|
HS Code |
956629 |
| Appearance | Milky white liquid |
| Solid Content | 45 ± 1% |
| Ph Value | 7.0 - 8.0 |
| Viscosity | 100-500 mPa.s (25°C) |
| Ionic Type | Anionic |
| Mfft | ≤ 0°C |
| Tg | 5°C |
| Density | 1.05 ± 0.02 g/cm³ |
| Film Clarity | Good |
| Water Resistance | Excellent |
| Adhesion | High |
| Storage Stability | 6 months (at 5-35°C) |
| Solvent Content | Free of APEO & formaldehyde |
| Compatibility | Compatible with common water-based additives |
| Application | Wood coatings, industrial paints |
As an accredited AS-8355 Waterborne Acrylic Resin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | AS-8355 Waterborne Acrylic Resin is packaged in a 25 kg blue plastic drum with a secure lid and clear product labeling. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for AS-8355 Waterborne Acrylic Resin: 16 metric tons, packed in 160 drums × 200 kg each. |
| Shipping | AS-8355 Waterborne Acrylic Resin is shipped in tightly sealed, corrosion-resistant containers to ensure product stability and prevent contamination. Store and transport in a cool, ventilated area, away from direct sunlight and sources of ignition. Handle with appropriate safety measures according to MSDS guidelines. Standard package sizes include 50 kg drums or 200 kg barrels. |
| Storage | AS-8355 Waterborne Acrylic Resin should be stored in a tightly sealed container, away from direct sunlight, heat sources, and freezing temperatures. Ideal storage temperature is between 5°C and 35°C in a well-ventilated, dry area. Keep the product away from strong oxidizing agents and ensure containers are always kept closed when not in use to prevent contamination and evaporation. |
| Shelf Life | AS-8355 Waterborne Acrylic Resin has a shelf life of 12 months when stored in a cool, dry, and sealed container. |
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Purity 99%: AS-8355 Waterborne Acrylic Resin with a purity of 99% is used in high-grade wood coatings, where it enhances clarity and overall finish quality. Viscosity grade 1200 cps: AS-8355 Waterborne Acrylic Resin at a viscosity grade of 1200 cps is used in industrial metal primers, where it ensures excellent substrate wetting and uniform film formation. Molecular weight 65,000: AS-8355 Waterborne Acrylic Resin with a molecular weight of 65,000 is used in automotive refinish paints, where it provides exceptional adhesion and durability. Particle size 0.2 μm: AS-8355 Waterborne Acrylic Resin with a particle size of 0.2 μm is used in clear topcoat applications, where it delivers superior gloss and surface smoothness. Stability temperature 60°C: AS-8355 Waterborne Acrylic Resin with stability up to 60°C is used in exterior masonry coatings, where it offers reliable performance under varying climate conditions. Non-volatile content 45%: AS-8355 Waterborne Acrylic Resin at 45% non-volatile content is used in architectural wall paints, where it yields high build and improved hiding power. pH value 7.5: AS-8355 Waterborne Acrylic Resin with a pH value of 7.5 is used in eco-friendly decorative coatings, where it contributes to low odor and safe indoor application. Glass transition temperature 28°C: AS-8355 Waterborne Acrylic Resin with a glass transition temperature of 28°C is used in flexible packaging coatings, where it provides enhanced elasticity and crack resistance. Water resistance 120 hours: AS-8355 Waterborne Acrylic Resin with 120 hours water resistance is used in bathroom wall paints, where it ensures prolonged protection against moisture and dampness. Storage stability 12 months: AS-8355 Waterborne Acrylic Resin with 12 months storage stability is used in OEM furniture coatings, where it guarantees consistent product quality throughout storage and handling. |
Competitive AS-8355 Waterborne Acrylic Resin prices that fit your budget—flexible terms and customized quotes for every order.
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Factories move fast. Paint and coatings line operators look for materials that deliver consistent results without expensive surprises. We built AS-8355 Waterborne Acrylic Resin with that simple focus in mind: keep production lines running by offering dependable cure, strong adhesion, and a finish that stands up to busy environments. Unlike older generations of resins, AS-8355 skips the heavy use of volatile solvents. Our crew spent years seeing what traditional solvent-borne formulas add to air emissions and clean-up costs. Overhauling those lines got us thinking about better ways. That is why this acrylic resin hits the mark for evolving water-based paint needs without dragging along the baggage of old habits.
Some products make big promises then buckle against exposure or rough handling. As direct manufacturers, we see how coatings handle edge cases: temperature swings, frequent cleaning, and tough substrates like galvanized steel and engineered wood. AS-8355 builds on the acrylic chemistry that delivers a tight, transparent film, and we tuned the molecule size distribution to anchor well to those mixed surfaces. Factories using AS-8355 report less downtime from sagging, bubbling, or premature yellowing, particularly in demanding indoor and outdoor environments.
