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HS Code |
720249 |
| Inci Name | Acrylates Copolymer |
| Physical Form | Liquid |
| Appearance | Clear to slightly hazy liquid |
| Ph | Approximately 3.0 to 4.0 |
| Solubility | Dispersible in water |
| Viscosity | Low to moderate (varies with usage) |
| Preservative | Contains preservatives (varies by supplier) |
| Odor | Characteristic, mild odor |
| Function | Suspending agent |
| Recommended Use Level | Typically 1-4% |
| Compatibility | Compatible with surfactants and electrolytes |
| Usage Ph Range | Works across pH 4.5-8.0 |
| Color | Colorless to pale yellow |
| Applications | Shampoos, body washes, liquid soaps |
| Stability | Stable under typical formulation conditions |
As an accredited Liquid Suspending Agent Acrylates Copolymer SF-1 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The Liquid Suspending Agent Acrylates Copolymer SF-1 is packaged in a 25 kg blue HDPE drum with a secure screw cap. |
| Shipping | **Shipping Description:** Liquid Suspending Agent Acrylates Copolymer SF-1 is shipped in tightly sealed HDPE drums or IBCs to prevent contamination or leakage. Containers are clearly labeled and stored upright in cool, dry conditions. Handle and transport according to standard chemical safety regulations, avoiding direct sunlight and extreme temperatures during transit. |
| Storage | Store Liquid Suspending Agent Acrylates Copolymer SF-1 in tightly sealed, original containers at 5–35°C in a cool, dry, well-ventilated area, away from direct sunlight and sources of ignition. Prevent freezing. Avoid contamination by keeping containers tightly closed when not in use. Follow all relevant safety and handling guidelines, and store separately from incompatible substances. |
Applications of Liquid Suspending Agent Acrylates Copolymer SF-1 in Industrial ManufacturingLiquid Suspending Agent Acrylates Copolymer SF-1 offers reliable rheology control and particle stabilization capabilities in multiple industrial sectors. Our experience as a direct manufacturer allows us to deliver this high-performance additive for consistent performance in formulations requiring long-term suspension maintenance, viscosity adjustment, and stable dispersion. Below are verified downstream applications outlining distinct processing and compliance parameters. 1. Water-Based Decorative Paints and CoatingsFormulators of interior and exterior architectural coatings and industrial paints integrate this copolymer to control the suspension of pigments, extenders, and functional fillers in waterborne formulations. Its unique thickening properties maintain uniformity during storage and application, while also minimizing sedimentation that would otherwise affect coating appearance. Technical teams can fine-tune the dosage based on pigment type and desired flow properties, often evaluating the performance during accelerated storage stability testing before large-scale production. Industry compliance standards
Typical usage ratio
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2. Household and Industrial DetergentsLiquid suspending agents play a critical role in the formulation of multiphase detergent products, from washing powders in liquid suspensions to viscous cleaning gels with suspended bleach particles, antibacterial capsules, or scrubbing beads. The acrylates copolymer’s robust tolerance to surfactants and electrolytes allows plant engineers to stabilize insoluble actives during high-speed filling, transportation, and end-user storage. Its consistent viscosity control also ensures proper flow rates in automated bottling lines and triggers. Industry compliance standards
Typical usage ratio
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Major personal care brands rely on advanced polymer suspending agents for transparent or pearlescent cleansing gels, where exfoliating microbeads, mica, or actives must remain uniformly suspended for shelf-life claims and consumer experience. The acrylates copolymer provides clarity, stable particle dispersion, and targeted viscosity for easy application. Its cold-process compatibility supports fast throughput in high-shear mixers and improves yield for high-volume OEM filling operations. Industry compliance standards
Typical usage ratio
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4. Agricultural Suspension ConcentratesManufacturers of crop protection products use the copolymer for formulating aqueous suspension concentrates (SCs) that require stable suspension of micronized actives such as herbicides, fungicides, or fertilizers. The agent prevents sedimentation of technical-grade raw materials during production, storage, and application, and enables precise dosing in automated filling lines. Its compatibility with surfactants and adjuvants ensures reliable performance amid challenging field conditions. Industry compliance standards
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5. Latex-Based Construction CompoundsDry-mix and ready-mix manufacturers depend on liquid suspension polymers for stable, ready-to-use latex-based construction compounds, including joint fillers, crack repair slurries, and thick coatings. The acrylates copolymer optimizes particle distribution and anti-settling in highly filled mineral systems, allowing long open times and smooth knife application. Its rapid dispersibility supports continuous in-line manufacturing, and strict QC protocols rely on the agent’s predictability for batch-to-batch consistency. Industry compliance standards
Typical usage ratio
Downstream process integration
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Competitive Liquid Suspending Agent Acrylates Copolymer SF-1 prices that fit your budget—flexible terms and customized quotes for every order.
