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HS Code |
713066 |
| Product Name | RHOPLEX 4336 Acrylic Emulsion |
| Polymer Type | Acrylic |
| Appearance | Milky white liquid |
| Solids Content | 46% |
| Ph | 8.5 |
| Viscosity | 200 cps |
| Density | 1.04 g/cm3 |
| Glass Transition Temperature | 28°C |
| Film Forming Temperature | 20°C |
| Ionic Character | Anionic |
| Freeze Thaw Stability | Excellent |
As an accredited RHOPLEX 4336 Acrylic Emulsion factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | RHOPLEX 4336 Acrylic Emulsion is typically packaged in 208-liter (55-gallon) high-density polyethylene drums, featuring secure, tamper-evident sealing. |
| Container Loading (20′ FCL) | **Container Loading (20′ FCL):** RHOPLEX 4336 Acrylic Emulsion is typically loaded as 16-18 metric tons in 200kg drums or 1000kg IBCs per 20′ container. |
| Shipping | RHOPLEX™ 4336 Acrylic Emulsion is shipped in securely sealed, high-density polyethylene (HDPE) drums or totes to prevent contamination and moisture ingress. Containers are clearly labeled with product details and hazard information. The product should be stored and transported upright at temperatures between 1°C and 49°C, avoiding direct sunlight and freezing conditions. |
| Storage | RHOPLEX 4336 Acrylic Emulsion should be stored in tightly closed containers at temperatures between 5°C and 30°C (41°F to 86°F). Protect from freezing, excessive heat, and direct sunlight. Store in a well-ventilated area, away from incompatible materials. Avoid contamination and prolonged exposure to air to maintain product stability and performance. Use clean equipment when transferring or dispensing. |
| Shelf Life | RHOPLEX 4336 Acrylic Emulsion has a shelf life of 12 months when stored in unopened containers at temperatures between 1–49°C. |
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Viscosity: RHOPLEX 4336 Acrylic Emulsion with medium viscosity is used in architectural coatings, where it provides superior brushability and uniform film formation. Particle size: RHOPLEX 4336 Acrylic Emulsion with fine particle size is used in interior wall paints, where it ensures smooth surface appearance and improved coverage. Stability temperature: RHOPLEX 4336 Acrylic Emulsion with high stability temperature is used in exterior coatings, where it enhances resistance to thermal degradation and color fading. Solids content: RHOPLEX 4336 Acrylic Emulsion with 50% solids content is used in waterproofing membranes, where it offers excellent build and enhanced water resistance. pH value: RHOPLEX 4336 Acrylic Emulsion with a pH value of 8.5 is used in pigment dispersion systems, where it ensures optimal pigment stability and dispersion efficiency. Glass transition temperature: RHOPLEX 4336 Acrylic Emulsion with a glass transition temperature of 25°C is used in elastomeric coatings, where it delivers superior flexibility and crack resistance. Film-forming temperature: RHOPLEX 4336 Acrylic Emulsion with a low minimum film-forming temperature is used in flexible sealants, where it enables film formation at lower application temperatures. Molecular weight: RHOPLEX 4336 Acrylic Emulsion with controlled molecular weight is used in industrial adhesives, where it provides balanced adhesive strength and cohesive properties. Water resistance: RHOPLEX 4336 Acrylic Emulsion with enhanced water resistance is used in masonry coatings, where it prevents blistering and extends exterior durability. Alkali resistance: RHOPLEX 4336 Acrylic Emulsion with superior alkali resistance is used in concrete paints, where it guards against surface deterioration and efflorescence. |
Competitive RHOPLEX 4336 Acrylic Emulsion 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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Email: sales9@bouling-chem.com
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Thousands of hours in our polymerization reactors and decades of hands-on work in paint, coatings, and construction sectors went into refining RHOPLEX 4336. We understood early on that not every acrylic emulsion carries the balance required for modern architectural coatings or flexible waterproofing. Strong feedback came from real-world applicators—contractors tackling building facades and floor finishes—who reported inconsistent film formation and challenges under fluctuating temperatures, especially in humid regions. Our R&D lab paid close attention to these challenges. Our team spent years adjusting monomer ratios, surfactant blends, and emulsion particle size until practical results matched our strict benchmarks.
RHOPLEX 4336 stands out through its workability and robust film performance. Built for rigorous use, this emulsion lands in a sweet spot of good open time for painters but fast enough drying to avoid dirt pickup in busy job sites. Water resistance remains high, which matters for coatings used on facades and kitchen or bathroom walls. Many generic acrylic emulsions can leave tacky finishes or struggle with blush under damp conditions. With 4336, extensive real-world application trials proved it dries to a clear, tough film that resists whitening and remains stable when exposed to steam or splashes.
