|
HS Code |
942925 |
| Product Name | Alberdingk PC 4750 VP |
| Type | Waterborne Acrylic Resin |
| Appearance | Milky white liquid |
| Solids Content | Approximately 45% |
| Ph | Approximately 8.5 |
| Viscosity | 100–500 mPa·s (Brookfield, 23°C) |
| Density | Approximately 1.06 g/cm³ |
| Minimum Film Formation Temperature | Approx. 0°C |
| Ionic Character | Anionic |
| Particle Size | Around 120 nm |
| Glass Transition Temperature | Approximately 0°C |
| Chemical Resistance | Good |
As an accredited Alberdingk PC 4750 VP Waterborne Acrylic Resin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Alberdingk PC 4750 VP Waterborne Acrylic Resin is packaged in a 200 kg blue HDPE drum with secure, tamper-evident closure. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL): 80 drums (200 kg each), totaling 16,000 kg of Alberdingk PC 4750 VP Waterborne Acrylic Resin per container. |
| Shipping | Alberdingk PC 4750 VP Waterborne Acrylic Resin is shipped in secure, sealed containers—typically drums or IBC totes—designed to prevent leaks and contamination. Shipment should avoid freezing and excessive heat. Handling must follow safety guidelines, ensuring containers are upright, properly labeled, and protected from physical damage during transit. |
| Storage | Alberdingk PC 4750 VP Waterborne Acrylic Resin should be stored in tightly sealed original containers at temperatures between 5°C and 30°C. Protect from frost, heat, and direct sunlight. Keep in a dry, well-ventilated area away from incompatible substances. Avoid contamination and prolonged storage to maintain product stability and quality. Always refer to the product’s safety data sheet for specific storage guidelines. |
| Shelf Life | Alberdingk PC 4750 VP Waterborne Acrylic Resin has a shelf life of 12 months when stored unopened in original containers at 5–30°C. |
|
Viscosity grade: Alberdingk PC 4750 VP Waterborne Acrylic Resin with medium viscosity grade is used in architectural coatings, where it provides excellent film formation and leveling properties. Particle size: Alberdingk PC 4750 VP Waterborne Acrylic Resin with fine particle size is used in wood finishes, where it ensures a smooth surface and enhanced clarity. pH stability: Alberdingk PC 4750 VP Waterborne Acrylic Resin with high pH stability is used in protective topcoats, where it maintains consistent performance during storage and application. Solids content: Alberdingk PC 4750 VP Waterborne Acrylic Resin with 45% solids content is used in industrial metal coatings, where it delivers superior coverage and robust mechanical resistance. Minimum film-forming temperature: Alberdingk PC 4750 VP Waterborne Acrylic Resin with a low minimum film-forming temperature is used in flexible packaging inks, where it enables uniform films at ambient curing conditions. Mechanical stability: Alberdingk PC 4750 VP Waterborne Acrylic Resin with enhanced mechanical stability is used in automotive primer formulations, where it resists shear degradation during processing. Water resistance: Alberdingk PC 4750 VP Waterborne Acrylic Resin with high water resistance is used in exterior masonry paints, where it improves weather durability and prevents efflorescence. Gloss retention: Alberdingk PC 4750 VP Waterborne Acrylic Resin with superior gloss retention is used in decorative coatings, where it maintains long-lasting surface aesthetics under UV exposure. Adhesion strength: Alberdingk PC 4750 VP Waterborne Acrylic Resin with strong adhesion strength is used in multipurpose primer applications, where it delivers excellent substrate bonding and minimizes delamination risk. |
Competitive Alberdingk PC 4750 VP 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.
We will respond to you as soon as possible.
Tel: +8615651039172
Email: sales9@bouling-chem.com
Flexible payment, competitive price, premium service - Inquire now!
Every resin we produce carries its own story, shaped by both technical design and the demands of practical use. Alberdingk PC 4750 VP Waterborne Acrylic Resin has grown from years of hands-on development, continuous feedback, and close work with real coating formulators. In our factory, subtle choices in polymer structure and the mixing environment transform a list of ingredients into a product that customers trust on the production floor every day.
Our team started with the challenge: how to craft an acrylic dispersion that isn’t just a chemical—something that integrates seamlessly into water-based coating lines, delivers stable performance, and answers calls for environmental responsibility. PC 4750 VP contains no added solvent. We produced this resin to help operations avoid VOC headaches without sacrificing film integrity or application profile. Polyurethane-acrylic hybrids have drawn lots of attention in recent years, but we developed PC 4750 VP as a pure acrylic alternative. Using the right balance of particle size, acrylic backbone, and controlled viscosity, we designed it for both clarity and flexibility.
Performance isn’t a lab fantasy—performance comes out during late shifts, when weather changes, or when customers demand shorter lead times. PC 4750 VP consistently delivers clear, colorless films for topcoats and primers. We’ve watched operators push this resin into everything from parquet sealers to general-purpose wood coatings. High gloss retention, alongside solid mechanical strength, makes this product reliable during shipment, installation, and use.
