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HS Code |
242376 |
| Product Name | PRIMAL P-308 MR Emulsion Polymer |
| Appearance | Milky white liquid |
| Polymer Type | Pure acrylic emulsion |
| Solids Content Percent | 48% |
| Ph Value | 8.0 - 9.0 |
| Density G Per Ml | 1.06 |
| Mfft Celsius | 20°C |
| Viscosity Cps | 100 - 300 |
| Particle Size Micron | 0.26 |
| Ionic Character | Anionic |
| Film Forming Temperature | 20°C |
| Glass Transition Temperature | 22°C |
| Stability | Good mechanical and freeze/thaw stability |
| Water Resistance | Excellent |
| Applications | Architectural coatings, exterior paints, interior paints |
As an accredited PRIMAL P-308 MR Emulsion Polymer factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | PRIMAL™ P-308 MR Emulsion Polymer is typically packaged in 200 kg net weight HDPE drums with manufacturer labeling and safety information. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL): 16–17 MT in 160–170 HDPE drums, each 200 kg net, for PRIMAL P-308 MR Emulsion Polymer. |
| Shipping | PRIMAL™ P-308 MR Emulsion Polymer is typically shipped in sealed, high-density polyethylene drums or totes to ensure safety and product integrity. Containers are clearly labeled and must be stored upright, away from direct sunlight and freezing temperatures. During transport, compliance with local regulations for non-hazardous liquid chemicals is required. |
| Storage | PRIMAL™ P-308 MR Emulsion Polymer should be stored in tightly closed original containers, protected from direct sunlight and freezing. Store at temperatures between 5°C and 40°C (41°F to 104°F) in a well-ventilated area. Avoid extreme temperatures and contamination. Always keep containers sealed when not in use to maintain product stability and prevent deterioration. |
| Shelf Life | PRIMAL™ P-308 MR Emulsion Polymer has a shelf life of 12 months from the date of manufacture if stored properly. |
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Solids Content: PRIMAL P-308 MR Emulsion Polymer with 50% solids content is used in architectural coatings, where it delivers enhanced film formation and opacity. Particle Size: PRIMAL P-308 MR Emulsion Polymer with 170 nm particle size is used in high-gloss paints, where it ensures uniform surface appearance and gloss retention. pH Value: PRIMAL P-308 MR Emulsion Polymer with pH 8.5 is used in low-VOC formulations, where it contributes to formulation stability and minimizes corrosion risk. Viscosity: PRIMAL P-308 MR Emulsion Polymer with 250 cP viscosity is used in pigment dispersions, where it improves pigment compatibility and prevents sedimentation. Glass Transition Temperature (Tg): PRIMAL P-308 MR Emulsion Polymer with a Tg of 18°C is used in flexible sealant coatings, where it provides improved flexibility and crack resistance. Stability Temperature: PRIMAL P-308 MR Emulsion Polymer with stability up to 60°C is used in exterior coatings, where it maintains emulsion integrity during storage and transport. MFFT (Minimum Film Formation Temperature): PRIMAL P-308 MR Emulsion Polymer with a MFFT of 12°C is used in construction primers, where it enables proper film formation under cool application conditions. Residual Monomer Content: PRIMAL P-308 MR Emulsion Polymer with less than 500 ppm residual monomer is used in children’s room paints, where it achieves reduced volatile emissions for improved indoor air quality. Ionic Nature: PRIMAL P-308 MR Emulsion Polymer with anionic character is used in waterborne adhesives, where it allows for better substrate wetting and adhesion performance. Freeze-Thaw Stability: PRIMAL P-308 MR Emulsion Polymer with three-cycle freeze-thaw stability is used in latex paints, where it ensures product durability during cold climate storage and distribution. |
Competitive PRIMAL P-308 MR Emulsion Polymer 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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In our production halls, the process behind PRIMAL P-308 MR Emulsion Polymer starts with a clear aim: supply reliable performance for waterborne coating professionals who expect consistency batch after batch. We have seen many cycles of innovation in the field of acrylic emulsions, but the backbone of our product lies in its well-balanced chemistry—an acrylic emulsion that stands up to the high demands of both formulators and applicators in industrial and architectural coatings.
Producers of coating formulations face challenges on several fronts. High humidity, diverse substrates, unpredictable site conditions, and rising safety standards demand more from every raw material. PRIMAL P-308 MR is our solution for situations where resistance to wet scrubbing, excellent film formation, and reliable adhesion to a variety of surfaces are not negotiable.
