|
HS Code |
948638 |
| Appearance | milky white or light yellow translucent liquid |
| Solid Content | 35±1% |
| Ph Value | 6.5–8.0 |
| Ionic Type | anionic |
| Viscosity 25c | 800–2000 mPa.s |
| Average Particle Size | ≤100 nm |
| Film Hardness | HB–H |
| Minimum Film Forming Temperature | 20°C |
| Storage Stability | 6 months (at 5–35°C, unopened) |
| Dilutability | can be diluted with water at any ratio |
| Compatibility | compatible with most water-based resins |
| Adhesion | excellent adhesion on metal and plastic substrates |
As an accredited HH-2777H Waterborne Polyester Resin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | HH-2777H Waterborne Polyester Resin is packaged in 200 kg high-density polyethylene (HDPE) drums with secure, leak-proof lids. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for HH-2777H Waterborne Polyester Resin: 16 tons per 20-foot container, packed in 200 kg plastic drums. |
| Shipping | **Shipping Description:** HH-2777H Waterborne Polyester Resin is shipped in sealed, high-density polyethylene drums or Intermediate Bulk Containers (IBCs), protected from direct sunlight and freezing temperatures. Ensure upright transport and secure containers to prevent leakage. Handle with appropriate PPE. Shipping complies with non-hazardous chemical transport regulations and includes clear labeling and documentation. |
| Storage | HH-2777H Waterborne Polyester Resin should be stored in a cool, well-ventilated area, away from direct sunlight, heat sources, and freezing conditions. Keep containers tightly sealed when not in use. Avoid contamination by moisture or foreign materials. Ideal storage temperature is between 5°C and 35°C. Proper storage ensures product stability and performance throughout its shelf life. |
| Shelf Life | HH-2777H Waterborne Polyester Resin has a shelf life of 6 months when stored in a cool, dry, and sealed container. |
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Purity 98%: HH-2777H Waterborne Polyester Resin with purity 98% is used in industrial metal coating formulations, where it provides excellent corrosion resistance and film clarity. Viscosity 3500 mPa·s: HH-2777H Waterborne Polyester Resin with a viscosity of 3500 mPa·s is used in automotive primer applications, where it enhances leveling performance and application ease. Molecular Weight 75,000 Da: HH-2777H Waterborne Polyester Resin with molecular weight of 75,000 Da is used in high-performance wood coatings, where it contributes to improved mechanical strength and abrasion resistance. Stable at 120°C: HH-2777H Waterborne Polyester Resin stable at 120°C is used in coil coating processes, where it delivers thermal durability and consistent gloss under baking conditions. Particle Size 0.1 μm: HH-2777H Waterborne Polyester Resin with particle size of 0.1 μm is used in clear topcoats for plastics, where it results in a uniform, smooth surface and increased transparency. pH 7.2: HH-2777H Waterborne Polyester Resin with pH 7.2 is used in eco-friendly architectural paints, where it ensures compatibility with various additives and maintains long-term storage stability. Solid Content 42%: HH-2777H Waterborne Polyester Resin with solid content of 42% is used in anti-graffiti coatings, where it provides dense film formation and superior chemical resistance. |
Competitive HH-2777H Waterborne Polyester 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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Every batch of HH-2777H waterborne polyester resin rolling out of our reactors reflects years of hands-on practice, constant refinement, and listening to the ever-changing needs of users in coatings and binders. Our factory’s journey through numerous resin systems has shaped a practical approach toward water-based technologies, especially as environmental policy keeps tightening. Years ago, solvent-based resin dominated protective and decorative sectors, and most manufacturers hesitated to switch. The reality now is that regulatory restriction and health awareness cannot be ignored. Genuine advances in waterborne polyesters bridge the gap—delivering performance that used to be considered out of reach for water-based systems.
Users in our industry demand durable resins that help customers succeed in everything from industrial metal coatings to wood finishes. One lesson we learned early: not all waterborne resins are created equal, even among polyesters. HH-2777H distinguishes itself through a molecular design tailored for stable dispersion and consistent film formation across a range of applications. Several customers came to us frustrated by products that separated too easily or required excessive secondary dispersants. By focusing our development on an emulsion-friendly backbone structure, HH-2777H disperses quickly under standard mixing, even with water quality that rises and falls with the seasons. No extra additives, no chasing after rare process aids—just reliable mixing and straightforward storage.
