|
HS Code |
956103 |
| Product Name | NeoCryl FL-711 |
| Resin Type | Waterborne Acrylic |
| Appearance | Translucent milky white liquid |
| Solids Content Wt Percent | 45% |
| Ph | 8.5 |
| Viscosity Mpa S | 100 |
| Minimum Film Formation Temperature Celsius | 20 |
| Glass Transition Temperature Celsius | 25 |
| Density G Per Ml | 1.05 |
| Ionic Character | Anionic |
| Film Characteristics | Flexible, clear film |
| Vehicle | Water |
| Odor | Slight |
| Freeze Thaw Stability | Good |
| Typical Use | Flexographic and gravure inks |
As an accredited NeoCryl FL-711 Waterborne Acrylic Resin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | NeoCryl FL-711 Waterborne Acrylic Resin is packaged in 200 kg blue, high-density polyethylene drums with secure, tamper-evident seals. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for NeoCryl FL-711 Waterborne Acrylic Resin: 80 drums, 16000 kg net weight, securely palletized for shipment. |
| Shipping | NeoCryl FL-711 Waterborne Acrylic Resin is shipped in tightly sealed, labeled containers, typically plastic drums or pails, to prevent contamination and moisture ingress. Shipments comply with standard regulations for non-hazardous chemicals, requiring storage in cool, dry conditions and protection against freezing. Ensure handling avoids spillage and complies with safety data sheet recommendations. |
| Storage | NeoCryl FL-711 Waterborne Acrylic Resin should be stored in tightly sealed original containers at temperatures between 5°C and 35°C (41°F–95°F). Avoid freezing and direct sunlight. Keep away from incompatible substances and sources of ignition. Ensure good ventilation in the storage area. Protect the resin from extreme temperatures and contamination to maintain its stability and performance. |
| Shelf Life | NeoCryl FL-711 Waterborne Acrylic Resin has a shelf life of 12 months when stored in unopened, original containers at recommended conditions. |
|
Solids content: NeoCryl FL-711 Waterborne Acrylic Resin with 44% solids content is used in industrial wood coatings, where it provides enhanced film build and superior surface hardness. Particle size: NeoCryl FL-711 Waterborne Acrylic Resin with a particle size of 130 nm is used in architectural paints, where it delivers smooth surface appearance and improved gloss. pH value: NeoCryl FL-711 Waterborne Acrylic Resin at pH 8.0 is used in furniture finishes, where it ensures formulation stability and optimum resin compatibility. MFFT: NeoCryl FL-711 Waterborne Acrylic Resin with a minimum film forming temperature (MFFT) of 0°C is used in flexible packaging coatings, where it allows for low-temperature film formation and crack resistance. Viscosity: NeoCryl FL-711 Waterborne Acrylic Resin with a viscosity of 150 mPa.s is used in printing inks, where it facilitates efficient application and uniform pigment dispersion. Tg (glass transition temperature): NeoCryl FL-711 Waterborne Acrylic Resin with a Tg of 12°C is used in flexible plastic coatings, where it imparts flexibility and resistance to film brittleness. Mechanical stability: NeoCryl FL-711 Waterborne Acrylic Resin featuring high mechanical stability is used in textile coatings, where it retains performance under repeated flexing and handling. Chemical resistance: NeoCryl FL-711 Waterborne Acrylic Resin with excellent chemical resistance is used in metal protective coatings, where it provides long-term durability against water and solvents. |
Competitive NeoCryl FL-711 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.
We will respond to you as soon as possible.
Tel: +8615651039172
Email: sales9@bouling-chem.com
Flexible payment, competitive price, premium service - Inquire now!
For years working in the reactor hall, I’ve seen the expectations and headaches of formulators shaping coatings that look good, last long, and meet strict emission standards. The days of thick solvents and harsh odours are fading. Every morning walking into my plant—standing among dozens of storage tanks and stainless pipes—I’m reminded how much the industry owes to advances in waterborne acrylics. NeoCryl FL-711 represents one such practical solution shaped by the lessons we pick up every production shift. While some resins show off in the lab but stumble in the field, this one grew from direct feedback: “We need more block resistance, faster drying, fewer VOCs, and reliable film clarity.” We took it seriously.
