Sancure 20041 Waterborne Polyurethane Resin

    • Product Name: Sancure 20041 Waterborne Polyurethane Resin
    • Chemical Name (IUPAC): Poly(diethylene glycol-co-hexamethylene diisocyanate-co-1,4-butanediol)
    • CAS No.: 122-99-6
    • Chemical Formula: (C₈H₇NO₂)_n
    • Form/Physical State: 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

    949524

    Product Name Sancure 20041
    Type Waterborne Polyurethane Resin
    Appearance Milky white liquid
    Solids Content 40%
    Ph 7.0 – 9.0
    Viscosity 200 – 800 cP
    Density Approximately 1.05 g/cm³
    Ionic Character Anionic
    Film Hardness Flexible
    Co Solvent Content Less than 2%
    Recommended Application Coatings for wood, plastic, and metal
    Minimum Film Formation Temperature Below 10°C

    As an accredited Sancure 20041 Waterborne Polyurethane Resin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Sancure 20041 Waterborne Polyurethane Resin is packaged in 55-gallon (208-liter) steel drums with secure, leak-proof lids for safe transport.
    Container Loading (20′ FCL) Container Loading (20′ FCL): 16.8 metric tons net weight, packed in 120kg plastic drums, totaling 140 drums per container.
    Shipping Sancure 20041 Waterborne Polyurethane Resin should be shipped in tightly sealed, labeled containers to prevent contamination or moisture ingress. Store and transport the product in a cool, dry place, away from direct sunlight and temperatures below freezing. Handle with care, complying with relevant regulations for non-hazardous chemical shipments.
    Storage Sancure 20041 Waterborne Polyurethane Resin should be stored in tightly closed containers at temperatures between 5°C and 35°C (41°F to 95°F). Protect from freezing and direct sunlight. Avoid excessive heat and contamination. Ensure storage areas are well-ventilated. For best performance and stability, use within the recommended shelf life. Follow safety guidelines as per the material safety data sheet (MSDS).
    Shelf Life Sancure 20041 Waterborne Polyurethane Resin has a shelf life of 12 months from the date of manufacture when stored properly.
    Application of Sancure 20041 Waterborne Polyurethane Resin

    Solids Content: Sancure 20041 Waterborne Polyurethane Resin with 35% solids content is used in wood coating formulations, where it enhances film integrity and durability.

    Viscosity: Sancure 20041 Waterborne Polyurethane Resin at 1200 cps viscosity is used in spray-applied automotive primers, where it improves leveling and surface smoothness.

    Particle Size: Sancure 20041 Waterborne Polyurethane Resin with sub-micron particle size is used in leather finishing applications, where it provides superior clarity and soft hand feel.

    pH Value: Sancure 20041 Waterborne Polyurethane Resin with a pH of 7.5 is used in environmentally friendly textile coatings, where it maintains material stability and minimizes substrate degradation.

    Tensile Strength: Sancure 20041 Waterborne Polyurethane Resin with high tensile strength is used in flexible packaging films, where it increases mechanical resistance and reduces tearing.

    Gloss Level: Sancure 20041 Waterborne Polyurethane Resin formulated for high gloss is used in metal protective coatings, where it delivers long-lasting shine and abrasion resistance.

    Elongation: Sancure 20041 Waterborne Polyurethane Resin with 400% elongation is used in elastomeric flooring systems, where it enhances flexibility and crack-bridging capability.

    Chemical Resistance: Sancure 20041 Waterborne Polyurethane Resin with excellent chemical resistance is used in industrial maintenance coatings, where it protects surfaces from aggressive solvents and cleaners.

    Adhesion: Sancure 20041 Waterborne Polyurethane Resin optimized for superior adhesion is used in multi-layer graphic films, where it ensures substrate bonding and print durability.

    Weathering Stability: Sancure 20041 Waterborne Polyurethane Resin with enhanced weathering stability is used in exterior architectural paints, where it maintains colorfastness and prevents film degradation under UV exposure.

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    For samples, pricing, or more information, please contact us at +8615651039172 or mail to sales9@bouling-chem.com.

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    Certification & Compliance
    More Introduction

    Sancure 20041 Waterborne Polyurethane Resin: A Manufacturer’s Perspective

    A Real Look at Sancure 20041

    Every batch of Sancure 20041 rolling out of our tanks carries years of hands-on effort and steady quality checks. People sometimes ask what sets a resin apart. Behind marketing phrases, it’s about how well the product integrates into coatings, how the film stands up to scuffs and spills, and whether operators at customer plants can count on the same texture, viscosity, and safety every drum, every time.

    Our work doesn’t revolve around making claims. We dig into data day after day because a waterborne polyurethane has to do what it’s supposed to do—help transform customers’ ideas into actual, durable surfaces. Sancure 20041 isn’t just a formula on paper. It’s a workhorse resin we’ve developed for flexible and rigid surfaced applications: clear coats, color coatings, and especially those flexible vinyls and leathers that take a beating in daily life.