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Acrylates Copolymer SF-1 evolved out of repeated conversations with production engineers and formulators in our lab and at our partner facilities. Keeping particles, pigments, and actives suspended in liquid systems always presented headaches. Cosmetic and cleaning product manufacturers struggled with separation in sulfate-free formats and also faced incompatibility issues with electrolytes and fragrances. Traditional thickeners couldn’t deliver the clarity and flow properties brands wanted, and some options clumped or needed neutralization, making scale-up a challenge. Our chemists spent months benchmarking synthetic polymers, natural gums, and modified celluloses to bridge that gap.
As a chemical manufacturer, we know batch-to-batch consistency matters. It’s easy to read specs about “suspending power” or “pseudoplasticity”, but those words don’t always translate to real-world performance. Our team focused on Acrylates Copolymer SF-1’s stability in cold-process systems, robustness in pH ranges common in shampoo bases, and ease of use for operators. By controlling polymerization kinetics and feed ratios, SF-1 achieves a finely tuned balance: thickening and suspending, but without stickiness or stringiness that frustrates processors or end-users. It pours, stirs, and integrates smoothly with colorants, surfactants, and actives.
With legacy suspending agents like xanthan gum, salt sensitivity remains an issue. At higher surfactant levels, viscosity spikes or, worse, gels break down. Acrylates Copolymer SF-1 stands out for its salt tolerance and predictable thickening across a range of ionic strengths. Unlike traditional acrylic thickeners, SF-1 disperses directly into water without dusting or clumping. In continuous production environments, this ease cuts training time for new operators and avoids long mixing cycles.
We’ve watched dozens of pilot batches run side by side: SF-1 builds viscosity quickly and gives an appealing, crystal-clear appearance. More importantly, it suspends scrubbing beads, exfoliants, and pigments evenly from first blend to final shelf life test. Many surfactant-based detergents and personal washes now feature botanical oils, actives, or colorants that need reliable suspension without clouding. SF-1 works in those applications without added preservatives or co-thickeners, which helps brands simplify their ingredient lists.
Acrylates Copolymer SF-1 comes as a low-viscosity liquid concentrate—not a powder or granulate. The liquid format, supplied at approximately 30% solids content, eliminates dust, minimises handling losses, and streamlines dosing, especially for automatic feeders or closed mixing systems. Process engineers no longer complain about clogged hoppers or inconsistent feed rates like they did with powders. Instead, they report shortened hydration times, more even dispersion, and less cleaning between batches.
We monitor every lot for particle size distribution, molecular weight range, and color—parameters that shape the final performance of SF-1 in clear and opaque systems. Most of our customers operate in personal care and household cleaning markets, so microbiological purity remains a core focus. All batches are checked for bacterial and fungal contamination, even though the copolymer’s chemistry and low water activity suppress microbe growth. This diligence means downstream users can skip cumbersome secondary filtration or preservative adjustments.
Making shampoo, shower gel, or detergent involves careful balancing: the surfactants for cleaning, actives for efficacy, fragrances for appeal, and visual extras like beads or glitter for shelf presence. Acrylates Copolymer SF-1 slips into most formulations at levels between 0.3% and 1.2% by weight, depending on the density of suspended solids and target viscosity. The best results come from adding SF-1 to water before other thickeners or surfactants. It disperses within five minutes under medium-shear mixing, then builds viscosity as anionic and nonionic surfactants arrive. There’s no need for neutralization, so the pH range from 4.0 up to around 9 suits most rinse-off or leave-on preparations.
