|
HS Code |
306169 |
| Product Name | JONCRYL 552 Waterborne Acrylic Resin |
| Type | Waterborne acrylic emulsion |
| Appearance | Milky white liquid |
| Solids Content | 46-48% |
| Ph | 8.0-9.0 |
| Viscosity | 80-400 mPa·s (Brookfield RVT, 20°C) |
| Molecular Weight | High molecular weight |
| Glass Transition Temperature Tg | 33°C |
| Density | Approximately 1.05 g/cm³ |
| Film Forming Temperature | Minimum 0°C |
| Ionic Character | Anionic |
| Compatibility | Compatible with common paint additives and pigments |
As an accredited JONCRYL 552 Waterborne Acrylic Resin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | JONCRYL 552 Waterborne Acrylic Resin is packaged in a 200 kg blue HDPE drum with a secure sealed lid and product labeling. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for JONCRYL 552 Waterborne Acrylic Resin: typically 80 drums x 220 kg net, totaling 17,600 kg. |
| Shipping | JONCRYL 552 Waterborne Acrylic Resin is typically shipped in secured, sealed drums or totes, classified as non-hazardous for transport. Packaging ensures protection from moisture and contamination. Shipping is handled under standard freight conditions, with the product kept away from extreme temperatures, ignition sources, and direct sunlight to maintain quality and stability. |
| Storage | JONCRYL 552 Waterborne Acrylic Resin should be stored in tightly closed, original containers at temperatures between 5°C and 30°C (41°F–86°F). Protect from freezing, direct sunlight, and excessive heat. Ensure storage areas are well-ventilated and dry. Keep away from incompatible materials, such as strong acids and bases. Always follow the manufacturer’s guidelines and local regulations for storage and handling. |
| Shelf Life | JONCRYL 552 Waterborne Acrylic Resin has a shelf life of 18 months from the date of manufacture when stored properly. |
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Solids Content: JONCRYL 552 Waterborne Acrylic Resin with high solids content is used in industrial coatings, where it enables faster film build and reduced drying times. Viscosity: JONCRYL 552 Waterborne Acrylic Resin of low viscosity is used in flexographic printing inks, where it facilitates smooth application and uniform coverage. Molecular Weight: JONCRYL 552 Waterborne Acrylic Resin with medium molecular weight is used in wood coatings, where it provides superior hardness and block resistance. Particle Size: JONCRYL 552 Waterborne Acrylic Resin of fine particle size is used in overprint varnishes, where it delivers high gloss and improved clarity. pH Stability: JONCRYL 552 Waterborne Acrylic Resin with stable pH is used in pigment dispersion systems, where it ensures long-term storage stability and consistent color reproducibility. Tg (Glass Transition Temperature): JONCRYL 552 Waterborne Acrylic Resin with a low Tg is used in flexible packaging coatings, where it imparts enhanced flexibility and adhesion to substrates. Acid Number: JONCRYL 552 Waterborne Acrylic Resin with balanced acid number is used in aqueous ink formulations, where it improves pigment wetting and dispersion stability. Water Resistance: JONCRYL 552 Waterborne Acrylic Resin with high water resistance is used in exterior architectural coatings, where it provides durable protection against moisture exposure. Film Clarity: JONCRYL 552 Waterborne Acrylic Resin with excellent film clarity is used in clear coatings, where it ensures transparent and defect-free surfaces. Adhesion: JONCRYL 552 Waterborne Acrylic Resin with superior adhesion is used in label and tape applications, where it secures strong bonds to diverse substrates. |
Competitive JONCRYL 552 Waterborne Acrylic Resin 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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Acrylic resins power a huge variety of coatings and inks. For decades we've poured our energy into resins that combine stability, flexibility, and reliable film formation. JONCRYL 552 represents a step forward for waterborne chemistry. In our plant, the process revolves around minimizing residual monomers and maintaining batch-to-batch consistency, both of which play a big role in the way this acrylic resin performs in a finished product.
Many users notice right away how the emulsion clarity stands out compared to older systems. Our batch operators keep an eye on particle size every shift, closely watching for narrow distribution that leads to better gloss and fewer defects in the final paint or ink. Fewer gel particles and lower grit translate to less pain for the filling room staff, since filters clog less and fewer complaints come back. The focus on clean manufacturing isn’t just about paperwork—customers notice it when they are washing out lines after a run, because they spend less time fighting buildup or gelled lumps.