One of the biggest challenges for manufacturers and applicators involves the need to produce a finish that stays resilient during scrubbing. Many emulsions promote flexibility at the cost of abrasion resistance, resulting in films that look good at first, yet mark or break down after repeated cleaning. Our technicians co-developed RHOPLEX 4336 in response to explicit customer demands for both wet-scrub resistance and elongation. This means a wall coated with 4336-based paint stands up to aggressive cleaning, even when high-alkaline cleaners or soaps are used. Some competing products fail here, chalking up or softening after only a handful of wash cycles.
Manufacturing acrylic emulsions isn’t about hitting a laboratory target just once. Our process centers on persistent batch control, gauging both monomer conversion and particle size distribution, as these factors influence rheological behavior and film integrity downstream. We chose specific anionic and nonionic surfactants, rejecting several candidates that caused foam or delayed coalescence. During the polymerization stage, temperature ramps and feed rates get micro-adjusted based on real-time viscosity feedback, not just standard timers. By doing so, we found improvement in consistency and shelf life—two persistent pain points for contractors forced to return drums of settled or separated latex.
Quality teams repeatedly monitor pH, minimum film formation temperature (MFFT), and residual monomers, recognizing that these variables play into customer complaints about odor, drying, or yellowing. We learned the hard way that shortcuts on purification only result in products with a "gritty" feel or unwanted odor in interior spaces. RHOPLEX 4336 achieves low free monomer levels—each drum gets instruments verifying the readings, not just spot checks—ensuring a safe and user-friendly material for large-volume customers.
Industrial partners applying RHOPLEX 4336 in wall primers or topcoats often push our formulations to the limits: roller, spray, or brush, in sun or rain, over cement, plaster, or drywall. With this product, they say they notice easy handling and minimal foaming. Finish quality doesn’t slip, even if mixed with local extenders or colored with universal pigments. Most importantly, job-site returns dropped as bubbling, cracking, or lap marks became rare complaints.
Professional painters report fewer touch-ups—coatings based on 4336 cover irregular or porous substrates more uniformly than ordinary latices. The finish stretches rather than chips during substrate movement, a trait especially valued in structures subject to daily vibrations or exterior walls exposed to thermal expansion.
For grout coatings or flexible sealers, the product flexes without tearing but stops short of the “rubbery,” dirt-attracting feel that some elastomeric binders leave behind. Slippery bathrooms, damp kitchens, mold-prone basements—builders trust 4336 for these trouble spots, noting less blotching or discoloration even months after the job completes.
No laboratory specification matters unless it solves an on-site problem. Minimum film-forming temperature, glass transition temperature, particle size—these aren’t just numbers in our technical data sheet. We calibrate the MFFT so that painters working in milder climates don’t face adhesion failures or powdery films. Our QC runs regular panel tests for block resistance, knowing a paint that sticks to itself during hot summers triggers callbacks and complaints.
Formulators often tell us their customers demand zero-VOC or low-odor paint bases, especially for schools and hospitals. RHOPLEX 4336 fits this trend, not just by reducing ammonia or residual odor, but by supporting pigment doses without destabilization. On the shop floor, achieving this balance took years of routine batch adjustments and regular feedback from paint labs to hit the compatibility targets.
For guys making waterproof cement admixtures or flexible mortar overlays, our data on elongation and modulus isn’t academic. Plumbing leaks, weather-driven cracks, impact shock—construction crews see these daily. With this product, the films don’t just flex; they hold up under mechanical stress and moisture exposure. Back at our plant, each lot receives tensile and elongation tests before shipping. If any batch underperforms, it doesn’t leave our gates.
Across Asia, Latin America, and Africa, construction often races ahead of infrastructure maintenance. We’ve seen builders struggling with off-brand emulsions that promise high coverage, but can’t cut it against fungal growth or monsoon downpours. With RHOPLEX 4336, contractors realize a sealed film that staves off mold and stands against light alkaline cleaners, which helps maintain long-term color stability.
This product earned its place in external wall putties, roof coatings, and decorative paints through actual weather exposure panels—not just climate simulators. Builders ask us to help protect surfaces in cities facing traffic grime, high humidity, or salt air. They come back to 4336 for its record on chalking resistance and its ability to carry a range of matting agents or anti-fungal additives without flocculation.
Some acrylic emulsions show drastic swings in viscosity under rapid temperature changes. Field evidence pointed us to the right dispersant and rheology modifiers to support continuous machine coating or manual application with simple rollers. This reduces labor disputes caused by unexpected “drag” or streak marks that otherwise result in costly site delays.
An architectural firm in humid South China compared facade finishes made with RHOPLEX 4336 against imports and local alternatives. They noticed less streaking during sudden rain and better long-term gloss retention. When a Middle Eastern water tank refurbishment project faced constant overnight condensation, RHOPLEX-based membranes outlasted two competing brands, showing no swelling or stickiness. Latin American contractors laying traffic markings or parking garage line coatings pointed out how 4336 functions well with common solvent-free products, achieving strong adhesion and quick set-up for fast reopening to vehicles.