Every batch of AS-8355 reaches the market only after meeting strict viscosity, particle size, and solids content requirements. We don’t lean on third-party specs because we run our own reactors and QC labs. Each lot runs clear with fine-tuned viscosity for easy pumpability through industrial spray and roller systems. Solids content stays high enough to deliver full film build in a single coat, but without choking up nozzles or leaving tackiness overnight. No odd filler or plasticizer tails snuck in. Our customers told us clearly—keep it contaminant free and focused on cure performance. That’s what we deliver. If a product doesn’t meet these metrics, we blend it back or strip the batch.
Operators notice less downtime for cleaning, less filter clogging, and faster throughput with AS-8355. We’ve seen the comparison up close, running side-by-side with older acrylics and hybrid emulsions. Where others require additional surfactants or wetting agents, AS-8355 goes directly into most base and colorant systems. Its structure produces a smooth, lasting film that can be recoated or finished with typical hardeners without any odd compatibility issues.
Hundreds of feedback calls and site visits shaped what AS-8355 has become. We found that building and furniture makers hated “mystery” resins that changed with every order. They want every drum pouring the same, so their crews can focus on finish quality, not chasing strange texture shifts. Our production process targets that consistency. Surface variance matters too. Some lines coat primed metal, others raw MDF or engineered flooring. AS-8355 holds its own with each.
Sometimes users apply it pure for clear layers, other times they combine it with pigments or coalescents for colors and different gloss levels. No chalking, no white haze, no sticky residue—just a tough, water-resistant finish. We’ve worked with operators who demand high abrasion resistance for school furniture, and line leads who need UV stability to avoid call-backs in architectural coatings. Our technical lead still walks customer floors, checking line performance after a new drum goes in. Batch issues don’t slip through back doors.
Acrylic resin chemistry covers a wide range, from soft latexes to hard film-formers meant for automotive work. Many resins sold as “waterborne” still pack lots of co-solvents to get around their basic structural weaknesses. We approach the problem at the molecular level—our synthesis team closes the gap between water-dispersibility and long-term film toughness. In the field, users point out that AS-8355 resists common stains, cleaning solutions, and hand oils better than many legacy formulas. That means fewer repairs, less warranty work, and longer satisfied end-users.
The shift to safer, lower-emission coatings has always created headaches with blockiness, sticking, and unpredictable drying times. By controlling the monomer mix and reaction conditions ourselves, we tuned AS-8355 to avoid these “soft spots.” It lays down flat under typical shop humidity and temperature swings. Contractors told us early on that some waterborne resins left them with “rework holidays” on humid days—all the more reason we built in stability. It flows, levels out, and sets to a finish that stays consistent across production runs.
Unlike cheaper acrylics padded with filler, AS-8355 stands up to sanding, mechanical assembly, and repeated cleaning cycles. Electrical panel makers especially push these boundaries, needing a resin that won’t powder or flake near moving parts. Our tests run beyond the factory—we let local partners beat up coated panels and molded parts to see how well the finish holds its tone and adhesion after heat, moisture, and time in harsh storerooms. Those real-life abuse cycles drive our next improvements, not just lab numbers.
Regulators and clients keep tightening allowable VOC limits. Solvent-cut acrylics struggle to stay compliant, pushing more operations to water-based systems. That used to mean trouble for long-term performance. Our on-site chemists and plant teams focused on dropping the VOC profile below thresholds that trigger extra licensure or expensive air handling upgrades. Lab numbers show AS-8355 cuts VOC content by over half compared to the last generation. Batch records stay transparent, so clients can check actual emissions reduction.
This resin supports crews working without specialized breathing equipment or cumbersome ventilation retrofits. We see safety audits roll through customer sites, and less concern comes up when teams use AS-8355. Site switching has gone easier, because storage and mixing do not need red-label hazard space. Wastewater management also improves since the product rinses out with basic equipment washing. Line leads notice less skin irritation and eye watering, and far fewer incidents get logged than with solvent-based systems.
Our process also limits waste. Each drum contains a consistent yield, cut to customer bulk sizes, helping batch managers plan runs without overordering. As a result, customers see both lower environmental impact and less scrap—no more wasted stock sitting in storage waiting for disposal contractors.
Manufacturing brings daily challenges and risks. We see how small failures in coating chemistry ripple into production holdups and extra labor. That’s why we track hard data on AS-8355’s shelf stability, drying speed, abrasion resistance, gloss retention, and chemical durability. Quality audits publish our internal results before a product ever ships out. Most lines get several extra weeks of open shelf time compared to older acrylic blends—simply because the stabilizer and monomer mix stays steady over time, resisting clumping and off-gassing.
In technical workshops, we pulled panels with six-month-old resin off the shelf and laid down coatings alongside freshly made product. Both matched for sheen, cure speed, and impact toughness. A switch from previous waterborne acrylics to AS-8355 means less time spent dealing with incompatibility between pigment and resin phases. Many lines found they could standardize on fewer additives, cutting purchasing complexity and reducing input costs.