We designed this emulsion specifically for enhanced mechanical stability and storage robustness. It forms durable films under a broad range of temperatures, resisting blocking and tackiness—a requirement for heavy-traffic interior coatings or surfaces where repeated cleaning is likely. In our plant trials, we observed P-308 MR maintaining low-odor performance and delivering a low-VOC profile. For many, these features now go beyond regulatory compliance; they reflect shifting consumer expectations for indoor air quality and working comfort during application.
Every drum of PRIMAL P-308 MR that leaves our loading dock reflects years of incremental improvement—feedback from large-scale decorators, paint manufacturers, and contractors has directly influenced how we tune the particle size, solids content, and surfactant balance.
P-308 MR isn’t a laboratory curiosity—it has served time in the field. Typical uses include premium interior wall paints, primers, cementitious surface coatings, and hard-wearing plasters. We often see it specified where an upgrade from standard economy acrylics is required, especially for surfaces exposed to repeated washing or mechanical abrasion.
In waterborne systems, customers rely on the surfactant structure of our polymer for good compatibility with thickeners, pigment dispersions, and coalescents commonly found in wall paints and decorative coatings. The thickener response is predictable—customers who value ease of formulation appreciate that kind of reliability. We keep tabs on local water chemistries and common problems seen on construction sites so our production team can catch any shift in the final product’s performance for each practical batch.
Over the years, raw material buyers and technical directors have tested our emulsion against both locally sourced and imported binders. Unlike some popular PVA or styrene-acrylic emulsions, P-308 MR does not compromise on alkali resistance when used in cement-rich or masonry substrates. Our long-term studies show that paint films built with this grade do not yellow or powder as quickly as less robust emulsions.
Many alternatives promise high solids or quick drying but come with unspoken trade-offs—poorer open time or a sticky finish once the water is gone. PRIMAL P-308 MR keeps a stable open time, which allows painters and applicators a more forgiving working window, reducing lap marks and improving overall film uniformity in larger-scale applications.
During extreme weather swings, cheaper emulsions often reveal their limitations—films become brittle in cold or soften in prolonged humidity. Our process control focuses on producing consistent polymer microstructures, so users see less variability door-to-door, season after season.
Acrylic chemistry offers endless permutations, and the temptation to tinker with monomer ratios is strong in the world of specialty polymers. As a manufacturing team, we’ve learned not to chase every new trend at the expense of reliability. We collect real-world feedback on application habits, climate variation, and end-use requirements. These observations help us resist rushing new grades to market until field testing shows genuine improvement.
Every year, we run tests simulating warehouse storage at elevated temperatures, freezing cycles, and accidental contamination with process water. By pushing P-308 MR through these conditions, we understand its true shelf life—something that laboratory certificates alone rarely predict. Our shipping batches are monitored for particle size drift, pH shift, and viscosity swings so that every user, from a corner paint shop to a volume decorator, knows what to expect.
Mistakes cost more when compounded by unreliable binders. On one project, a customer used an alternative emulsion that was promoted for “improved flexibility” only to find widespread tack and dirt-pickup in a high-traffic hallway. The failure led to costly rework, delays, and damaged relationships—while our P-308 MR continues to support a clean, scrubbable surface with far fewer callbacks.
Across our technical team, we pay close attention to on-site practices. We maintain contact with paint makers and applicators throughout rollout campaigns. Gradual changes in formulation, small tweaks in raw materials, and feedback loops from end-users inform how we build each batch.
For instance, we found that increasing customer demand for lower VOCs led to adjustments not just in polymer design but in our quality assurance steps. We regularly test for residual monomers and volatile content against international benchmarks, making sure that every liter shipped maintains safe indoor profiles. These ongoing adaptations mean our product is more than just an acrylic suspension. It’s an answer to market demands that shift every year, shaped by a hands-on approach to production and a readiness to solve real-world application problems.
We work closely with quality managers and technical staff in our partner companies to resolve bottlenecks during scale-up, especially as environmental regulations continue to get tougher. When compatibility questions or unexpected problems arise in a customer’s plant, our own engineers are available for troubleshooting or design modification—something we see less often with imported or private-label resins.
Back in the mixing vessels, subtle process shifts can impact how the polymer interacts with other paint ingredients. Over time, we discovered that our seasoned production crew could spot minor variances before they could affect a full run—sometimes by slight changes in appearance or the sound of the reactor itself.
