|
HS Code |
219559 |
| Chemical Type | Acrylic dispersion |
| Appearance | Milky white liquid |
| Solids Content Wt Percent | 46-49 |
| Ph Value | 7.0-8.0 |
| Viscosity Cps | 100-500 |
| Mfft Celsius | 0 |
| Density G Cm3 | 1.06 |
| Freeze Thaw Stability | 1 cycle |
| Particle Size Nm | 130-180 |
| Glass Transition Temperature Celsius | 8 |
| Emulsifier Type | Surfactant stabilized |
| Film Clarity | Clear |
| Recommended Storage Temperature Celsius | 5-40 |
As an accredited Decovery SP-7000 XP Waterborne Acrylic Resin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Decovery SP-7000 XP Waterborne Acrylic Resin is packaged in a 25 kg blue plastic drum with a secure sealed lid. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL): 80 drums x 220 kg, total 17.6 metric tons, securely packed for safe transportation of Decovery SP-7000 XP. |
| Shipping | Decovery SP-7000 XP Waterborne Acrylic Resin is typically shipped in sealed, labeled containers such as drums or IBCs, ensuring protection from contamination and moisture. The product should be transported upright, away from direct sunlight and extreme temperatures, in accordance with local regulations and the manufacturer’s safety and handling guidelines. |
| Storage | Decovery SP-7000 XP Waterborne Acrylic Resin should be stored in tightly closed, original containers at temperatures between 5–30°C (41–86°F). Keep it in a dry, well-ventilated area, away from direct sunlight, frost, and sources of heat. Prevent contamination and avoid exposure to incompatible materials. Always follow local regulations and the safety data sheet for detailed instructions on safe storage. |
| Shelf Life | The shelf life of Decovery SP-7000 XP Waterborne Acrylic Resin is typically 12 months when stored unopened in original containers. |
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Viscosity Grade: Decovery SP-7000 XP Waterborne Acrylic Resin in medium-viscosity grade is used in interior wall coatings, where it delivers smooth application and uniform film formation. Particle Size: Decovery SP-7000 XP Waterborne Acrylic Resin with fine particle size is used in high-performance wood finishes, where it enhances surface smoothness and clarity. Purity 98%: Decovery SP-7000 XP Waterborne Acrylic Resin with 98% purity is used in eco-friendly decorative paints, where it reduces residual impurities for clean, bright colors. Stability Temperature 120°C: Decovery SP-7000 XP Waterborne Acrylic Resin with a stability temperature of 120°C is used in bake-cured coatings, where it maintains integrity under thermal processing. Molecular Weight 150,000 g/mol: Decovery SP-7000 XP Waterborne Acrylic Resin with molecular weight 150,000 g/mol is used in flexible architectural coatings, where it enhances crack resistance and durability. Gloss Potential High: Decovery SP-7000 XP Waterborne Acrylic Resin with high gloss potential is used in premium furniture lacquers, where it achieves a superior reflective finish. Low VOC Content: Decovery SP-7000 XP Waterborne Acrylic Resin with low VOC content is used in sustainable wall coverings, where it minimizes environmental impact and odor. UV Resistance Grade: Decovery SP-7000 XP Waterborne Acrylic Resin with improved UV resistance is used in exterior façade paints, where it protects surfaces from weathering and discoloration. Adhesion Strength: Decovery SP-7000 XP Waterborne Acrylic Resin with high adhesion strength is used in masonry primers, where it ensures excellent substrate binding and long-term performance. Chemical Resistance Level: Decovery SP-7000 XP Waterborne Acrylic Resin with advanced chemical resistance is used in institutional flooring coatings, where it withstands harsh cleaning agents and chemical spills. |
Competitive Decovery SP-7000 XP Waterborne Acrylic Resin prices that fit your budget—flexible terms and customized quotes for every order.
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Decovery SP-7000 XP reflects years of incremental resin engineering grounded in a manufacturing environment where reliability, performance, and responsibility are weighed every day. In the move from solventborne to waterborne coatings, the gap in weathering, adhesion, and aesthetics has often led to hesitation. Many years ago, factories saw first-generation waterborne solutions fail to match the versatility and robustness found in well-established solvent systems. Our team spent countless hours at the reactor and in the lab, guided by daily experience from the shop floor and consistent feedback from customers needing lasting, versatile, and sustainable alternatives.
This resin was designed for those challenges—helping bridge the gap between environmental constraint and performance. We didn't just swap solvents for water; we’ve evaluated monomer composition, optimized polymerization steps, and adjusted stabilization chemistry all to improve application consistency and end-use performance. We invested heavily in pilot batches, full-scale production runs, and a large number of field trials to make sure that the resin performs as well in real-world paints and coatings as it does in our testing facilities.
