|
HS Code |
345881 |
| Appearance | milky white liquid |
| Ionic Nature | anionic |
| Solid Content | 36 ± 1% |
| Ph Value | 7.0–9.0 |
| Viscosity | below 250 mPa.s at 25°C |
| Density | approximately 1.04 g/cm³ |
| Film Flexibility | excellent |
| Water Resistance | good |
| Adhesion | strong on various substrates |
| Mechanical Stability | high |
As an accredited Sancure 970 Waterborne Polyurethane Resin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Sancure 970 Waterborne Polyurethane Resin is packaged in a 55-gallon drum, featuring a blue metal exterior and secure sealing lid. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for Sancure 970 Waterborne Polyurethane Resin: 16 metric tons, packed in 200 kg plastic drums, palletized. |
| Shipping | Sancure 970 Waterborne Polyurethane Resin ships in approved, tightly sealed containers—typically drums or totes—designed to prevent leaks and contamination. The product should be stored and transported upright, protected from freezing and excessive heat. Standard shipping practices for non-hazardous chemicals apply; consult the safety data sheet (SDS) for detailed handling and shipping guidelines. |
| Storage | Sancure 970 Waterborne Polyurethane Resin should be stored in tightly closed containers, away from direct sunlight, heat sources, and freezing temperatures. Store in a cool, well-ventilated area at temperatures between 5°C and 35°C (41°F to 95°F). Avoid contamination with incompatible materials. Always keep container sealed when not in use to prevent moisture loss and maintain product quality. |
| Shelf Life | Sancure 970 Waterborne Polyurethane Resin has a shelf life of 12 months when stored unopened in original containers at recommended conditions. |
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Viscosity grade: Sancure 970 Waterborne Polyurethane Resin with a low viscosity grade is used in high-speed roll coating of flexible packaging films, where it enables smooth application and uniform film formation. Molecular weight: Sancure 970 Waterborne Polyurethane Resin of medium molecular weight is used in automotive interior coatings, where it provides balanced hardness and flexibility. Particle size: Sancure 970 Waterborne Polyurethane Resin with fine particle size dispersion is used in wood furniture topcoats, where it achieves superior surface smoothness and gloss. Stability temperature: Sancure 970 Waterborne Polyurethane Resin with elevated stability temperature is used in textile coatings for outdoor fabrics, where it maintains film integrity under thermal stress. Solids content: Sancure 970 Waterborne Polyurethane Resin with high solids content is used in industrial flooring systems, where it delivers enhanced mechanical strength and abrasion resistance. pH value: Sancure 970 Waterborne Polyurethane Resin with a neutral pH value is used in leather finishing applications, where it preserves substrate quality and prevents discoloration. Tensile strength: Sancure 970 Waterborne Polyurethane Resin with high tensile strength is used in synthetic leather manufacturing, where it improves tear resistance and durability. Elongation at break: Sancure 970 Waterborne Polyurethane Resin with high elongation at break is used in flexible sealant formulations, where it allows for substrate movement without cracking. Gloss level: Sancure 970 Waterborne Polyurethane Resin with controlled gloss level is used in commercial wall coatings, where it delivers consistent aesthetic appearance and easy maintenance. Purity: Sancure 970 Waterborne Polyurethane Resin with high purity is used in electronics conformal coatings, where it minimizes the risk of ionic contamination and ensures device reliability. |
Competitive Sancure 970 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.
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Tel: +8615651039172
Email: sales9@bouling-chem.com
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Sancure 970 waterborne polyurethane resin brings genuine progress to coatings and adhesives. Having developed and produced this product from raw materials through to finished packaging every day, our team stands close to its creation and performance. Sancure 970 is a staple in our resin family, offering a reliable route for customers looking for dependable results and straightforward application. A single look at its performance in the lab, during long-term storage, or after drying in field applications quickly separates this resin from the ordinary.
Years of research and hands-on trials went into developing a resin that delivers more than theoretical advantages. Users need resins with stable viscosity, consistent solids, and broad compatibility with pigments and additives. Sancure 970 holds its own batch-to-batch, which lets production lines keep moving rather than troubleshooting odd clumps, separating phases, or erratic film formation. Designed specifically for low-odor, low-VOC coatings, this resin has stood up to repeated mechanical and chemical testing, showing better flexibility and abrasion resistance compared to classic waterborne polyurethanes. This balance never comes by accident; it comes from guiding thousands of kilograms through reactors, painstakingly dialing in particle size, and learning what stands up under heat and pressure versus what cannot.