Many formulators using SF-1 for the first time ask about clarity in sulfate-free applications—especially clear shampoo or facial washes. This is where SF-1’s design offers a clear performance advantage: its molecular structure avoids hazing and can suspend heavy inclusions like scrub beads in transparent systems. Some competitors use polymers that deliver either suspension or clarity, but not both. Our engineers spent months tweaking chain length and crosslinker types to secure this dual performance for SF-1.
Plant managers and production schedulers appreciate that SF-1 shortens both pre-mix and homogenization times. This matters: higher throughput, fewer hours per batch, and less energy spent on mixing result in lower production costs. Safety officers give positive feedback on the liquid form, since no dust means less need for particle control equipment and fewer inhalation hazards. Maintenance teams report less buildup and easier cleanout of mixing tanks and lines, saving on labor and turnaround.
We’ve run side-by-side cost comparisons against both carbomer gels and xanthan-based systems. In almost every case, Acrylates Copolymer SF-1 achieved equivalent or lower in-use cost thanks to the absence of neutralizing agents and secondary additives. There’s also a ripple effect: less variability in viscosity means fewer off-spec batches, which cuts waste and rework. Inventory planners like that SF-1 covers a wide range of products and viscosities, reducing the number of thickener SKUs the warehouse handles.
Sustainability discussions always go deeper than buzzwords at our plant. Acrylates Copolymer SF-1 gets made in a closed-process reactor using water as the main medium, limiting VOC emissions and minimising effluent. By formulating SF-1 for cold-process compatibility, we help brands shave kilowatts off heating bills, directly lowering greenhouse gas impacts for every batch made. The liquid primary packaging suits industrial recycling streams, and we’ve worked with logistics partners to maximize returnable totes and minimize single-use drum waste.
Biodegradability and microplastics come up among our customers and advocacy groups. We address this by offering technical guidance on downstream treatability. Since SF-1’s polymeric backbone breaks down mainly by photo-oxidation and hydrolysis, it resists persistent accumulation in most municipal waste streams. We continually run lab tests on SF-1’s fate in activated sludge and aerobic digestion, and we share findings with brands looking to meet evolving eco-label standards. Regular audits ensure our raw material supply chain aligns with IFRA and ESFA requirements, securing a safer footprint from monomer to finished copolymer.
Many customers ask why SF-1 sets itself apart from the crowd. If you compare to sodium polyacrylates or simple carbomers, you’ll notice SF-1’s flow brings a light, silky touch while still suspending dense particles. The liquid format prevents the lumps and ghost gels that powder thickeners sometimes cause, especially in high-output mixing tanks where operators can’t always stage feeds by hand.
Natural gums such as xanthan or guar give decent suspension in low-solids applications, but these often create stringy textures or cloud bright colors. Natural gums also break down quickly under acidic conditions or when blended with cationic surfactants. SF-1 offers a stable alternative that preserves clarity and gives products a satisfying pour. SF-1 also withstands moderate electrolyte loads, allowing its use in body washes or dish liquids where natural gums lose viscosity over time.
Many of our partners used to run plain crosslinked acrylic thickeners that demanded post-neutralization with bases such as sodium hydroxide. This route led to pH drift, altered color, and extra handling steps. SF-1’s pre-neutralized form keeps the whole process simpler, sidestepping these headaches while providing robust thickening that stands up across a wide pH range.
Walking the factory floor shows you what paper specs don't: a rushed operator, a sticky pre-mix tank, or a cold snap in winter can up-end a batch in seconds. We have watched line shifts in personal care plants where SF-1 dropped in, cut mixing time by half, let the crew skip neutralizer, and delivered a ready-to-bottle gel with almost zero air entrapment. On the cleaning product side, we’ve supported customers who ran through multiple suspending agents and found only Acrylates Copolymer SF-1 could hold microcapsules and colorants without falling out over warehouse storage.