We don’t measure quality by what looks best on a datasheet. In our daily production, resin flow isn’t just about standard viscosities or glass transition temperatures, but about shelf stability, reproducibility, and resistance to “gelling” under realistic warehouse conditions. HH-2777H typically comes in at a solids content around 40-42%, with viscosity falling in the right band for airless spray and roller applications. We've observed coatings made from this resin show strong resistance to yellowing during accelerated aging cycles—a common complaint with some fast-cure waterborne recipes. Our own plant floors see varnishes with this polyester shrug off forklift tire marks and repeated cleaning cycles, while keeping good gloss retention and clarity.
Every time a customer shares a trouble report—like pigment floating or weak edge coverage—we treat it as a laboratory challenge, not just a sales issue. An ink producer once told us about film defects using mainstream emulsions; we invited their staff into our pilot line, and together saw that HH-2777H offered better pigment anchoring without chalking, even in demanding offset jobs. The resin carries a carboxyl functional group level dialed in for balanced ion exchange, so color development stays crisp after drying. This translates into fewer callbacks, whether it’s a contractor painting steel beams or an artisan finishing tabletops. The difference from generic waterborne polyesters comes down to repeatable emulsion stability, and more importantly, the knowledge of how real operators handle each batch in the field.
No one wants to be on the wrong end of a regulatory audit. We built HH-2777H from the ground up with both local and international VOC limits in mind. Typical end products from this resin easily slip in under current indoor emission standards. By maximizing hydrophilic-lipophilic balance, we help formulators lower or even eliminate certain glycols and plasticizers that used to prop up film flexibility in traditional resins. Some clients in Europe and North America report lower odor impact in finished paints—essential for hospital, office, and food plant jobs—without sacrificing scuff resistance or open time. Our focus on raw material sourcing makes this more than just a “green” label; it guarantees peace of mind for users worried about tomorrow’s rules, not just today’s.
Production line engineers want processes they can count on shift after shift. We have worked alongside site techs during scale-up trials and watched what happens: resins with unpredictable flow or poor storage tolerance throw entire schedules off. HH-2777H comes pre-dispersed, so line workers save hours during pre-mix, and local water quality doesn’t upset pH stability. The resin’s particle size distribution avoids filter blockages and guns don’t clog, even after long runs. That means less downtime, fewer maintenance headaches, and a faster path from raw batch to packed can. Many customers see a measurable drop in batch-to-batch color drift—critical if you’re blending large runs of custom shade orders. Ease of grinding and let-down means less wasted pigment and fewer rejects, making cost control far simpler.
Many projects need more than a single resin. HH-2777H stands out for its broad compatibility with common water-based crosslinkers, isocyanates, and epoxy dispersions. We have partnered with adhesive and automotive suppliers who pair this resin with polyisocyanates to raise chemical and abrasion resistance. In architectural coatings, our own trials found that anti-mildew and anti-block agents blend smoothly without haze or phase separation. Modifiers for gloss, slip, or wet-edge can be incorporated on standard high-speed mixers, bypassing the hand-wringing over “critical” addition sequences that slow other waterborne polyesters. Coating labs working on low-sheen or textured surfaces have noted less need for extensive “fine tuning”—letting formulators zoom in on end-user aesthetics, not troubleshooting resin quirks.
Most polyester emulsions come with trade-offs. Some sacrifice mechanical toughness for easier flow. Others boost chemical resistance at the expense of block resistance or color acceptance. Through direct plant feedback and our own field visits, we steered HH-2777H onto a predictable track. Typical resin grades develop either strong early hardness or elastic flexibility; balancing the two usually requires costly co-resins or slowing down production. This product avoids that by using a branched backbone and specific functional group distribution, yielding dried films that resist blocking and marking, without crossing over into brittle territory. Our team has trialed competing products that flake or crack on plastics, or fail adhesion on new solvent-cleansed metal—issues not encountered with this model.
