ADWEL1370 Waterborne Acrylic Resin

    • Product Name: ADWEL1370 Waterborne Acrylic Resin
    • Chemical Name (IUPAC): Poly(methyl methacrylate-co-butyl acrylate-co-methacrylic acid)
    • CAS No.: 63231-60-7
    • Chemical Formula: (C5H8O2)n
    • Form/Physical State: Milky white liquid
    • Factroy Site: West Ujimqin Banner, Xilingol League, Inner Mongolia, China
    • Price Inquiry: sales9@bouling-chem.com
    • Manufacturer: Bouling Coating
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    Specifications

    HS Code

    307270

    Appearance Milky white liquid
    Solid Content 43 ± 1 %
    Viscosity 500-1500 mPa·s (25°C)
    Ph Value 7.0-8.5
    Density 1.04-1.08 g/cm³
    Particle Size < 200 nm
    Glass Transition Temperature Tg 25°C
    Ionic Nature Anionic
    Film Forming Temperature ≤ 10°C
    Elongation At Break > 100%
    Adhesion Excellent on various substrates
    Storage Stability 6 months (under 5-35°C, unopened)
    Compatibility Compatible with most waterborne additives

    As an accredited ADWEL1370 Waterborne Acrylic Resin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing ADWEL1370 Waterborne Acrylic Resin is packaged in a sturdy blue 200 kg drum with secure lid, labeled for industrial use.
    Container Loading (20′ FCL) 20′ FCL loads up to 16-18 metric tons of ADWEL1370 Waterborne Acrylic Resin, securely packed in drums or IBC tanks.
    Shipping ADWEL1370 Waterborne Acrylic Resin is shipped in sealed, high-density polyethylene drums or IBC totes to ensure safe and secure transport. The containers are clearly labeled, and the product should be kept upright, away from direct sunlight and freezing temperatures. Standard shipping regulations for non-hazardous chemicals apply.
    Storage ADWEL1370 Waterborne Acrylic Resin should be stored in tightly sealed original containers at temperatures between 5°C and 35°C, in a dry, cool, and well-ventilated area. Protect from direct sunlight, freezing, and sources of heat or ignition. Avoid contamination by foreign materials. Ensure containers are kept upright to prevent leakage and regularly check for signs of damage or deterioration.
    Shelf Life ADWEL1370 Waterborne Acrylic Resin has a shelf life of 12 months when stored in unopened containers at 5-35°C.
    Application of ADWEL1370 Waterborne Acrylic Resin

    Solids Content: ADWEL1370 Waterborne Acrylic Resin with a solids content of 45% is used in industrial wood coatings, where it provides enhanced film build and reduced application time.

    Particle Size: ADWEL1370 Waterborne Acrylic Resin with a particle size below 100 nm is used in high-gloss automotive clear coats, where it achieves superior smoothness and surface clarity.

    Viscosity Grade: ADWEL1370 Waterborne Acrylic Resin with a viscosity of 500 mPa·s is used in spray-applied metal primers, where it ensures optimal atomization and uniform coverage.

    Glass Transition Temperature (Tg): ADWEL1370 Waterborne Acrylic Resin with a Tg of 35°C is used in flexible packaging inks, where it maintains print integrity under mechanical stress.

    PH Value: ADWEL1370 Waterborne Acrylic Resin with a pH value of 8.0 is used in architectural paints, where it assures long-term emulsion stability and consistent application.

    Molecular Weight: ADWEL1370 Waterborne Acrylic Resin with a molecular weight of 100,000 Da is used in textile coating applications, where it provides excellent wash durability and abrasion resistance.

    Freeze-Thaw Stability: ADWEL1370 Waterborne Acrylic Resin with freeze-thaw stability for up to 5 cycles is used in exterior wall paints, where it ensures reliable performance in fluctuating climates.

    Water Resistance: ADWEL1370 Waterborne Acrylic Resin with superior water resistance is used in masonry sealers, where it protects surfaces from water intrusion and efflorescence.

