but the collective experience and pride of everyone in the manufacturing chain. ANQUAMINE 721 doesn’t simply mark a compliance box or fill a sales target; it reshapes how industry thinks about performance, safety, and environmental responsibility as intertwined goals. This is evolution, tested, refined, and delivered from our floor to yours.