Matt PUD-1901 Waterborne Polyurethane Resin

    • Product Name: Matt PUD-1901 Waterborne Polyurethane Resin
    • Chemical Name (IUPAC): Poly(oxy(methyl-1,2-ethanediyl)), α-hydro-ω-hydroxy-, polymer with 1,1'-methylenebis[4-isocyanatobenzene], isophorone diisocyanate, and 2,2-dimethyl-1,3-propanediol, sodium salt
    • Chemical Formula: C₄₀H₆₈N₂O₁₄
    • 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

    687803

    Product Name Matt PUD-1901 Waterborne Polyurethane Resin
    Appearance Milky white liquid
    Solid Content 35±1%
    Ph Value 7.0-9.0
    Viscosity 25c ≤500 cps
    Ionic Type Anionic
    Film Hardness Medium
    Elongation At Break ≥200%
    Density 25c 1.02±0.02 g/cm³
    Storage Stability 6 months (at 5-35°C, unopened)
    Matt Degree High
    Glass Transition Temperature Tg Approximately -15°C

    As an accredited Matt PUD-1901 Waterborne Polyurethane Resin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Matt PUD-1901 Waterborne Polyurethane Resin is packaged in a 50 kg blue HDPE drum, securely sealed for safe transport.
    Container Loading (20′ FCL) Container Loading (20′ FCL): 16 Metric Tons packed in 200kg plastic drums, securely loaded for safe transportation of Matt PUD-1901 resin.
    Shipping Matt PUD-1901 Waterborne Polyurethane Resin is shipped in sealed, lined plastic or metal drums (commonly 50kg or 200kg) to ensure product integrity. It should be transported in a cool, dry environment, protected from freezing and direct sunlight. Avoid severe vibration and handle with care to prevent leaks or contamination.
    Storage Matt PUD-1901 Waterborne Polyurethane Resin should be stored in tightly sealed containers to prevent contamination and evaporation. Keep the storage area cool, dry, and well-ventilated, ideally at temperatures between 5°C and 35°C. Protect the resin from direct sunlight, frost, and excessive heat. Avoid freezing, and keep away from sources of ignition. Ensure the container is labeled and handled according to safety guidelines.
    Shelf Life Matt PUD-1901 Waterborne Polyurethane Resin has a shelf life of 12 months when stored in a cool, dry, sealed container.
    Application of Matt PUD-1901 Waterborne Polyurethane Resin

    Viscosity Grade: Matt PUD-1901 Waterborne Polyurethane Resin with medium viscosity grade is used in matte wood coatings, where it provides smooth leveling and enhanced matting effect.

    Particle Size: Matt PUD-1901 Waterborne Polyurethane Resin with fine particle size is used in leather finishing applications, where it ensures uniform film formation and soft touch finish.

    Solid Content: Matt PUD-1901 Waterborne Polyurethane Resin with 35% solid content is used in waterborne furniture coatings, where it delivers superior coverage and scratch resistance.

    Stability Temperature: Matt PUD-1901 Waterborne Polyurethane Resin with high stability temperature is used in automotive interior coatings, where it maintains film integrity under thermal stress.

    Emulsion Purity: Matt PUD-1901 Waterborne Polyurethane Resin with 99% emulsion purity is used in electronic device housings, where it provides high adhesion and non-yellowing properties.

    Molecular Weight: Matt PUD-1901 Waterborne Polyurethane Resin with controlled molecular weight is used in flexible packaging films, where it enhances flexibility and abrasion resistance.

    Shore Hardness: Matt PUD-1901 Waterborne Polyurethane Resin with Shore A 70 hardness is used in textile coatings, where it gives a soft hand feel and high elasticity.

    pH Value: Matt PUD-1901 Waterborne Polyurethane Resin with neutral pH is used in graphic printing inks, where it ensures ink stability and prevents pigment migration.

    Matting Degree: Matt PUD-1901 Waterborne Polyurethane Resin with high matting degree is used in architectural wall paints, where it reduces gloss and prevents light reflection.

    Tensile Strength: Matt PUD-1901 Waterborne Polyurethane Resin with high tensile strength is used in industrial flooring, where it increases durability and wear resistance.

    Free Quote

    Competitive Matt PUD-1901 Waterborne Polyurethane 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

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    Certification & Compliance
    More Introduction

    Matt PUD-1901 Waterborne Polyurethane Resin: Experience from the Plant Floor

    Our Vision for Matt Surfaces in Coatings

    We have spent years refining waterborne polyurethane dispersion (PUD) chemistry, watching the industry shift towards environmentally responsible coatings and finishes. Along the laboratory benches and inside the full-scale reactors, every demand for a matte finish with real texture drove us to experiment with new raw material combinations. The result is Matt PUD-1901, a waterborne polyurethane resin built to deliver a consistent, natural matte look in coatings without the high VOC footprint of older technologies.

    Where Matt PUD-1901 Stands Apart

    Our technicians often mention how the structure of polyurethane molecules shapes surface feel as much as it drives film performance. In the case of Matt PUD-1901, we have tailored the polymer architecture to reduce gloss without creating haze or a cheap-white finish that sometimes plagues other mattifying resins. The matte effect arises from the resin itself—the chemistry does the work, not just a physical flattening agent added at the end.