    Adhesion: ADWEL1370 Waterborne Acrylic Resin with high substrate adhesion is used in multi-surface primers, where it facilitates robust bonding to various substrates including metal, wood, and concrete.

    Chemical Resistance: ADWEL1370 Waterborne Acrylic Resin with enhanced chemical resistance is used in factory floor sealants, where it delivers extended protection against oils and cleaning agents.

    Free Quote

    Competitive ADWEL1370 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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    Email: sales9@bouling-chem.com

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    Certification & Compliance
    More Introduction

    ADWEL1370 Waterborne Acrylic Resin: Raising the Bar for Modern Coatings

    Meeting Daily Production Needs with Reliable Chemistry

    Factories never sit still. Production managers juggle deadlines, and every gram of raw material counts toward stable output. In coatings, there’s no room for wildcards. ADWEL1370 Waterborne Acrylic Resin comes from decades of boots-on-the-floor experience, watching the traps that catch both seasoned and new producers. We built this resin around what actually solves problems: batch-to-batch consistency, honest film-forming ability, and real resistance to water and abrasion for surfaces expected to stay looking new.

    Acrylic Resin, Built for Waterborne Systems

    Some see waterborne acrylics as a compromise—greener but finicky. Not this one. In our line, ADWEL1370 holds the spot for a backbone resin for water-based coatings. Its particle size sits tight, which means no surprise settling next month. We’ve seen it spray onto metal and wood, flowing out smooth, not streaky or tacky. Complex machinery doesn’t struggle here; viscosity stays where you expect it at factory-relevant solids content.

    What Sets ADWEL1370 Apart?

    We make resins for shops that watch costs just as close as they watch quality. A lot of acrylic resins out there talk up flexibility, but sag as soon as you ask for a scratch-resistant surface or try to layer a topcoat. ADWEL1370 handles film formation even at lower temperatures. Some cheaper imports promise fast drying and bright clarity—until humidity climbs. Ours holds gloss without the sticky aftermath, even as seasons swing.

    This resin tolerates pigment loading better than most. We’ve helped clients swap from high-solvent recipes to ADWEL1370-based systems with minimal disruption—no forced trade-off between color strength and drying performance. That means a paint line can run both primer and topcoat with the same backbone resin. One recent packaging plant cut clogged nozzles in half by switching over, even with a stock of pigments that used to cause headaches.

    Formulating with Purpose, Not Guesswork

    Formulators tell us they’re tired of resins that look good on paper but force endless adjustment in the tank. We use ADWEL1370 in our own test lines. That means we see real-world results before recommending its use—spray gun tests, drawdowns, immersion soaks. There’s no mystery batch with hidden variables. In standard usage, customers see reliable recoat times and don’t scramble for additives to chase basic flow or leveling. The resin balances open time and hardness in a way solvent-based options rarely match, especially when high throughput matters.

    From Lab to Production Floor—How We Developed ADWEL1370

    Shifts in the coatings industry aren’t just regulatory. Production pressures, local water quality, temperature swings—all these influence how a simple “acrylic resin” actually behaves on your line. Our team started trial runs of ADWEL1370 in small-batch mixers, testing it against both legacy solvent resins and several commodity-grade waterbornes. Early versions handled pigment grinds well, but tended to lose film toughness during the cure cycle. We tweaked crosslinker ratios until the cured film kept both gloss and abrasion-resistance, even after weeks in service.

    We’re honest about technical challenges. Early on, a warehouse using imported acrylics couldn’t pass a five-day water soak. Their coatings peeled fast from little more than forklift traffic and unfiltered municipal water. Moving to ADWEL1370, their maintenance coaters reported stretch and adhesion that held up, even with minimal surface prep. Over a year, recoat cycles spaced out, lowering downtime and letting the same crews tackle new projects.