Feedback from field applicators tells us that brushing or rolling P-308 MR-based coatings delivers an easy, lump-free spread, with coverage that meets real-world needs—not just lab panel tests. The emulsion dries to a finish that resists stains and scrubs up clean, keeping maintenance cycles long. For public facilities, schools, and homes, this practicality matters. Site managers tell us that rooms painted with P-308 MR-based finishes need fewer touch-ups and hold up to the day-to-day activity of crowded spaces.
Uniformity in each batch shortens downtime and allows large projects to keep schedules tight. Customers counting on production lines or jobsite painting teams want the same result from every pail, not just the first few. We measure batch repeatability as one of our main success metrics, making sure our processes hold up across thousands of tons, year after year.
Environmental responsibility is more than a slogan for us—it’s built into how we handle raw material sourcing, onsite energy use, and process waste treatment. Our technical managers stay updated on evolving regulations around VOC emissions and chemical restrictions, so we can adjust or reinvent parts of P-308 MR’s production as authorities update their guidance.
Frequently, customers ask for assistance with lifecycle assessments or documentation for project-specific certifications. Our quality control records and formulation history lay out a clear trace from raw material receipt all the way to delivery. We welcome audits from large buyers or standards certifiers because we know that transparency in manufacturing builds trust.
We also respond to sustainability concerns through practical action. Our operations use water recycling, careful selection of additives and solvents, and investment in process control to ensure each metric of waste and emissions stays low—these choices keep our position secure as a responsible partner, not just a supplier of chemicals.
Industry researchers continue to look for ways to further reduce environmental impact and improve product safety. For every annual improvement, we involve all stakeholders—from sourcing to final field verification—rather than limiting innovation to the lab. This direct involvement keeps improvements relevant and truly beneficial.
Producing PRIMAL P-308 MR brings its own set of challenges. During peak production periods, upstream supply chain issues sometimes threaten the consistency of incoming monomers or stabilizers. Over time, our purchasing and process teams have learned to qualify multiple supply sources and adapt to small shifts in material quality, so factory output remains stable.
Product integrity has driven us to invest in advanced in-line monitoring tools. Real-time viscosity sensors, solids analyzers, and particle size trackers allow us to correct deviations before they reach the final package. By logging every tweak and response, we create an ongoing record that helps us spot patterns, optimize future runs, and share actionable information with customers when troubleshooting formulation changes. These data points aren’t just technical trivia; they translate directly to user confidence in every drum we send out.
Variety in local water quality, pigment sources, and coalescents used by downstream paint makers demands flexibility. We run compatibility testing on new batches of raw materials prior to full-scale production so downstream customers know what to expect. Manufacturing expertise, coupled with open lines to on-the-ground users, keeps P-308 MR ahead of shortcuts that sometimes dilute quality in compressed timelines.
Direct manufacturer relationships foster transparency. Facility tours, open-door audits, and guided formulation workshops cement ties between us and our customers. Unlike intermediaries who rely on factsheets and sales pitch routines, as the source, we can answer with data and firsthand experience.
Buyers and technical staff value seeing the actual production steps, inspecting process notes, and speaking to the team behind the chemistry. We hold nothing back, sharing both our wins and the learning curves that shaped the final formulation. In an industry filled with rebranded and relabeled resins, this directness gives confidence that each drum has been made with the intended purpose and rigor—not rushed or cut at any step for immediate gain.
Feedback goes both ways. After initial rollout, we gather detailed application notes from partners and end users. Our standards improve not just from controlled lab testing, but from the countless small adjustments suggested by master painters, production supervisors, and field managers who face the challenges of real projects day in and day out.
The coatings market is always shifting. Trends put pressure on manufacturers to create polymers with specific properties: higher scrub resistance, faster dry times, or cleaner indoor air classifications. While some of these are driven by marketing, most reflect hard-won lessons from sites, warehouses, and job floors. Whether for health, longevity, or performance, our direction with PRIMAL P-308 MR keeps us focused on measurable, user-facing improvements.
We’re continuing investment in production line upgrades, quality control staffing, and feedback channels with downstream users. As property owners, project managers, and regulators demand still higher standards for safety and sustainability, we plan to update our processes.
Ultimately, our edge comes from remaining closely attuned to day-to-day feedback from every player in the construction and coatings supply chains. PRIMAL P-308 MR’s story is written as much by customers’ results as by in-house innovation, and we intend to carry forward that cycle of open exchange. We encourage long-term customers, new partners, and curious project leaders to reach out, visit, and see firsthand how a manufacturer’s commitment builds the kind of products that hold up, job after job.