Chemistry in the reactor isn’t magic; it demands control. The backbone of FL-711 centers on carefully selected monomers to produce a medium molecular weight resin. The distribution we maintain isn’t just about passing a test—users tell us every batch must behave the same way, tank after tank. Many customers in packaging or architectural coatings notice if a resin thickens unexpectedly or if dried films catch dust too soon. Every tweak in polymer composition changes the story for blocking, gloss, open time, and film build. We’ve logged hundreds of test panels, and FL-711 hits the mark between flexibility and hardness—a balancing act we repeat every week for each production run.
Early acrylic dispersions needed a lot of co-solvents just to flow right or build gloss. Too many times, we’d hear stories of customers walking away from an otherwise excellent coating because it couldn’t pass regional VOC tests. In developing FL-711, we targeted a low inherent VOC profile from the start, not by watering down the binder or sneaking in glycols, but by careful selection at the monomer kettle. By cutting the need for extra solvents, we help users reach final coatings that easily satisfy regulations in Europe, North America, and growing markets in Asia. Teams running gravure, flexo, or spray application lines talk to us about the flexibility this unlocks—they’re able to blend in their preferred coalescers or defoamers without risking compliance.
We’ve done comparative panels against both traditional solvent-borne and several other water-based competitors. With FL-711, dried films show a tougher surface and more clarity, with lab readings and onsite feedback to back it up. Many generic resins cloud films or reduce gloss as water removes plasticizers on curing, but this resin keeps the initial wet look much better. That matters for furniture or packaging prints, where end users have clear views or bright colours in mind. In cycle testing, films hold up against repeated abrasion and retain adhesion on multiple substrates. Results show less print blocking, which frees up converting lines from costly stoppages.
Formulators with short lead times can’t chase endless adjustments. By keeping particle size and distribution narrow, FL-711 blends smoothly into conventional and new paint or varnish recipes. We’ve watched customers swap in our resin for older generations without needing to overhaul their filler or pigment routines. The result comes back as fewer variations in gloss and colour acceptance. For those running automated lines, they report less gelling and better open time, which pays off with steadier yields.
One pain point brought up by converters and printers has always been block resistance. Many aqueous resins—especially older types—tend to fuse or stick under heat and pressure. That creates messy stacks, extra waste, and irate downstream customers. Drawing on failures we’ve witnessed firsthand, we altered the crosslinking ratio and fine-tuned the glass transition temperature. With the updated FL-711, coated films separate cleanly, even in humid storage or while shipping through heat waves. The difference shows on production lines—less stoppage for cleaning or manual separation. Firms handling high-speed imprint or lamination cycles tell us they can finally trust the stack won’t turn into a glued-up wad before wrapping.
Adhesion often tells the truth about resin quality. Our plant’s QC team pulls random drums from batches to check film build, scribe adhesion, and impact performance. On glass, PET, PVC, coated board, and primed wood, we see consistent results. Peel tests with FL-711 produce little lifting or edge flaking, giving customers leeway in prepping hard-to-coat materials.
Watching the evolution of regulations up close, it’s clear the pressure isn’t going anywhere. Plants we supply want to cut emissions, but safety is another top priority for the operators blending by the drum. We designed FL-711 with that concern in mind, formulating to eliminate heavy metals, plasticizers of concern, and added formaldehyde donors. Not only does it help customers hit ecological targets, but it gives peace of mind to everyone on the shop floor handling the resin. Operators report fewer complaints of strong odours or headaches during mixing or cleanup, meaning less downtime and a better environment at work.
Many coating failures trace back to unpredictable viscosity shifts during storage, shipping, or blending. Having our reactors next door to the fill lines, we keep a close eye on batch-to-batch uniformity. By refining the surfactant and stabilizer package, FL-711 resists settling, gelling, or thickening—even if it sits for weeks before use. Partners running high-precision ink or varnish mixes tell us they spend less time correcting for viscosity drift and can focus more on colour and flow testing. This reliability doesn’t just come from meeting the spec sheet—it comes from listening to complaints and methodically running root cause checks when something goes wrong.
There’s a big gap between commodity acrylics made for price alone and a resin built for practical results. Some market-standard dispersions still contain high levels of residual free monomers or use broad particle size ranges to hit bulk volume targets. FL-711 skips those shortcuts. The purity and controlled synthesis produce fewer off-odours, a more pleasant working environment, and allow for better pigment dispersion in finished coatings. External validation comes from returning customers who require wetting and binding for fine pigments or metallic effects.