    Understanding the Resin’s Backbone

    Polyurethanes walk a careful line between toughness and elasticity. We’ve tailored Sancure 20041 to land in that sweet spot where coated items bend or stretch without cracking, but still resist stains and abrasion. The backbone of this resin stands out for its aliphatic content—meaning the resin shrugs off yellowing when exposed to light. Older aromatic polyurethanes show their age with time, darkening on dashboards, office desks, or athletic equipment. With Sancure 20041, those issues just don’t materialize.

    Clients in upholstery and synthetic leather markets push resin performance every day. Some need more open time for processing, others can’t risk tackiness after short curing. Our formula keeps things consistent. The film gets tack-free quicker than most waterborne polyurethanes. It also balances clarity with flexibility. Certain coatings end up hazy or brittle if you chase early hardness, but repeated in-plant trials showed Sancure 20041 can air-dry to a glass-clear finish without feeling chalky or sacrificing feel.

    What Makes Waterborne Systems Different

    Solventborne polyurethanes brought durability to coatings, but also required handling with gloves, filter masks, and tight environmental controls. Years ago, stricter regulations pushed the industry to lower overall VOCs. Our team was in the thick of this shift, rebuilding tank cleaning, filtration, and even truck unloading to avoid cross-contamination. Sancure 20041 represents years of that learning—water replaces the bulk of organic solvents, making storage and shipping easier for us and for downstream users.

    Waterborne resins had a reputation for slow drying and soft films. This perception faded as we leaned into advances in polymer synthesis. Nowadays, our customers can spray, roll, or dip-coat parts and see a build-up that stands up to heavy use. The finished surface repels stains and handles heat much better than traditional latexes or acrylics. Equipment that once needed expensive fire mitigation can now use our resin without those extra steps.

    Why Sancure 20041 Fits Into Client Lines

    Shifting a production line to a new resin demands more than a spec sheet. Operators notice how the resin blends with pigments, how it wets out synthetic textiles or porous foams, and whether it stalls pumps or gums up screens. Sancure 20041 brings certain strengths that emerge across thousands of gallons. Open up a pail: there’s little odor, nothing harsh in the air, and viscosity holds steady even after extended storage.

    Customers sent us plenty of stories over the years—one line manager told us they saw improvements in transfer efficiency after switching, another mentioned projects where VOC reduction allowed them to retain key staff who didn’t want to work in high-fume environments. Health and safety reports from those plants confirm what we see in our own blending lines; operators can spend more time working, less time waiting on ventilation or wearing full-face respirators.

    Reliability, Not Just Performance

    You can measure shore hardness, rate of yellowing, and solvent scuff resistance in a lab. But what matters most is whether the resin keeps delivering these traits in the field. Our manufacturing teams double- and triple-check every run so carton to carton, pail to drum, the resin acts the same. Working directly in a manufacturing setting gives us a hands-on feel for how pivotal those details are. If one shipment varies, it disrupts an entire week’s production for a customer. With Sancure 20041, the feedback we continue to receive tells us we’re hitting the right consistency.

    Polyurethane’s reputation for reliability traces directly to the work done during manufacturing and quality control, not in marketing copy. By running every blend through tight specs for particle size and chemical structure, we can say with confidence what finished goods will look and perform like after weeks and months of use. Those extra analytical checks keep batches from drifting off target over time.

    From Wet Lab to End-Use: Coating Real Products

    On our line, we’re always thinking about the end-customer: the office worker whose desk coating needs to resist mug rings and pen marks, the driver whose vinyl dash faces years of sun, or the child whose athletic shoes see grass stains and puddles. Most see only the finished item in a store. We see the call-outs: sag resistance to avoid runs, open time so operators can fix mistakes, and how well it deals with mixing lines and pigment additions.

    We found through our own testing that Sancure 20041 handles both brush and spray application without excessive foaming. It doesn’t clog or dry into the gun tips if lines pause—even in warm plant conditions. Our maintenance department rebuilt and tuned the pipelines to ensure this resin didn’t leave deposits or settle unexpectedly. These plant-level tweaks shape the final consistency you see in the market.

    Keep It Durable, Keep It Sustainable

    Industrial customers want two things from resins these days: long-term performance and lower environmental impact. We put Sancure 20041 through tough cycles of salt spray, hot-cold shifts, and chemical spot testing. Finished films hold up against household cleaners and mild acids. So shoes, bags, or dashboards coated with this resin last longer before showing wear.

    The actual switch to waterborne products comes with hard choices. Some plants need retrofitting, storage space for more liquid material, and extra handling pumps. Because Sancure 20041 uses water as a carrier, the fire risk drops and clean-up simplifies. We wound up saving on insurance and operating permits by focusing the facility around waterborne blending. Downstream customers note their own permit processes speed up, as authorities look favorably on non-flammable, low-VOC materials.

    Comparing Sancure 20041 and Other Resin Options

    Every manufacturer offers something they call unique. The difference with Sancure 20041 stands out in its weather resistance and clarity for leather and faux leather finishes. Foamed, flexible goods like gym mats or seat cushions can stretch and rebound without shattering the coating. Many competitor resins drift toward stiffness, especially as they age or after short oven bakes. Our team spent months optimizing the polymer blend to balance that flexibility.