Over the years, builders returned to our shop floor expecting us to tune the product for new pigments, fillers, or climate-driven needs. We listened—firm but flexible recipe tweaks improved workability on rough cements and sharp transitions, helping painters and finishers cut costs on surface prep or repair caused by poor binder adhesion.
No acrylic emulsion fits every application. Over the years, contractors struggled on freezing sites with minimum film temperature constraints. With 4336, some success comes from using coalescents or adjusting primer systems, but we always recommend site-specific trial runs before full-scale jobs. Alkali resistance also depends on proper neutralization and pigment control, especially in highly reactive cement-based systems. We work closely alongside chemists and applicators to adjust recipes toward their realities, not just laboratory targets.
Our process for improvement means acknowledging limitations and converting feedback into future adjustments. For example, in high-gloss industrial coating systems, 4336 sometimes trades away a touch of clarity for exceptional flexibility—so customers needing crystal-clear films often select from our alternative grades. In every instance, our team screens customer batches and brings back notes to the plant, fine-tuning for issues like foaming, sag, or pigment flotation.
We never promise magic. Laboratory samples always go through rigorous field simulation before suggesting a formula change. The result: a proven record of dependability and honest conversations with customers across industrial, commercial, and residential sectors.
In a competitive world full of similar-sounding acrylic emulsions, the real difference shows up on ladders, scaffolds, and work sites—not test tubes or brochures. Builders and paint companies who stick with RHOPLEX 4336 do so because they’ve endured fewer callbacks, less downtime, and better repeat business from happy owners and facilities managers.
Those working night shifts to finish school renovations, or on big commercial lots under subtropical storms, share common complaints: slow dry, poor hiding, tacky residue, expensive do-overs. Formulators who switched to this product noticed less product settling, trouble-free mixing, and fast, reliable batch runs even under less-than-ideal warehouse or site conditions.
Our on-site support doesn’t just mean answering the phone. Many times, project engineers have brought samples, stains, offcuts, or scrapings to our team for review and feedback. Each one is a chance for us to improve. One midwestern US builder recently reported near-zero blistering in cementitious deck coatings, cutting warranty claims dramatically versus their old latex supplier. Another customer in Southeast Asia solved a transparency issue in high-build exterior textured coatings by following our internal guide on thickener selection and pigment wetting, steps learned through years of practical feedback.
A trusted raw material gives paint plants and construction crews control over deadlines and budgets. By manufacturing RHOPLEX 4336 directly, we guarantee full traceability, no substitution, and consistent tank-to-tank performance. Plant managers regularly invite supervisors or techs to walk our blending and loading docks, seeing firsthand the equipment and checks that go into every shipment.
Expectations for safer workplaces and healthier buildings keep changing. We always keep ahead of global and local regulations, minimizing hazardous substances and supporting low-VOC, low-odor requirements that help clients win green-building certifications. In the early days, regulatory claims only reached as far as paperwork, but now, customer audits and on-site checks ensure strict compliance.
Our sourcing and processing team audits every incoming batch of monomers and surfactants for compliance with safety standards. Finished products undergo in-house and third-party lab tests, checking not just for most widely controlled substances but also for persistent organic pollutants and heavy metals. Each step contributes to end-user protection in schools, residences, and medical facilities.
Feedback from our most demanding customers—hospitals, public buildings, schools—has guided us to continuous VOC reductions, careful preservative selection, and avoidance of substances flagged by government or green-label auditors. This input loops back into formulation and production practice, not as a box-ticking exercise, but as steady, incremental improvement across all finished goods.
What we produce today builds on the challenges and insights collected from job sites who demand better. Building owners now watch for longevity and easier, cheaper maintenance, not just low initial cost. Paint shops expect stable, pumpable emulsions that don’t foul equipment or require costly downtime for cleaning. Our manufacturing upgrades in reaction, monitoring, and blending have aimed directly at these real-world problems.
Coating chemists rely on predictable, robust latex that lets them innovate without surprises—experimenting with new matting agents, tinting systems, or surface modifiers. RHOPLEX 4336 keeps these lines moving, supporting both high-speed production and field touch-up without suffering from gelation or color drift.
Our own production team faces pressure every year to push capacity without cutting corners on quality testing or traceability. In every area, from polymer stability to packaging logistics, investments serve the larger goal: to give end-users a product with fewer headaches, better margins, and confidence to tackle demanding jobs.
No commentary can do justice to the days and nights spent tackling production challenges, nor to feedback from the paint-covered hands of builders and contractors using RHOPLEX 4336 on projects big and small. What matters is results—fewer product returns, lower site defects, coatings that stay strong and clean year after year.
Our direct manufacturing experience means you get more than a drum of generic acrylic emulsion—you get the reliability, accountability, and field-driven adjustments earned through tens of millions of square meters painted, tiled, coated, and sealed. RHOPLEX 4336 doesn’t just meet industry specs; it solves jobsite problems with the resilience, workability, and long-term stability that come from listening and improving, day in and day out.