Every large-scale resin has a history shaped by application, scale-up, and customer feedback. Early testers shared that Sancure 970 handled well without gumming up equipment or causing unexpected foaming in agitation tanks—a headache that wastes both product and time on the production floor. Film-forming performance got attention in the lab, but real endorsement came from partners in wood coatings and automotive interiors who saw the finished films keep a clear, tough profile even under rough handling and UV stress. Water resistance and stain repellency proved themselves during long runs in furniture factories, reducing callbacks, and minimizing rework—outcomes that matter to customers on tight delivery schedules. These stories drive our improvements with each production cycle; each insight feeds directly into the next run, creating a stronger product and relationship.
Sancure 970’s backbone comes from select polyols and isocyanate chemistries, tailored for compatibility with both flexible and semi-rigid substrates. In the packaging halls, we often see customers choosing it for floor sealers, protective wood finishes, and single-component topcoats. The formula handles both spray and brush applications, speeding up transitions between manual and automated lines. Customers appreciate clean-up and process safety, since water serves as the carrier instead of flammables or harsh solvents. For workers and managers in plants, this means easier changes on shift and fewer headaches during health and safety visits.
Customers constantly compare products and look for reasons to trust a formulation. Sancure 970 stands out due to its clarity on drying, its resistance to yellowing, and its tough-yet-elastic film. Many resins break down in storage with phase separation or clumping, but consistent emulsion stability means material pours out smoothly, whether using an industrial tote or a five-gallon pail. Volatile organic compounds (VOC) targets come under scrutiny every year. Our own testing and third-party audits show that Sancure 970 stays below key VOC thresholds, letting finishers and brand owners meet rules from California to Europe without complex reformulation or waivers.
In performance testing across hundreds of panels, Sancure 970 held gloss well without sacrificing abrasion resistance. This matters in doors, panels, and cabinets that must endure both cleaning and daily use. Unlike some alkyd or acrylic dispersions sold by mass-traders, this polyurethane binds tightly and flexes where needed, reducing cracking from thermal cycles or impacts. Customers needing to create robust films at low thicknesses find a tool that does not sag, bubble or need elaborate leveling aids. Each production run at our plant aims for the same particle size and pH range, which gives customers a predictable finish regardless of batch.
Real feedback often proves more valuable than technical bullet points. In a mid-sized furniture plant using automated flat-line spray equipment, the switch to Sancure 970 cut drying times and improved throughput—a direct improvement in net productivity. Operators noted finer atomization and reduced tip clogging. For smaller woodworking shops, applying topcoats by hand, Sancure 970 kept brush marks to a minimum and dried with a uniform gloss, especially when tackling contoured chair rails or moldings. Maintenance crews handling sports flooring found the scuff resistance lived up to the claims, sustaining performance even after months of foot traffic and cleaning cycles.
In marine and automotive accessory manufacturing, the need for chemical splash resistance, combined with the ability to bond to plastics and composites, has drawn repeat orders. Technicians at these facilities found that Sancure 970 helped maintain a smooth surface finish while resisting exposure to interior cleaners and exterior elements. In crafting musical instruments, finishing experts chose Sancure 970 to safeguard wood grain, bring out natural color, and shield delicate surfaces from fingerprints or sweat, all without resorting to strong-smelling solvents in smaller workshops.
Years spent in direct production and customer auditing go into ensuring Sancure 970 meets both performance and safety expectations. All raw material suppliers must share full documentation and undergo review to meet our traceability and safety targets. Production lines, storage tanks, and filling stations get regular audits for contamination control and batch-to-batch quality. Beyond basic regulatory filings, we go further by commissioning long-term emissions and residue studies, checking for hidden hazards that might emerge with prolonged use.
Customers increasingly ask for resins that lower their environmental impact, both in manufacturing and during use. Sancure 970’s production runs use water as the principal carrier, reducing emissions at our plant and for end-users. Wastewater treatment at our site reclaims and recycles rinsate, and power comes from a mix of natural gas and renewables, verified by yearly third-party audits—an approach that reflects growing responsibility on both the producer and user side. Resins with this profile help customers position their own brands as compliant and eco-aware without marketing gimmicks, allowing them to give clear answers during audits or certification checks.