A local customer making facial scrubs once faced issues recurring every summer, with beads dropping out as batches cooled after mixing. Switching to SF-1 stabilized those dispersions from fill line to retail shelf, keeping aesthetic and rheological properties consistent no matter storage conditions. Our technical support team documented that the end product held its viscosity and appearance over accelerated aging, giving the customer peace of mind—and saving them return headaches.
Market preferences change fast: yesterday’s pearl shampoos become today’s clear gels with suspended oils or botanicals. As personal care and home cleaning shifts toward sulfate-free or plant-based systems, classic thickeners lose reliability. New rules ban microplastics; supply chain teams ask for streamlined allergens and lower environmental risk. Acrylates Copolymer SF-1 entered the market to handle these transitions without forcing brands into multi-ingredient workarounds.
For start-ups and well-established brands alike, formulation speed means everything. Adding three or four agents just to suspend a few exfoliant beads shrinks flexibility. Simplifying the formula with SF-1 frees up development bandwidth, allowing R&D chemists to focus on scent, actives, or packaging innovation.
Consistent quality doesn't come from luck or automation alone. At our manufacturing plant, technicians document every reaction, sample standard lots, and test for key attributes—viscosity at varied shear rates, compatibility with a spectrum of surfactants, and clarity in both soft and hard water. Every batch of Acrylates Copolymer SF-1 leaves our facility only when it matches the benchmarks set during development, ensuring the same suspension and thickening in every drum.
Our plant runs full traceability by lot number from raw monomers through packaged liquid, offering reassurance to buyers and regulators. We also work closely with third-party labs for assay and safety reviews, supporting claims with real-world data and regulatory filings accepted worldwide. Brands needing documentation for compliance, clean-label claims, or environmental review find our history and lot records robust enough for audits.
Our direct relationship with the companies formulating with SF-1 shapes new developments. Chemists and production staff call and share their pain points—caking, clumping, variable shelf life or product recalls. We take those field notes and revisit plant protocols, sometimes fine-tuning polymerization parameters, sometimes adjusting feed ratios or blending techniques.
We've run hundreds of in-house and customer-site test batches to benchmark SF-1 against legacy thickeners. Instead of generic feedback, the reports highlight issues resolved: no downtime for powder unraveling, no pH drift, and longer shelf-life for premium clear products. Technical liaisons ensure on-site troubleshooting and share mixing tips on the shop floor, bridging the gap between the chemistry bench and daily manufacturing. The result: measurably better production yields and more reliable finished goods for our partners.
The last few years brought supply chain shortages and tighter oversight from authorities. Our direct manufacture of Acrylates Copolymer SF-1 gives us control over lead times, raw material selection, and hazard traceability. By keeping production in one site and sourcing monomers from vetted partners, we avoid disruptions and keep formulation lines running.
For export-focused brands, regulatory documentation and label compliance set the bar. SF-1’s safety dossier covers global standards: no heavy metals, residual solvents, or unreacted monomers above allowed thresholds. We field regular compliance reviews and update our technical files as legislation evolves. This hands-on, manufacturer-led documentation supports customers seeking eco-premium and safe-chemistry certification.
Demand for high-performing, versatile texturizers and suspending agents keeps rising. As a chemical manufacturer, we see a call for even more sustainable options—biobased monomers, full cradle-to-cradle tracking, and formula transparency. Our R&D team already pilots next-generation variants that further enhance biodegradability and cut down ingredient lists. We support collaborative projects with brands and contract manufacturers, sharing both lab expertise and production learnings. Real-world batch trials and formulation challenges remain our focus; every new insight goes directly into process refinement.
Looking back, what earned SF-1 its place has been reliable performance, not just chemical design. Brands test dozens of thickener and suspending agents, searching for a true worker that meets shelf-life, process, and regulatory needs in every batch. Our journey developing and scaling Acrylates Copolymer SF-1 proves the importance of deep integration between chemical engineering, safety, and practical field feedback. We keep listening, improving, and delivering what production teams trust day in and day out.