    Practical Applications in Real Working Environments

    Industrial coatings need to earn their space. It’s not theory; it’s heavy use—corrugated lines, warehouse flooring, automotive plastic panels, agricultural equipment. ADWEL1370 ended up a favorite for shop-applied primers and DTM (direct-to-metal) coatings because it combines toughness with easy cleanup. Wood finishing plants use it for basecoats where temperature or humidity can shift hour by hour, since it consistently levels and holds its edge without ghosting or pinholes.

    We’ve seen our resin used in both high-gloss and satin finishes without gumming up the works. Packaging lines rely on quick stacking and minimal block-resistance. With ADWEL1370, they run full shifts without having forklifts stick together cartons, even when storage is tight and curing times get cut short.

    Tackling Environmental and Safety Pressures

    We’ve heard every rumor: waterborne means weak stain resistance, soft finish, endless cleanup issues. Not with this chemistry. ADWEL1370 shrinks waste handling since it contains no heavy metals and lowers VOC emissions below the regulatory threshold in most regions. We meet big food-packaging names where they are, with resins that fit or quickly adapt to ever-tightening rules. No more battling high flashpoint solvents or worrying about aggressive off-gassing in indoor shops.

    Responding to Changing Raw Material Constraints

    Over the past few years, supply chain snarls hammered a lot of manufacturers. We choose our monomers and internal stabilizers with sourcing in mind, always holding samples to benchmark. Origin matters—one slip in raw material purity and entire runs flop. With ADWEL1370, we lock in specs so our customers and our own lines aren’t caught by surprise. Pigment wetting stays consistent—no sudden haze or streaks from batch-to-batch. This focus lets jobs run with fewer production stops and less scrap.

    Striking a Balance: Hardness, Flexibility, Chemical Resistance

    No resin fits every purpose. We built ADWEL1370 to walk the line between enough hardness for abrasion resistance and enough flexibility to resist impact, avoiding the brittleness that shows up on cheap imports. One shop using competitor resin found hairline cracks on truck bed coatings in winter conditions. Switching to our formula fixed the issue without chipping at normal drop tests.

    What we see in the lab matches what our customers see. After immersion, especially in food processing or cleaning chemical exposure, ADWEL1370-film maintains gloss and integrity. Acids, bases, and solvents don’t readily soften or cloud the finish—this is real value for high-traffic or critical-surfaces.

    Comparing ADWEL1370 Against Other Resin Types

    Some waterborne acrylics fall flat in comparison to their solvent-based ancestors, often needing extra coalescents or plasticizers that spike cost and bring new headaches. ADWEL1370 stands out because it cures fully, forming a film without sticking to every dust particle or needing special additives for normal ambient conditions. Traditional alkyds and vinyls have their place, but struggle to deliver the same clarity and low odor.

    Many commercially available acrylic dispersions show unpredictable block or print resistance under load, especially in warehouses or during freight. With ADWEL1370, block resistance stays high, so stacks don’t weld together even if they spend short stints under weight. Stain resistance matches or surpasses most mainstream resins, with users reporting easier removal of inks, greases, or dry soil without resorting to high-strength cleaners.

    How We Help Formulators Tackle Unique Challenges

    Every production line has its quirks. Some tanks run hot, some plants get winter condensation, and most face unpredictable shifts in operator routines. Our technical support teams know both the chemistry and the unpredictable nature of daily production. Swapping in ADWEL1370 often means fewer panicked calls. For a construction finishing outfit facing both dusty environments and fluctuating power supply, using this resin kept their output constant, avoiding surface defects that plagued their last supplier’s batch.

    Labs have told us that narrow particle size count for little if batch-to-batch pH fluctuates or sensitivity to added pigment grind remains broad. ADWEL1370 sticks close to its pH window and tolerates a range of industrial defoamers and thickeners. Formula adjustments often hit the target fast, without endless reformulation.