    On the busy lines at our plant, there's a clear difference between adding a flattening paste to a shiny base and choosing a resin that bakes in that sought-after matte from the start. Our customers see coatings that look softer and more natural, even after hard use—no chalky buildup, no yellowing, no separating from the underlying surface. The visual consistency means manufacturers avoid spending extra on multi-step surface prep or blending, saving time on the factory floor.

    The Push for Waterborne Technology

    Behind every batch, there’s the knowledge that environmental rules aren’t going anywhere. Solvent emissions come with heavy costs and headaches, from equipment upgrades to added regulatory paperwork. Shifting to a waterborne polyurethane like PUD-1901 allows for compliance with stricter VOC caps and workplace safety initiatives. Plant operators report lower odor, less flammability risk, and less hassle during disposal than with high-solvent systems.

    Water-based doesn’t mean weaker. By tuning the balance of hard and soft segments, we have achieved film toughness that stands up to abrasion and general wear typical in furniture, flooring, and automotive interiors. Trust builds with time, and our repeat buyers come back after seeing surfaces stay matte and unmarred through real-world use. This longevity reduces callbacks and complaints—something every production lead values, whether coating MDF furniture in Asia or vinyl dashboards in Europe.

    Real-World Application: Beyond the Lab

    Coating formulators run into real headaches: resin clumping in the drum, films that dry patchy, or application tricks that don’t scale up under pressure. With Matt PUD-1901, we committed to day-in-day-out manufacturability. The product handles well with conventional mixing gear and standard waterborne additives. Operators don’t need to chase the perfect viscosity or monitor pH with every shift change.

    We get feedback from panel shops with high-speed lines and artisan studios brushing on small runs. The resin lays down smooth both with rollers and spray equipment. It resists cratering, color drift, and ghosting—issues that drive rework and slow down production. The open time is balanced; there’s enough room to make adjustments, yet coatings set fast, helping factories keep up output when demand spikes.

    Differences You See and Feel

    Traditional waterborne resins get their roughness by loading silica matting agents, which can break down or clump during stirring or storage. Matt PUD-1901 doesn’t chase the appearance with post-added powders. Our team designed the polymer so the matt look is stable out of the drum and through the whole product life. This translates to fewer surprises at the user end—no streaks, no settling, no uneven gloss patches where a matting agent sinks or floats.

    End-users often notice that surfaces finished with this resin feel more natural to the touch—no stickiness, and no powdery afterfeel left on hands and clothes. For flooring and high-traffic panels, the low reflectivity cuts glare during sunlight hours without deadening the depth of color. Retailers looking for that “luxury matte” feel find they worry less about scuff marks or fingerprints, since the finish is inherently less prone to highlighting minor daily contact.

    Using Matt PUD-1901 in Your Process

    Producers of wood coatings, vinyl coverings, plastic films, and flexible packaging come with different equipment and workflows, but the goal stays the same: reliable results in every batch. Matt PUD-1901 mixes easily with standard waterborne additives and pigments. Experienced teams report they get stable dispersions with less shearing and no gritty residue. The stable pH and predictable viscosity help line operators trust every batch behaves the same, even after months of storage or long-haul shipping.

    We see plants replace two or three steps in their old matte formulas with a single addition of this resin. There’s no need to build complex pigment/matte agent blends or chase defects caused by ingredient incompatibility. For those who want a deeper matte or custom texture, the product can take some extra loading of specialty fillers or feel enhancers—but the core appearance always comes from the base resin.

    Durability and Longevity: Proven in Daily Use

    Our team puts every batch through more than just standard chemical tests. Coated wood panels, plastic sheets, and sample flooring run for weeks through abrasion testers, sunlight exposure, water resistance tanks, and stain cocktails. What stands out is the resin’s ability to hold its matte appearance through cleaning, scuffing, and dings. Where other polyurethane clears develop glossy spots where shoes or elbows rub, Matt PUD-1901 maintains its muted sheen.

    Furniture makers send sample sets for real room use, tracking customer feedback over seasons. Surfaces come back with minimal yellowing, no whitening after spilled water, and no tacky or greasy spots even in humid conditions. This shows the urethane backbone keeps performing beyond the lab bench, where it actually matters—on kitchen doors, office desks, and home floorboards.

    Supporting a Sustainable and Safer Workplace

    Coating shops still want performance, but nobody asks for more environmental headaches or safety worries. The move to waterborne matt resins like PUD-1901 keeps plant air cleaner and reduces fire risk. Waste drums, cleaning solvents, and personal protection requirements all lighten up. Our workers spend less time on cleanup than with old solventborne formulas, making every shift run smoother.

    The resin contains no formaldehyde, no phthalates, and no heavy metals, which helps downstream users avoid regulatory troubles in export markets. It also enables greener claims for eco-labelled products from flooring to children’s furniture. For everyone from production supervisors to EHS managers, reducing hazardous labeling means less paperwork and more peace of mind.