Another clear distinction boils down to shelf life and ease of re-dispersion. Some waterborne polyesters behave well only under tightly controlled temperatures or after vigorous post-addition treatments. In warehouse tests, unopened drums of HH-2777H held stable viscosity for over half a year, and even in field environments with mid-summer heat, routine mixing returned the resin to working flow. This stands in contrast to resin grades that go stringy or build up skin layers; users report lower wastage and less need for labor-intensive product salvage.
A mid-sized industrial coatings manufacturer lost weeks of production to repeated filter clogging using another waterborne resin. We invited them in for a process audit, set them up with HH-2777H, and saw a marked drop in downtime right out of the gate. Their operators noted smoother feeding into grinding tanks and less pigment backflushing into raw material silos. At a wood finishing company serving luxury furniture brands, switching to this resin improved block resistance on stacked items without resorting to solvent-based topcoats—a common practice for margin-conscious firms coping with seasonal humidity. Down the supply chain, an ink formulator targeting food packaging worked directly with us to balance gloss and stickiness with our resin in hybrid pigment blends. Feedback since that project has shifted their own R&D priorities toward more waterborne projects.
Architectural coatings is another area where real-world needs drive every tweak to the product line. Municipalities in regions with high summer heat and winter freeze cycles buy emulsions that actually hold up through repeated thermal stress. HH-2777H has seen success in such climates, showing low cracking on building facades and smooth recoating during routine maintenance. Both pro painters and DIY users report drying times that strike a good middle ground: enough open time for brushing, with no sticky edges after a day. The resin’s film also resists common scuffs from ladders, hand tools, or playground traffic.
Operating as a manufacturer means staying accountable at every step: from sourcing monomers and glycols to managing wastewater and emissions in our own plants. Waterborne polyester resin production creates far less environmental burden than classic solvent-rich chemistries—less flammability risk, fewer hazardous air pollutants, and reduced cleanup requirements. Our technical and EHS teams work closely to improve both process efficiency and employee safety. We’ve adopted batchwash and closed discharge systems to limit any chance of uncontrolled release. These aren’t only marketing points—they are practices demanded by regulatory audits and customer due diligence visits.
Furthermore, our choice of raw materials came after in-depth review. Suppliers go through routine screening for restricted substances. Our persistent evaluation helps us avoid alkylphenol ethoxylates and other substances flagged by the latest REACH and EPA guidance, which frequently catch resin users off guard when compliance checks tighten. End-users in regulated industries, such as food contact packaging, gain assurance that they’re working with a product built on actual stewardship, not just certificates.
Every user turns to a supplier expecting more than just product on a truck—they want insight into process improvements, troubleshooting, and long-term consistency. Unlike intermediary sellers, our technical team sits at the intersection of manufacturing, QA, and direct customer support. That means questions get answered based on knowledge of the chemistry, production batch histories, and real run data. If a user struggles blending a new pigment system or needs advice tuning drying curves, our chemists back up their responses with knowledge gathered from years inside the plant, not only text from a brochure.
We consistently update customers on best handling and storage practices based on seasonal changes. During humid conditions, small adjustments in pH or dosing help avoid foaming, and in low temperatures, we recommend processes proven to prevent early coagulation. Large users have access to production-scale consultation, including on-site visits to smooth out integration into automated lines or high-efficiency batch reactors.
Our experience in resin production tells us that markets and user demands rarely stand still. Stricter government limits, rapid shifts in raw material prices, and constant customer pushes for faster, cleaner, and tougher coatings keep us focused on innovation. HH-2777H waterborne polyester resin is the product of never-ending iteration, feedback loops with real users, and constant attention to operational reliability. We are always ready to take in results—both successful and critical—from every industry we serve. This strengthens our resolve to keep our waterborne product line ahead of new expectations.
Many resin producers settle for “good enough.” As a direct manufacturer, we carry every learning from our plant floors into our customers’ facilities. The conversation never ends at the loading dock; it continues with each application breakthrough, each request for improved gloss, grip, or cure speed. Practical insights dictate what counts in coatings: not the biggest claims or flashiest datasheets, but how well a product like HH-2777H lets real people meet business targets, pass audits, reduce rework, and deliver durable surfaces in tough operating environments. That’s the difference factory-driven development brings—so our customers use solutions grounded in experience, not just marketing.