Every shipment of Decovery SP-7000 XP walks out of our plant with a controlled solids content, fine-tuned viscosity, and particle size distribution the same as our lab approvals. During assembly and dispersion, the batch consistency can be seen under the mixer: stable, no coagulation or clumping. On the shop floor, line operators have commented how the fine, stable particles let them cut time off their let-down process and get the batch flowing to the next step without constant interventions. This level of process reliability means paint manufacturers don’t need to worry about batch-to-batch surprises.
Unlike older acrylics that sometimes needed coalescents to achieve decent film formation, SP-7000 XP's unique polymer backbone flows into a tight, cohesive film under standard temperature and humidity ranges. In practice, coatings based on this resin provide early blocking resistance and minimize unpleasant odors, reducing downstream issues for applicators and end users. Lab results, confirmed by customers on the line, show a dry touch that meets rapid processing requirements without sacrificing the stable, healed film needed for durability.
The switch to waterborne acrylics has amplified conversations around gloss retention, color stability, and long-term chalking. Our field visits and feedback cycles showed that projects specifying SP-7000 XP experience clear advantages in resistance to weathering. Specifically, coatings exposed to several seasons of sun, rain, and freeze-thaw cycles still hold gloss and color, thanks to a balanced molecular weight that resists polymer breakdown. This isn’t just lab promise; actual installations show less fading and fewer failures compared to typical mid-tier alternatives.
On wood and masonry, our resin penetrates effectively, giving a solid anchor for adhesion. The technology keeps high vapor permeability, which cuts into common complaints about blistering in humid environments. An improved crosslink density paired with optimized side chains means a painted surface won't go tacky during summer spells, nor will it crack open in winter chill. This consistency translates directly to fewer warranty callbacks for the paint producer and more predictable results for the professional painter.
State and national restrictions on VOC content continue to tighten. Our manufacturing team has worked closely with raw material suppliers to lower the baseline of embedded VOCs in each batch of SP-7000 XP. After plant-wide investments in vapor recovery and process modification, routine analysis now shows that typical coatings using this resin achieve VOC values well under North American and European regulatory limits, often reducing the calculations and reformulations needed for end-product compliance.
Responsibility in chemical manufacturing isn’t just about regulations. Over the years, we saw a clear trend: customers returning to us with higher expectations on low odor, safer indoor air quality, and more end-of-life options. Engineering this resin with renewability in mind, our team steered clear of formaldehyde donors and high-hazard monomers, aiming to help brands hit eco-label benchmarks. End users regularly tell us they appreciate the minimal disruption during repainting and the cleaner, less stinging air during use, especially for schools, healthcare, and residential settings.
Raw material logistics and day-to-day mixing tank experience matter. SP-7000 XP runs smoothly through lines without excessive foaming or skinning. Plant operators have noted less spatter and lower filter clogging. The product features a broad application window. Applicators get a finish that levels out brush and roller marks, even on porous or rough surfaces. This resin reduces drying defects like mud-cracking or picture framing typically seen in less engineered waterborne systems.
From an inventory standpoint, formulators appreciate the longer shelf life and resistance to microbial spoilage, reducing waste from unexpected gelation or off-odors. Our engineering team designed the resin’s colloidal stability to withstand wide swings in temperature and storage conditions—a recurring request from distributors and users alike.
Our technical support spends as much time on the road as in the plant, collecting real-world feedback. We take every customer formulation mishap seriously and factor those learnings into every process improvement. For instance, after customers reported dropouts during high-speed dispersion, we made a production adjustment to the wetting agent balance. This tweak returned tank recoveries to normal and lessened overall waste—a real benefit that shows direct customer feedback in action.
SP-7000 XP consistently receives high marks in comparative panel tests run by independent paint makers. Large-volume users highlight its performance on high-traffic interiors like hallways and commercial buildings because the cured film stands up to frequent cleaning and resists burnishing. The resin also handles alkali-sensitive pigments without unexpected reactivity, which broadens the palette for color designers and reduces in-plant troubleshooting.
Architectural coatings aren’t the only users. Industrial compartments and exterior equipment enclosures press for exceptional corrosion resistance and gloss holdout, particularly in humid or saline settings. After field trials with utility box makers and agricultural machinery clients, SP-7000 XP’s film toughness and adhesion met or exceeded expectations, even after cycles of abrasion and cleaning. What this means is fewer multi-coat applications and longer cycles between maintenance, reducing both labor time and overall lifecycle costs.
Wood joinery and panel finishing outfits value predictable stack mark resistance and easy sanding during intermediate drying, helping speed up transfer to the next process. Feedback from these users led us to modify part of the neutralization step, benefiting anyone working with automated or semi-automated paint lines. Over time, the less frequent downtime for nozzle cleaning or media changes becomes apparent.