    Consistency from Batch to Batch

    We know that downtime hurts trust. Our facility runs a digital batch-tracking system across polymerization reactors to guarantee reproducible performance. Every drum is spot checked for viscosity, particle size, pH, and matte strength before leaving the plant. Customers rarely need to adjust their formula or line parameters when moving between different lots of Matt PUD-1901. This saves valuable production hours and gives confidence during audits and supplier reviews.

    Problems crop up in many coating operations, especially with supplier switches. Our hands-on support goes beyond paper specifications. Technical staff field calls from lineside teams troubleshooting a real batch, not just reading numbers off a certificate. We swapped samples, adjusted mixing protocols, and even ran pilot batches in partner labs to optimize results on real equipment. The knowledge built through these partnerships loops right back into process tweaks at our end, closing the gap between research goals and shop-floor realities.

    Cutting Down on Rework and Rejects

    Too often, coatings get scrapped or sent for rework because matte levels drift, films blush from humidity, or application windows slam shut too fast, fouling up equipment. Matt PUD-1901’s recipe minimizes these headaches by giving a wider working window and reliable laydown. We designed it around lessons learned managing hundreds of tons of coatings in automated plants and smaller batch shops—matte that stays put, even under shifting temperature or humidity. Out-bound QA testing weeds out instability before products reach customer sites.

    This reliability helps our clients keep their own customers happy. Production managers talk about smoother handovers in multi-shift operations and fewer emergency maintenance calls tied to finish defects. With less risk of batch-to-batch drift, companies can schedule runs back-to-back and reduce costly downtime between changeovers.

    Adapting to Market Demands

    As global consumer expectations shift, producers need to offer new surface effects without ripping out existing manufacturing lines. For example, furniture brands in Europe and North America want sturdy matt finishes that mimic modern, high-end textures on everything from beadboard panels to thermoplastic wraps. Our resin forms a versatile starting point, offering the freedom to adjust gloss and tactile feel by minor tweaks in the formulation.

    The rise of soft-touch panels, scratch-resistant films, and sustainable flooring has further raised the bar for matte coatings. Old-style systems can’t always match the new trends. We work with many partners adapting PUD-1901 to meet evolving design standards—darker colors without gloss, more natural wood grains, fingerprint resistance for electronics, or non-slip texture for public spaces. Each time, the stable polymer backbone serves as a compatible platform.

    How Matt PUD-1901 Handles Real-World Problems

    Applying a matte finish might seem simple on a lab panel, but production realities tell another story. High-speed lines demand quick drying, even spreading, and minimal operator adjustment. Smaller shops might use low-cost hand tools or less-than-ideal environmental controls, yet customers still expect the same premium look. Our resin supports both, running on automated roller coaters or simple spray-and-wipe set-ups.

    With PUD-1901, we see less need for rework when room temperature or humidity moves outside the ideal range. The formula’s tolerance gives more certainty at scale—a big concern for project managers shipping thousands of square meters a week. Suppliers want matte that lasts, not just on day one but over years of real use. Our experience shows that with built-in matte from the chemistry itself, surfaces retain their character, skipping the uneven gloss fade or powder chalking that drives warranty complaints.

    Transparent Production and Open Partnerships

    We hold ourselves to the transparency we demand from our own suppliers. Detailed SDS and regulatory profiles are available for every batch. Customers trust our resin because they see clear, data-supported properties, not extrapolations or marketing talk. Long-term clients visit our facility, observe technical checks, and bring back direct feedback from their own factory lines. This open loop—plant to customer and back—sets the foundation for ongoing improvement.

    Many of our best developments have come straight from user requests: faster curing, better recoatability, improved stain holdout, or resistance to routine household chemicals. We redouble our efforts on the plant floor to deliver tweaks, not just promise them. Our teams answer the phone, walk a production line, and tweak a batch on request. It’s this commitment that has earned repeat business in competitive markets.

    Looking Ahead with Confidence

    Surface finishes are more than just a selling point for end-users. They’re a signature of quality for manufacturers who spend years building their brands. Matt PUD-1901 represents the collective effort of chemists, operators, QC staff, and customers melding experience with innovation. Every batch carries the lessons of previous runs—and the personal stakes of people whose names are on the shipping manifest.

    Trust comes from more than a single order. The daily grind of formulating, mixing, filling, and shipping builds a deep-rooted understanding of what it takes to supply consistently matte, environmentally responsible polyurethane resin. Customers rely on us not just for reliable product, but for answers when new challenges crop up—tightening rules, shifting consumer trends, tough new abrasion specs, or aesthetic targets that refuse compromise.

    The Value We Deliver—Built into Every Drum

    Our business thrives on relationships that run long after the first delivery. Plant managers call us when production conditions change. Technical teams rely on our advice when rolling out new lines or handling unusual application requests. The strength of Matt PUD-1901 is not just in its chemical composition, but in the long view our people bring to every project. This practical experience, built from decades on shop floors and in development labs, raises the bar for what surface coatings can deliver—today and for years to come.