We list the basics on the datasheet: solids content, viscosity, and pH. Yet those numbers only scratch the surface of daily work with JONCRYL 552. Batch engineers set the upper and lower windows for these specs tighter than industry minimums, because we constantly deal with lines where minor changes cause big headaches. If viscosity strays up by 10 percent, lines start foaming or starved feeding wrecks productivity. A tight manufacturing spec cuts surprises in the plant.
Where acrylic resins often fall short is yellowing or poor recoat. JONCRYL 552 holds its color well, even after long exposure to bright warehouse lighting or repeated sun cycles on job sites. Our chemists stress the samples harder than most end-users ever will, using both QUV booths and direct sunlight for months. They look for color change and surface unevenness, trading feedback with technical service teams from different regions.
Many contemporary waterborne resins depend on heavy ammonia for pH stability. JONCRYL 552 achieves its pH control at lower ammonia content, so handling is easier and the resin odor remains lower. Coaters working in closed production spaces, especially in high temperature months, see the difference the first time the barrel is opened.
JONCRYL 552 has become a staple for formulators of architectural coatings, industrial finishes, and water-based inks. Painters using waterborne paints ask for easy brushability, fast dry, and resistance to blocking and dirt pickup. In our experience, resins with broad particle size or poor film formation leave soft finishes that mark easily. JONCRYL 552 brings a balance: it dries tack-free within a practical timeline and locks out most scuffs and marks after only a few hours.
On the industrial side, applicators deal with abrasive surfaces and rapid throughput. Several customers report that coatings based on JONCRYL 552 stand up through warehouse moves without premature scratching, even before full cure. In production lines with roller coaters or spray booths, atomization stays consistent. Panels cure up flat, without mottling or crawling. Over the years, our process techs have worked beside plant engineers to reduce downtime from build-up or uneven drying, constantly testing different co-solvent blends and pigment dispersions with the resin.
Printers know that ink transfer and rub resistance separate successful jobs from callbacks. Formulators seek deep color strength without blocking or excessive foam. We designed JONCRYL 552 to tolerate a wide variety of pigment concentrates and defoamers, so printers can swap color lines faster and spend less energy on setup washes. Several packaging ink producers have shifted entire product lines away from solventborne varnishes after adjusting formulations to JONCRYL 552. With these inks, press operators mention shorter setup times, fewer drying hickeys, and sharp print density on carton stock.
Older generations of waterborne acrylics demand higher levels of co-solvents to achieve slip, gloss and open time. JONCRYL 552 is less sensitive to the type or amount of coalescents, which matters when regulatory limits on VOC emissions continue to shrink. With lower minimum film forming temperature than earlier models, formulators in colder climates can cut the overall solvent load. We receive requests from both North America and Europe to support formulations with VOC targets as low as 50g/L. JONCRYL 552 adapts well without showing blush or poor film formation at the low end.
Traditional acrylic resins often rely on polystyrene or chlorinated additives that add film hardness but introduce color instability and waste disposal issues. JONCRYL 552 achieves hardness through controlled crosslink density, not chlorinated building blocks. In our facility, this streamlines the waste stream, making it safer for workers and reducing handling costs. Customers mention longer shelf stability for pigmented dispersions compared to blended resins that split after a few months on the shelf.
When compared with the previous-generation JONCRYL resins or with competitor products, we track the usage of different neutralizers, wetting agents, and defoamers. JONCRYL 552 readily accepts both ammonia-based and amine-based neutralizers, expanding room for performance tweaks without sacrificing the appearance of the final film. Many customers comment positively on lower foaming, less need for adjustment, and smoother lets-downs in their grind tanks. This isn’t just a perk—it saves time and reduces cleaning downtime between batches.
Regulation keeps shifting, especially on allowable VOCs and residual monomers. Waterborne resins, though already cleaner than solventborne products, keep evolving. JONCRYL 552 ships with monomer levels well below the regulatory maximums for architectural coatings in most major markets. We reinvest in emission control units and closed manufacturing bays year after year, updating our methods as new standards roll out. The resin’s formulation strikes a balance: low enough monomer residue to ensure safe handling, but no compromise on workability or finish.
Low odor counts for a lot in consumer and professional markets. End users painting bedrooms or kitchens prefer products that leave no lingering chemical smell. JONCRYL 552’s reduced ammonia footprint supports both comfortable application and easier ventilation post-application. Several retail product lines highlight this benefit directly on the packaging, noting lower room closure times and better air quality scores in post-application tests. We tailor our production runs to minimize the introduction of potentially irritating impurities, batch after batch.