    As for application, this waterborne resin flows smoother than older formulas, which means fewer defects from pinholes or muddy finishes. It also accepts embossing, texturing, and printing without losing its surface strength. Decorative lines on athletic goods or furniture maintain contrast, as the resin doesn’t yellow or peel off in cross-hatch tests.

    Solving Real Production Headaches

    Switching resins shouldn’t mean operators have to fight every batch. We build Sancure 20041 so it runs through modern plant lines without hiccuping. Supervisors in customer facilities report fewer line stops and maintenance breakdowns. In our own production, we keep the process simple: less volatile material means open-top mixing is possible with minimal PPE. Drums clean up with water, reducing downtime between production changes.

    A lot of energy in our factory goes into minimizing rejects. Not every batch of raw material comes in on spec. Over the years, we built up checks at each step—phasing, particle size testing, and finish film checks—to catch issues early. Early on, feedback from OEM clients pointed to a need for lower minimum film formation temperatures. After adjusting suspension agents and plasticizers, we saw a significant reduction in film defects even during fast, cold-room production.

    Supporting Competitive Product Life Cycles

    Fashion, furniture, or sporting goods markets cycle through trends rapidly. Product developers want coatings that don’t force them to compromise speed for performance. Sancure 20041 brings a fast-drying profile without crossing over into brittleness. Designers can change pigments and fillers right into our base without watching films haze or peel. This flexibility lets customers switch colors mid-shift without holding up the process.

    Wear and abrasion testing data from customers often guide us in formulation tweaks. Sancure 20041 outpaces many existing waterborne products in actual cycles to failure (Taber abrasion testing). Better yet, the resulting films keep a smoother feel—valued especially in personal goods like phone cases and handbags.

    Realities of Field Support and Feedback

    Supplying this resin isn’t about sending out tons of material and waiting. We keep our technical support lines open for plant managers and formulators. Our staff walks through spraying conditions, bake curves, and mixing routines. On-site visits provide a look at issues as they develop, instead of after the fact.

    Sancure 20041 was built from direct user feedback and ongoing collaboration. Reports of batch-to-batch consistency problems lead to investments in new in-line monitoring. Complaints about sludge or long transfer times during unloading spurred process changes and better anti-settling chemistry. Plant visitors check our tanks, see the process, and sometimes suggest small tweaks—many of which we incorporate in real time.

    Quality, Not Just Compliance

    Markets keep tightening up on quality, environmental compliance, and transparency. Product registrations, VOC declarations, and traceability come standard for every lot we ship. By sticking to tight internal controls, we keep customers from stumbling on an audit or a surprise field failure.

    Some resins manage only one aspect—safety, appearance, or durability. Sancure 20041 works across those fronts without trading off flexibility or strength. We see that in the full line—from initial raw material intake to final batch certification. Our EHS and QA staff are involved at every step, knowing that what we ship reflects not just a formula, but our promise to customers.

    Why Our Experience Matters

    On our manufacturing floor, small differences add up quickly. Temperature fluctuations, humidity, shear, and particle size all shape the final liquid in real ways. Each adjustment gets documented, so we know exactly what’s in front of our customers. The resin we produce today reflects thousands of hours tuning each stage—because each downstream user’s satisfaction comes from that diligence, not from marketing.

    We encourage customers scanning between products to do real-world testing—scratch, scuff, flex, and clean the films. See how the resin stands up not just in the lab, but on the production line and in the finished product. Feedback has shown us that Sancure 20041 remains durable but easy to process, flexible but not rubbery, clear but not brittle.

    Commitment to Continuous Improvement

    Our work doesn’t stop after one good batch. Every customer application teaches us something new, each plant run reveals a new wrinkle to solve. We document every improvement and roll new insights into our daily operations. This ongoing feedback loop has pushed us to consistently raise performance benchmarks.

    There’s pride in knowing the resin you send out will meet a furniture finisher’s needs or pass an automotive supplier’s most rigorous standards. If a customer faces unexpected shipping or storage challenges, we adapt, offer solutions, and change our logistics accordingly. That’s what makes working in manufacturing different from selling on spec sheets — we live with the product every day, and we use that experience to refine it well beyond baseline standards.

    Looking Forward: The Next Generation of Polyurethane Coatings

    As global manufacturers face rising environmental pressures, expectations from end users continue rising. Sancure 20041’s low-VOC profile, robustness, and reliable application fit these demands directly. Our R&D staff continue to push into biorenewable sources, reduce overall water and energy consumption, and cut the need for supplementary coalescents in future versions.

    Our approach focuses on hands-on experience and real field reporting, not just polishing product narratives. The resin’s reputation is built batch by batch, conversation by conversation, at every stage from base polymer to finished goods. That’s the nature of working directly in chemical manufacturing: each customer’s challenge becomes our own, and each day brings new solutions to meet them.