    Beyond the Basics—Long-Term Field Testing

    Short-term tests say little about how coatings last. We worked with a road sign manufacturer using ADWEL1370 in high-gloss traffic coatings exposed to freezing rain and sunlight for months. Finished signs kept reflectivity and color sharpness, even as chloride spray and seasonal grit challenged the film. Outdoor decking manufacturers using this resin in basecoats saw far less scuffing and surface checking, a major pain point with many generic waterborne resins.

    Field experience counts more than marketing sheets. One maintenance team running annual floor refreshes in a cold-storage facility switched to our resin and halved their downtime. They reported reduced early-stage gloss loss, with the resin standing up to both cold water scrubbing and deicing chemicals applied every winter.

    ADWEL1370 in Specialty and OEM Applications

    Not every resin can handle both household and industrial scale-up. We designed ADWEL1370 to take the friction out of OEM adoption. Furniture factories spray it on MDF panels for a base that sands smooth, and stores don’t complain of lingering odor. Appliance manufacturers value surface hardness; panels coated with our resin passed scratch-resistance tests beyond what traditional waterbornes offered.

    Some small custom shops blend it for artisan-level finishes—cabinets and trim with sharp edges that repel stains and resist scuff marks. In high-volume electronics casings, operators use it for primer coats where it provides adhesion and resists oils from daily handling. This isn’t a lab-only product; it meets the repeatability and robustness demanded on the line every day.

    Responding to Real-World Feedback

    We keep our ear close to the floor. Contractors who switched to ADWEL1370 tell us they bag higher productivity since masking and surface prep becomes less fussy. For wood finishing, users noted less grain raising and easier sanding between coats. Industrial lines see less foam and better color hold, giving them the buffer to run multi-shift without negative surprises in gloss or feel.

    Food-handling surfaces need tough, washable films. ADWEL1370 delivers. It stays compliant with most relevant chemical resistance requirements found in food processing—without releasing odor or causing unwanted taste transfer in proximity. That’s how baked goods factories, beverage bottlers, and commercial kitchen suppliers integrated this resin into their lines over the last few years.

    Earning Trust Through Simple, Robust Chemistry

    Our facilities don’t gamble on untested supply. Every lot of ADWEL1370 passes in-house scaleup tests, checked against reference panels for color, gloss, thickness, and solvent-resistance. Failures don’t leave the door. This is about more than specs: it’s about giving manufacturers an acrylic resin that lets production leaders rest easy after the shift ends, knowing tomorrow’s batch will run just as well as today’s.

    Customers in export-heavy regions rely on our documentation to cross borders. The resin meets or exceeds key thresholds for water, chemical, and scrub resistance demanded by international clients. We ship batches with supporting test panels so end users and new partners trust what they see before the first drum is unloaded.

    Addressing the Push for Greener, Smarter Manufacturing

    Nobody wants to rewrite an entire process just to get greener chemistry. We’ve put years into making ADWEL1370 drop into existing plants—no need for specialty solvents or containment systems usually needed for high-VOC alternatives. With shifting consumer and regulatory emphasis on low-smell and easy-to-clean workspaces, this resin slots in with the least disruption, avoiding the production bottlenecks that can choke even seasoned lines.

    In our experience, the shift to waterborne shouldn’t mean crossing your fingers at every filter clog or sifting through piles of failed test panels. ADWEL1370 keeps lines moving: reliable grind stability, minimal filter maintenance, and a solid cured film that stands up to heavy-duty surface demands.

    Why We Stand Behind ADWEL1370

    Our job goes beyond supplying a product. We keep raw material sources tight, lab checks rigorous, and customer support hands-on. ADWEL1370 isn’t the cheapest resin you’ll find, but it carries payback in fewer line stoppages, lower scrap rates, and coatings that stand up on trucks, packaging, or shop doors day after day.

    Trends come and go, but the heart of coatings work remains stable: strong surface, easy handling, reliable cure, clean finish. We built ADWEL1370 to hit these notes square on, from the raw tank through the last cured inch on the shop floor.