Scaling up a waterborne acrylic resin from lab to plant brings out every weakness in process and feedstock purity. JONCRYL 552 owes its reliability to tight control of input water quality, monitored 24/7 through in-house analytics. Small changes in mineral content or reaction temperature show up in gloss stability and film strength at the application level. By draining and refilling reactors faster between batches, we cut cross-contamination and keep off-spec resin to an absolute minimum.
Our operators track their own work using cloud-based inventory and quality logging software. Every shift, they record visual, rheological, and particle size numbers. On the rare occasion an outlier batch slips through, it’s pulled before shipping using routine laser granulometry or accelerated aging checks. Resins like JONCRYL 552 ride on pride of work at every step, from blending of the monomer mix to the packaging of final barrels or totes. Customers who visit our plants mention the clean storage rooms and clear production signage—not just for show, but as a product of a culture centered on responsibility.
On the customer’s side, batch repeatability makes a real difference. Less need to compensate with extra surfactant, pigment, or thickener leads to faster scaleup and fewer headaches during peak season. Many repeat buyers mention fewer last-minute QA holds or reformulations. For packagers, the clean pour and consistent viscosity mean fast drum emptying and less loss at the fill line. That shows up in the production manager's bottom line.
Budget resins might tempt new formulators, promising high solids or fast dry at a lower upfront cost. But in our production experience, those cost savings often vanish after the first scale-up. Extra wetting agents, repeated filtration, or additional let-down steps eat into any margin. JONCRYL 552 isn’t built to be the cheapest drum on the dock. It saves time, waste, and worry through steady performance, minimizing the risk of customer complaints or product recalls.
Painters and coaters notice fewer problems with sagging, uneven drying, and dirt pickup. Every avoided callback on a finished job pays its way. Over the years, field data from contractors and end users have shown lower complaint rates for finished coatings based on JONCRYL 552. Distributors notice a drop in returns from unopened or partial drums, which directly links back to overlooked benefits like longer shelf stability and cleaner pourability.
The job never ends at shipment. After handing off a lot of JONCRYL 552, our team often continues to work with local technical support teams and application labs around the world. We compare application properties, compile troubleshooting advice, and test new additives alongside our customers. Plenty of feedback from paint makers and ink formulators drives future upgrades in both product and process.
During new launches or major formula redevelopments, our chemists regularly visit factories for hands-on pilot runs. They check pumpability, blending, and compatibility with new pigment dispersions. These visits cut days off project timelines and surprise everyone with faster commercial launches. Feedback from the floor remains a key part of our R&D process—no amount of laboratory work can substitute for tracking how JONCRYL 552 blends, pours, and dries on a crowded, high-volume line.
We invest heavily in training sessions, covering topics like pH management, compatibility with crosslinkers, and problem-solving for dry spots or storage life. Hands-on support can prevent a minor blending issue from escalating to a full product recall.
Acrylic resin research never stands still. Today’s market trends point toward even lower VOCs, better renewable content, and higher end-use resilience. By constantly pulling field data and responding to unexpected shifts in regulatory or market demands, the manufacturing team keeps JONCRYL 552 ahead of those trends. Facilities are already testing recycled monomer streams and sourcing biobased feedstock, aiming to blend productivity with responsible chemistry. These long-term investments ensure that new product generations won’t catch customers by surprise.
JONCRYL 552 stands for what our team values in waterborne chemistry: reliability, straightforward processing, and results that reward the people who do the real work—on the floor, at the mill, or on a job site. Feedback from painters, packagers, and printers continues to shape the direction of each lot that leaves the plant. Daily work in the factory, and honest conversation with the people using our resin, become part of what sets this product apart from lesser resins and copycat imports.
No resin solves every formulation problem. Still, JONCRYL 552 covers a wide range of needs in architectural, industrial, or ink markets. Compared to older or imported alternatives, it supports easier blending, steadier viscosity, and reliable film quality over time. Customers who value predictability over short-term savings often settle on JONCRYL 552 after trialing competing products in parallel.
Supply chain volatility and resin shortages trouble the market every year. We keep extra capacity in reserve, drawing from our own production, not rebagged or relabeled stock. Having direct control over quality, delivery, and batch traceability means that even during challenging seasons, frequent customers receive what they order, no surprises.
By maintaining close relationships with end users, paint mills, and press operators, we keep refining production methods, testing new formulations, and minimizing pain points discovered in actual use. JONCRYL 552’s steady rise in market share traces back to real results—time saved in the plant, better reliability in the field, and steady support from a manufacturer who is invested in every barrel.