Many newcomers to polyurethane resins struggle through trial and error when switching between grades. Sancure 970 sits in the midrange of our resin portfolio, balancing flexibility, hardness, and water resistance. In comparative coatings trials against Sancure 861 and other legacy models, Sancure 970 produced higher pencil hardness readings and better resistance to household chemicals, even when air-dried at 50 percent relative humidity. Customers who previously faced coating delamination in cold or damp conditions shared feedback that the improved wet adhesion and block resistance from 970 changed their failure rate. Smaller-batch users benefit from the long shelf life and sustained clarity, especially if their climate or storage fluctuates with the seasons.
Choice matters in manufacturing, and resins that deliver only in one niche easily fall behind. With Sancure 970, facilities can run several types of end-use coatings, from matte clear finishes to pigmented color coats, with similar ease of incorporation and drying times. The ability to withstand high-shear mixing and accept pigments or crosslinkers without gelling means more flexibility in day-to-day plant operations. Our production engineers have validated compatibility with common coalescents and plasticizers, letting formulators fine-tune for hardness or flow according to need—each iteration tested directly with the next batch out of our own reactors, not on a spreadsheet or in a remote lab.
Every drum we send out follows the same QC and logistics path—inspect, verify, and sample, with clear lab reports attached for customer review. This transparency forms the backbone of longstanding relationships, especially as direct users share results from their own incoming inspections. Our technical team routinely travels to customer sites to help commission new lines or troubleshoot tough formulations. Having put tens of thousands of liters into practice across industries, we understand the headaches that can arise from foaming, poor flow, tacky finishes, or unexpected odor.
Sancure 970 addresses many of these by controlling molecular weight distribution, purifying water content, and fine-tuning emulsification. End users see fewer clogged screens, more uniform drying, and smoother cleaning between shifts. This comes from a relentless focus on process improvement and seeing the impact of each incremental change reflected in real-world working conditions. Customers who upgrade from general-purpose acrylics or outdated solventborne systems find that day-to-day work gets easier—less downtime cleaning out lines, more reliable coatings through changing temperatures, and less worry over compliance paperwork.
Manufacturing often finds itself at the front lines of problem-solving. A big driver for Sancure 970’s development came from recurring issues: unstable viscosity over weeks in storage, loss of gloss after repeated washes, and unexpected odor while curing. Repetitive complaints about surface tack and poor scratch resistance brought about adjustments in our prepolymer feed ratios and a push for cleaner, more selective chain extension. This hands-on, responsive approach means we don’t let design stop at the pilot stage, but evolve the product each year with field and production insights.
End-use industries want fewer headaches, whether running a 24-hour floor coating operation, high-speed wood panel finishing, or custom decorative work. Sancure 970 offers a tool to cover these needs with less compromise. That translates to more reliable scheduling, steadier colour matching, and longer stretches between cleaning or full line stoppages. Adjustable viscosity, strong initial adhesion, and controlled open time allow coaters to dial in the balance between speed and quality. For many operators, this means they can now handle rush jobs or weather-driven scheduling changes without extra training or lengthy setup tweaks.
Our role as a direct resin producer extends well past blending and packaging. We bring a working knowledge of the downstream effects from raw material choice to final customer delivery. Our production technicians vet every input, run regular contamination screenings, and draw from years of continuous pilot- and full-scale batch experience.
This hard-earned expertise means we don’t guess at customer challenges. From production line fouling to surface popping in finished films, we've likely seen and resolved the issue multiple times. Our aim with Sancure 970, backed by years of running high-volume and specialty lines, rests on keeping processes dependable and outcomes measurable. The requests that reach our applications team often get traced back to tiny formulation tweaks or storage temperature shifts; having handled these variables in our own facility ensures we can guide users effectively, rather than offer generic solutions.
Chemical manufacturing does not stand still. As end-users demand safer, more adaptable, and genuinely high-performing materials, we drive development with both lab research and daily plant insights. Each year, data from customers—coatings that outlast warranty periods, panels that hold up to new compliance tests, finishers who notice fewer headaches on the line—shape our next generation of products.
Sancure 970 stands as an example of what focused process control, real-world testing, and customer-driven evolution can deliver. Over time, the details our partners notice—decreased processing times, fewer returns, and better user safety—add up to measurable value. Practical on the shop floor and in the sales portfolio, this resin offers a path toward more efficient operations and improved finished goods, echoing the priorities of those who use and depend on such materials daily.