Another real difference shows up in open time and compatibility. Cheaper waterborne binders sometimes fight with crosslinkers, waxes, or effect agents, causing haze or phase separation. Our resin holds stable in the face of complex blends—especially important for printers who demand vibrant or specialty finishes for premium labels and branding. End users seeking reliable matte or gloss overprints, or those adding functional additives like slip or anti-scratch, find FL-711 tolerates the tweaks without falling apart. It’s not a mystery; keeping impurities and surfactants at the right levels saves trouble downstream.
The difference grows sharper in real-world service. We invite long-term customers to trial lab batches and share failure reports. Each year, several user facilities test FL-711 under varied humidity, temperature, and UV cycles. Every result—positive or negative—feeds into our continuous improvement. When a problem emerges, we don’t answer with marketing lines. Data from these cycles guided tweaks to the polymer mix that have become baseline standards.
Global regulations have only grown sharper. Coatings with the FL-711 backbone regularly conform to the toughest emissions and food-contact limits, supported by independent lab tests. Where needed, supporting documentation detailing migration or residuals is available after each batch, helping coating manufacturers clear their own audits. We maintain thorough change logs and lot traceability, reducing risk for downstream users in regulated industries. For clients exporting to new regions, this certainty protects their supply chain and brand reputation.
Not every plant runs climate-controlled storage. Many users in tropical or desert regions demand dependable shelf life. Each run of FL-711 is stress-tested for stability under shifting temperatures. Reports from the field show that drums and totes keep their original character, resisting settlement or layering out. Working directly with shippers, we coordinate delivery to minimize time spent in non-ideal warehouse conditions—built on our own shipping experience, not just resting on product promises.
Bringing a new resin into a full-scale paint or ink line causes understandable anxiety for technical managers. Our teams regularly assist customers moving from pilot to ton-scale use, running customer-specific trial batches and monitoring variables like solids correction, water addition, and mixing times. Problems that could cause an operator to call a halt, such as foaming, tack, or filter clogging, are spotted and corrected thanks to our in-plant trial results. We value this kind of collaboration; nearly every new adoption of FL-711 leads to at least a half-dozen tweaks backed by our direct field support.
Although FL-711 performs well in standard house paints, the list of customers now runs far wider. Flexible packaging printers need high-clarity overprints that don’t stick, while furniture makers ask for durable, low-odour clearcoats. Ask an art supply manufacturer: the demand for ease-of-use, water cleanup, and resilient film is even higher where creativity, colour, and safety overlap. In each case, users aren’t simply looking for lab numbers—they want the trouble-free, repeatable performance year after year.
Maintaining control from raw monomer to finished drum or tote, we answer for every batch directly. The facilities carry ISO and safety certification audited by independent third parties. We operate our own internal analytics—no outsourcing for batch release tests. Data is kept tight, but on request, we furnish direct comparison panels or test reports to clients considering scale-up or qualification. Many older resins on the market rely on variants with batch to batch swing. We hold the line on formula to ensure the next truckload acts like the last.
Coating manufacturers report that a resin’s value goes beyond price-per-kilo. They tabulate saved downtime, fewer rejects, and simplified blending—all of which matter more in today’s cost-sensitive climate. FL-711 keeps filtration rapid, supports roller or spray application, and reduces edge defects. By cutting down on unexpected variables and process stops, we help plants stretch labour and raw material budgets further. It’s one reason we’ve staked so much capital on continuing to expand the waterborne segment; it’s where market and manufacturing efficiency meet.
Our best innovations rarely start on a whiteboard alone. The steady back-and-forth with field engineers, operations teams, and QC chemists put a face to every improvement in FL-711. If a regular customer logs paint skinning or unexpected settling on their main line, it triggers a real lab review—not just a sales call. This loop ties together needs, feedback, and plant reality into every improvement we decide to make. Reliability, transparency, and mutual accountability—commitments forged over decades in the resin kettle and packaging hall—shape how we produce every ton of acrylic resin heading out the door.
We know customers want more than technical claims—they need what works on the ground. Our track record with FL-711 shows that balancing performance, compliance, and process simplicity delivers far more value than chasing specs alone. Out on the shop floor, the real test of any resin comes in the hands of the operators blending, mixing, and applying it. Drawing on our years in formulation, production, and troubleshooting, we continue to craft improvements not just to keep up, but to set new standards in waterborne coatings.