We have relied on instrument measurements and field tests to check film hardness, chemical resistance, and block resistance. PC 4750 VP forms films that resist black heel marks, wine spills, and even routine foot traffic in hospitality venues. Customers running vertical and horizontal application systems have asked for a resin that stands up to slapdash rolling, curtain coating, and even spraying. Our product holds out against edge-cracking, lap marks, and common problems like orange peel when users follow basic surface prep.
Shifts in global regulations, client requirements, and facility safety policies have pulled the entire coatings industry toward waterborne dispersions. Operators who remember solvent odors, tricky flash-off times, and regulatory pressure know how valuable it is to find a resin that behaves predictably in water-based formulae. Our staff works with purchasing and production teams facing supply interruptions, price swings in raw material markets, and the push for faster throughput. That’s why PC 4750 VP has no coalescing solvent in the drum—a real advantage in the eyes of compliance managers and plant safety officers.
On the production side, processors appreciate a resin that does not gunk up mixers or require endless foam-suppression fiddling. Our own lines occasionally run batch after batch of PC 4750 VP to meet rush orders, without needing specialty cleaning cycles or excess downtime. Customers who work with intricate shades and stains have praised the stability of dispersion over long storage or transit. Instead of guessing about shelf life, they see stable pH, consistent viscosity, and low odor batch to batch.
Coatings manufacturers—especially those making flooring, trim, and cabinetry—face tight specifications on drying time, block resistance, and sandability. We get daily reminders that a resin’s theoretical properties aren’t enough. Every facility handles unique wood species, temperature swings, and humidity cycles. PC 4750 VP meets the fast-drying needs of high-throughput lines, reducing downtime between coats. Operators don’t see unpredictable tack or haze, even when changing environmental conditions ramp up overnight. A single base resin that adapts to roller, spray, and curtain coater lines saves costly changeovers and training time.
High hardness usually means brittleness for acrylic films, but PC 4750 VP bridges the gap for flooring and furniture lines by delivering both surface toughness and flexibility. Customers using pigmented topcoats can achieve deep, even color saturation, while those needing transparent varnishes get clarity without tannin bleed. A balanced molecular weight and particle size distribution means less opportunity for blush or whitening even at higher application rates or under challenging drying schedules.
Each acrylic dispersion plant brings a different philosophy to production. We focus on reliability, rather than simply “innovating for the sake of innovation.” PC 4750 VP reflects lessons learned from decades of troubleshooting customer complaints, running pilot batches, and supporting claim investigations. We sweated over the acrylate selection to tune the resin’s glass transition temperature for year-round utility. It’s easy to fall into the trap of building a product for only perfect lab conditions, but our factory floor experience shows that margins come from avoiding problems—not just hitting claimed peak specs.
Unlike specialty polyurethane-modified dispersions, PC 4750 VP does not require special isocyanate handling, nor does it introduce the complications associated with crosslinker pre-mixing. Users report savings on storage, fewer raw material registrations, and easier regulatory paperwork. Lab techs in customer facilities have pushed this product through accelerated weathering, repeated block tests, and salt spray cycles. PC 4750 VP takes all that punishment, then delivers repeatable results in every batch.
We’ve seen formulators on tight project schedules scramble for a general-purpose acrylic resin that can flex across product lines—be it a high-gloss topcoat, a stain-resistant clear coating, or even a one-component sealer layer. PC 4750 VP integrates into these systems without the usual learning curve or process head scratching. Teams deploying this resin, fresh out of the truck, immediately recognize its easy mixing and dispersibility. Dispersing pigments, extenders, or specialty fillers can go from headache to routine. Buyers want resin that doesn’t foam up under shear or require fancy anti-foam packages.
Installation crews, who bear the brunt if finish performance sags, report that cured films resist scuffing, metal marking, and household cleanser attack. Our technical helpline takes fewer troubleshooting calls about drying delays, tack, or muddy finish than with previous-generation acrylics. Quality control comes down to fewer rejects for haze, pinholes, or premature wear—delivering tighter operational performance and boosting the bottom line for both the coating maker and the installer.
Market pressure for eco-friendly chemistry isn’t just about avoiding solvents. Facilities want coatings raw materials that support green certifications without sacrificing throughput, margin, or durability. PC 4750 VP is entirely waterborne, with no added APEO surfactants or formaldehyde donors. QHSE managers look for clear answers: VOCs, formaldehyde, and persistent organic pollutants. Our product comes out clean under routine emissions monitoring, giving customers documented support for Ecolabel, Blue Angel, or similar schemes.
Beyond legislative requirements, user health matters for both workers in the shop and residents or staff in the building being finished. PC 4750 VP gives production, application, and maintenance teams confidence that they’re using up-to-date chemistry—staying ahead of potential restrictions and minimizing the risk of costly certification rework. Sustainability, in our experience, must never undermine the industrial reliability customers expect. That’s why every tweak we make to our manufacturing protocol, raw material selection, and product testing cycle, we measure directly against real-world application results.