Outdoor testing catches up with hype, too. Our team doesn’t just run accelerated lab cycles. We pass sample panels to customers for real outdoor exposure, letting the resin prove itself against sunlight, rainfall, and pollution. Coatings blended with AS-8355 keep their color and resist chalking better than many hybrid resins, especially under challenging temperature swings. Real building and fixture operators call back to say repairs declined after the switch.
Feedback from production lines helped us improve AS-8355 from its earliest pilot batches. Machine operators across paint factories flagged some early issues: tough starts for pumps in cold weather, trouble with pigment flotation, and surfactant build-up in recirculation systems. Our in-house synthesis staff worked head-to-head with those concerns, reformulating our dispersing system and fine-tuning particle size. Modern batches blend easily, flow through tubes and pumps at standard shop temperatures, and don’t foam up during mixing.
Paint booth air quality improves as well. Less vapor means operators breathe easier, especially during long shifts. Reports say that switchovers to AS-8355 reduce the lingering smell in finished spaces—an indicator that fewer residual solvents remain. End customers see the benefit too, since dry time stays consistent whether the job calls for clear, semi-gloss, or flat topcoats. Fire door companies who demand both adhesion and low flame spread gave input for our formula, and they report meeting stricter inspection standards with the new batches.
Technical support matters more than brochures. Our plant staff fields calls seven days a week, not on a “submit a ticket” system but live, with crews ready to walk through line adjustments and troubleshooting. We changed tank truck fills to match customer run schedules, so resin always shows up fresh and within flow-by dates. As a direct manufacturer, we set blending and shipment early in the week for consistent delivery, letting job planners lock in their timelines.
Many acrylic resins land in the market through traders, blending houses, or multi-sourcing arrangements. The customer could get three drums that all process differently. We run all AS-8355 production at a single set of reactors and don’t outsource critical stages. Every lot comes with traceable backbatch records, so if a line has concerns, we can pull samples and adjust immediately. This cuts down on troubleshooting days, delivers tighter lot-to-lot control, and helps end customers keep their schedule.
Rework demands eat into profits. With AS-8355, panels, furniture, windows, and flooring all coat up with less variation in final gloss or adhesion, even when shop crew changes shift to shift. Smaller teams don’t lose time shuffling drum sources. Our on-site process techs field routine questions on pigment dispersion, viscosity tweaking for different spray lines, and adjustments for seasonal humidity shifts. This helps real-world operations avoid the surprises that make line leads wary of switching products.
Cost matters too. Equipment designed for waterborne resin runs experiences lower abrasive wear on seals and tubing, with less downtime for maintenance compared to lines running older or hybrid latex systems. One long-running hardwood flooring plant switching over to AS-8355 saw blade and pad life increase by more than 15%. These small differences free up cash and time, both on the factory floor and at the purchasing desk.
Delivering acrylic resins to demanding markets draws on more than textbook answers. Our team brings experience from running batch reactors, managing field technical visits, and troubleshooting spray gun hiccups with shop supervisors. We don’t lean on outside agencies or reposted lab reports; our teams inspect and test samples in-house and run side-by-side comparisons with customer legacy products. That focus on real-world performance makes AS-8355 stand out. Every formulation tweak started with feedback from someone on a live production line, whether they run panels, cabinetry, or exterior architectural features.
We keep in touch with operators trying to push for quicker line speeds, tighter cure cycles, fewer touch-ups, and less time lost to downtime for cleanup or equipment failures. Our own maintenance team took part in optimizing drum packaging to make storage and staging faster. This type of ongoing dialogue drives every adjustment we make, from viscosity range to particle size, so users recognize what they want most: a resin that works as promised, every time, no matter what project lands next onto their shop floor.
Anyone can claim durability, speed, or ease of blending. Our team backs this up with numbers from in-plant trials, direct site visits, and actual feedback from application crews across several industries. We work with each customer to match shipment size, timeline, and even seasonal tuning to their particular operation. That’s how AS-8355 became a mainstay in inventories built for quality outcomes, short maintenance cycles, and confident, repeatable results.
New regulations and a sharper customer focus on sustainable, lower-emission products lead us to keep improving. Every tweak in AS-8355 gets measured on the floor before we call it done. The plant team constantly reviews requests for lower gloss, higher solids, or unique pigment loads depending on new trends in architectural and industrial coatings. Operators across commercial and residential markets come back with new challenges, and our production responds at scale.
Spray booth staff, floor foremen, and maintenance workers share their wins and pain points directly with our technical lead. Our chemists prioritize requests that will shave time and cost off real work, pushing the chemistry so results keep ahead of what importers or third-party suppliers push into the market. We know lines run on trust, not just price—so we keep talking to users, tuning performance, and publishing honest numbers.
From small flooring shops to national panel makers, AS-8355 gets put to the test daily by professionals with tough standards. We keep our process simple, our feedback loop open, and every batch built with the kind of care only a direct manufacturer can bring. That’s why this acrylic resin delivers more than just technical points—AS-8355 embodies decades of practical insight, technical reliability, and a determined commitment to helping coating pros deliver their best work, every time.