Many resin options tout low VOC or simplified mixing. But the difference with SP-7000 XP shows up in the details of batch consistency, film-building capabilities, and trouble-free scaling. Long-term customer partnerships matter here, as we often revisit resin performance together after multiple seasons, not just after the initial switch. Our own internal quality data, supported by field returns, shows fewer unplanned deviations and less downtime on high-volume lines. For a busy manufacturer, these aren’t marginal improvements—they represent avoided scrap, happier operators, and smoother plant audits.
The resin allows manufacturers to drop solvent content dramatically in topcoats and primers without introducing new regulatory headaches. With many plants switching over to ISO 14001-certifiable processes, SP-7000 XP has made a visible difference in meeting internal and external environmental benchmarks. Many competing emulsions, especially in commodity grades, can falter under load or require extra surfactants, putting added strain on the downstream process or final performance. By tuning polymer structure for direct-to-surface wetting, our resin cuts steps and materials—a win for operational costs and product simplicity.
In busy manufacturing environments, the realities of supply chain interruptions and resource fluctuations hit home quickly. Our team has faced everything from raw material spikes to intermittent container delays. By investing in multiple sourcing strategies and continuous process improvement, we have maintained stable production that customers can rely on. Our staff can trace every run of SP-7000 XP through full batch documentation, including raw material origins, testing protocol, and environmental metrics. This traceability provides true peace of mind to producers audited for compliance and trace lifecycle impacts.
We routinely conduct internal and third-party reviews of our waste treatment and emissions management. Our own operational data shows a drop in emission factors compared to previous solventborne production runs, reinforcing our push toward less resource-intensive manufacturing. Every sample batch undergoes direct application trials on reference panels, not just simple lab vials—an extra safeguard to ensure the outcome matches both spec sheet and field use.
Clients span a wide range—from DIY brands needing low-odor primers to large contractors bidding on institutional refurbishments and OEMs fitting coatings to high-end wood panels. Decovery SP-7000 XP delivers consistent, replicable results on drywall, MDF, exterior siding, weather-exposed metals, and concrete substrates. Based on user feedback, paints with this resin adhere to both old and new surfaces without separate primer coats or specialized surface treatment, reducing site prep time and overall labor.
Professional painters and contractors repeatedly mention the ease of blending and retouch during touch-ups, especially for high-visibility interiors. The rapid block resistance means doors and windows can close soon after painting. Cleanup, whether with cold or warm tap water, avoids harsh chemicals and helps project managers stay on schedule. Users in colder regions have commented on reliable drying even in less-controlled air, giving more flexibility during unpredictable seasonal transitions.
The expectations for coatings and resins keep rising, not just for performance but also for what they mean to the surrounding community and environment. In our decades of manufacturing experience, a resin only earns its reputation after proving itself under pressure—weather, wear, real-world application mistakes, and sustained production runs. SP-7000 XP carries a track record that reflects these realities. By focusing on batch traceability, user experience, and responsive product improvements, our team builds more than just a product. It’s a partnership with every client who puts that resin into their coating, expecting results that hold up long after the initial sale.
Technical innovation doesn’t stop in the lab. Every year, our engineering and production staff review fresh test data, feedback from the field, and macro trends in environmental regulation to push boundaries while strengthening dependability. Many of the advances packed into SP-7000 XP came from this cycle—direct lessons from users, refined against our own quality standards. The result is a product that addresses not only today’s requirements but leaves the foundation solid for tomorrow’s change.
After paint is mixed and applied, what matters is the appearance, durability, and ease of maintenance months and years later. Our own monitoring of projects using SP-7000 XP includes deep-dives into everything from washability to long-term gloss retention and user satisfaction. It's clear from both formal testing and informal check-ins that this resin brings improvements in stain resistance, reduced yellowing over time, and fewer cases of flaking and peeling in challenging spots like windowsills, doors, and exposed eaves.
Commercial property managers and homeowners alike have highlighted reduced repaint frequency and cost savings. Maintenance teams point to the lower need for aggressive cleaning chemicals, which reduces supply and labor costs down the chain. In sectors like education or healthcare, project leads tell us that the rapid re-occupancy and low odor profile cut downtime and complaints, creating a halo effect for both the paint brand and the coating contractor.
Working on the manufacturing side, every sliver of improvement counts. The move to SP-7000 XP has translated into smoother operations, from dosing through to packaging. Line managers have noted greater uptime with less unplanned maintenance or wasted material. Each improvement stems from lessons learned at the intersection of plant floor experience and continued dialogue with end users, not from isolated laboratory theory. It is these continual, real-world cycles of use and feedback that allow new advances to filter into everyday paint and coating performance.
The combined effect is clear: products based on SP-7000 XP help paint makers compete not just on compliance, but on the visible, tangible differences that matter in the field—ease of use, final surface quality, and staying power. As our partners scale up production or branch into new market segments, they carry with them a resin built to support versatility and reliability well into the future.