Customer feedback never goes on holiday. Our lab and production teams regularly pilot new batches and tweak formulation protocols in response to common roadblocks—pH drift, batch yellowing, settlement, or unexpected solubility shifts. Customers in both small-batch craft woodworking and industrial millworks have pointed to PC 4750 VP’s consistency in fire tests, heat exposure, and compatibility with a broad range of pigments and coalescents.
We learned that a reliable acrylic resin needs not just stability in the drum but also stability after exposure to temperature swings, storage, and extended batch cycling. The PC 4750 VP formula passed through iterative cycles of small production scale-ups, performance benchmarking, and simulated field exposures. Only then did we release it at industrial scale. Every batch receives real-time quality assurance checks, using proven test protocols refined by years of customer complaints and real site issues.
At our site, production is not an ivory tower exercise. Each drum or tote of PC 4750 VP passing out the warehouse door carries not just engineered molecules but the operational discipline and problem-solving gathered from generations of acrylic know-how. Any tweak—whether it’s in input ratio, dispersant choice, or melt temperature—runs through our integrated QA-QC workflow. Our philosophy: a listed specification means nothing unless every container actually achieves those values.
That value shows up when customers ramp up for a new product launch and uncover hurdles solvable by technical support, not just higher-end chemistry. Open batch records, accessible certificates of analysis, and ongoing technical support are how we guarantee that PC 4750 VP stays predictable for both entry-level staff and experienced chemists. The knowledge is not locked away in a back-office manual—it’s embodied in every lot, shaped by years of working hand in hand with shops and plants under pressure to perform every day.
Whether it’s a commercial gym floor, hospital corridor, or residential wood surface, users need coatings that cure quickly, stand up to abrasion, and avoid early yellowing. Our customers install hundreds of thousands of square meters of flooring and trim where the wrong film means callbacks, warranty headaches, and visible flaws. PC 4750 VP supports high traffic, daily mopping, disinfectant use, and fluctuating humidity. Through direct feedback, we further tuned the polymer to stand up to cleaning regimens and repetitive wear.
Operators who spray or roll coatings in irregular climates often struggle with drying consistency. In high humidity, poorly designed resins haze or even stall in their cure. Our team developed PC 4750 VP to stay clear during curing and accelerate through standard air movement—even in less-than-perfect plant or on-site conditions. Facilities working variable shifts or seasonal throughput increases see fewer stoppages for finish adjustment or complaint processing.
The landscape of water-based acrylic resins continues to shift with every new regulation and customer demand cycle. Some dispersions offer hardness but compromise on flexibility or block resistance. Others handle pigment loads but struggle with color clarity or yellowing over time. PC 4750 VP was developed from the ground up to strike a balance tailored to modern processing conditions, not just to hit a performance checkbox.
Direct head-to-head comparison with legacy dispersions and new-generation hybrids underscores distinctive outcomes: PC 4750 VP outperforms standard acrylics on both block resistance and early water resistance, reducing return rates for sticky floors or tacky surfaces. Polyurethane-modified dispersions may offer specialty toughness but add cost, formula complexity, and new regulatory overhead. PC 4750 VP stays category-pure, cutting out need for extra stabilizers or multifunctional crosslinkers, which can derail both price structures and regulatory approval. This product builds in enough flexibility and clarity to deliver uniform film building across wide temperature and humidity ranges, so customers don’t bounce between multiple base resins to meet diverse project specs.
In our facility, we field direct calls from customers who have tried pushing cheaper or more exotic acrylics, only to hit roadblocks with pigment compatibility, process foam, or premature gelation during storage. PC 4750 VP takes pigment and auxiliary loads smoothly. Formulators report less pigment flooding, stronger color development, and the ability to run longer campaigns without filter clogging or nozzle build-up.
Another practical difference: our resin generates less process dust or dry-down waste, meaning end users clean, sand, or polish cured coatings with less effort. This downstream efficiency matters for facilities tracking time, labor, and post-processing loss.
Customer relationships have shaped every change we made to PC 4750 VP over the years. From fielding technical support calls to troubleshooting in customer production lines, we put a premium on practical, field-proven advice. Our answers always draw from real operational records, not just handbooks or sales sheets.
We know that clear technical data and open communication head off the downtime and costs that come from subpar batch performance. Our team shares application guides, offers on-site problem diagnosis when needed, and responds to new regulatory and performance demands. We treat every drum shipped as the beginning—never the end—of product support.
Our business isn’t about shipping anonymous tonnage. Each iteration of PC 4750 VP reflects a cycle of improvement, case review, and lessons learned from customer plants and job sites. Real feedback—not just internal review—pushes us to maintain high standards and adapt as industry and environmental pressures evolve. We keep our ears to the ground on changes in wood chemistries, pigment trends, and processing automation.
As a manufacturer, our pride in PC 4750 VP comes from seeing it consistently deliver for customers—not just in the first week, but over many years, seasons, and shifts. The credibility of decades in the acrylic field underpins every lot, every answer we give, and every tweak we make to keep the product competitive and reliable. In our world, every success in the field feeds back into the next drum leaving our line.