|
HS Code |
201904 |
| Product Name | JONCRYL 2980 Waterborne Acrylic Resin |
| Chemical Type | Acrylic Resin |
| Appearance | Translucent liquid |
| Solids Content | 45% |
| Ph Value | 8.5 |
| Viscosity | 500 mPa·s |
| Molecular Weight | Medium |
| Glass Transition Temperature Tg | 34°C |
| Density | 1.06 g/cm³ |
| Particle Size | 120 nm |
| Neutralizing Agent | Ammonia |
| Compatibility | Waterborne systems |
| Application | Overprint varnish, inks, coatings |
As an accredited JONCRYL 2980 Waterborne Acrylic Resin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | JONCRYL 2980 Waterborne Acrylic Resin is packaged in a 200 kg blue industrial drum with a secure, sealed lid. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for JONCRYL 2980 Waterborne Acrylic Resin: Typically loaded with 16–18 metric tons, securely packed in 200 kg drums. |
| Shipping | JONCRYL 2980 Waterborne Acrylic Resin is typically shipped in sealed drums or IBC containers, ensuring protection from contamination and moisture. The product should be transported at temperatures above freezing and stored indoors, away from direct sunlight. Shipping documentation includes safety data sheets and labels compliant with local regulations, as it is classified as non-hazardous. |
| Storage | JONCRYL 2980 Waterborne Acrylic Resin should be stored in tightly closed containers, in a cool, dry, and well-ventilated area away from direct sunlight and sources of heat or ignition. Protect from freezing; storage temperatures should ideally remain above 5°C (41°F). Ensure containers are labeled properly and avoid contamination. Follow manufacturer’s safety recommendations for safe handling and storage. |
| Shelf Life | JONCRYL 2980 Waterborne Acrylic Resin has a shelf life of 12 months from the date of manufacture when stored properly. |
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Solids Content: JONCRYL 2980 Waterborne Acrylic Resin with high solids content is used in wood coatings, where it delivers enhanced film build and durability. Viscosity: JONCRYL 2980 Waterborne Acrylic Resin with low viscosity is used in flexographic inks, where it enables excellent substrate wetting and printability. Particle Size: JONCRYL 2980 Waterborne Acrylic Resin with fine particle size is used in overprint varnishes, where it provides superior gloss and clarity. pH Stability: JONCRYL 2980 Waterborne Acrylic Resin with stable pH is used in paper coatings, where it maintains consistent performance and shelf-life. Molecular Weight: JONCRYL 2980 Waterborne Acrylic Resin with moderate molecular weight is used in industrial primers, where it offers balanced adhesion and flexibility. Water Resistance: JONCRYL 2980 Waterborne Acrylic Resin with improved water resistance is used in packaging inks, where it enhances print longevity under moisture exposure. Tensile Strength: JONCRYL 2980 Waterborne Acrylic Resin with increased tensile strength is used in protective clear coats, where it ensures mechanical durability. Gloss Level: JONCRYL 2980 Waterborne Acrylic Resin with high gloss level is used in automotive refinish coatings, where it improves appearance and visual appeal. Chemical Resistance: JONCRYL 2980 Waterborne Acrylic Resin with strong chemical resistance is used in metal coatings, where it safeguards surfaces against corrosive agents. Drying Time: JONCRYL 2980 Waterborne Acrylic Resin with rapid drying time is used in fast-turnaround printing applications, where it increases process efficiency. |
Competitive JONCRYL 2980 Waterborne Acrylic Resin 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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Tel: +8615651039172
Email: sales9@bouling-chem.com
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We have spent years refining our approach to waterborne acrylic resin technology. JONCRYL 2980 represents a step forward in what waterborne coatings can offer, not only for formulators but also for end-users focused on performance and environmental responsibility. In our factories, we understand that solving practical challenges is the real heart of creating reliable raw materials. Instead of following outdated formulas or simply replicating older models, we developed JONCRYL 2980 to address the tough demands placed on today's coatings, inks, and adhesives.
Our technical teams have shaped the acrylic backbone of this resin for consistent particle distribution, stable pH, and reproducibility on a large scale. JONCRYL 2980 took several production cycles to balance potassium and sodium counterions with carboxyl functional groups, reducing gelation and improving film formation—especially important for high-gloss, clear, and flexible coatings. If a batch performs below our target viscosity or shows settling during storage, we know something's off and investigate every detail, from monomer ratios to agitation speed.
Polymerization in JONCRYL 2980 does not chase the highest molecular weight at the expense of flow. Instead, we target a range that delivers adequate application properties for spray, dip, or roller processes while resisting common issues like foaming or uneven drying. Our formulation rejects the use of unnecessary solvents, reducing volatile organic compounds (VOC) without sacrificing drying speed or block resistance. In practice, resin like this responds better in shop-floor mixing, giving a more predictable outcome in the finished product.
We place samples in hands-on field trials, often teaming up with industrial partners who run actual production lines. The real test comes in environments with high throughput and minimal downtime, where coatings must cure quickly—sometimes even right on the conveyor. JONCRYL 2980 achieves a fast-drying, tack-free surface that holds up to abrasion and cleaning cycles far better than previous waterborne grades. Clearcoat ink binders formulated with this resin stand up to detergents and alcohol wipes, which matters in packaging, furniture, and construction boards.
If your operation prioritizes adhesion on plastics and metals, this resin covers a wide surface polarity range. Our technicians notice minimal blocking and high clarity, especially on non-porous substrates. In wood and paper applications, it boosts ink intensity and retains gloss after repeated wiping or flexing. We've measured water-resistance ratings in double-digit improvement compared to older models, meaning fewer callbacks for our customers and better long-term value.
Acrylic resins often split into solventborne and waterborne classes, each claiming strengths around flow, drying, and environmental profile. Where older acrylic dispersions struggled with weak wet rub resistance or plasticizer migration, JONCRYL 2980 brings reliability and balanced performance. Our manufacturing engineers track lot numbers and QC outcomes, highlighting that this model maintains gloss and chemical resistance after accelerated aging tests, often outlasting well-known alternatives.
Unlike multi-stage copolymer blends or systems requiring coalescing solvents, JONCRYL 2980 can form smooth, hard films directly from water—no need for strong co-solvents or anti-block agents that can compromise low odor and compliance targets. In direct comparison with imported resins or local generic grades, tests show this resin’s early hardness development and scuff resistance give an edge when packaging, flooring, or industrial panel producers demand fewer defect rates and return shipments.
Environmental considerations hit nearly every coatings factory. Solvent emissions, waste streams, and indoor air quality push formulators toward raw materials that do not leave operators or bystanders complaining of smells or headaches. With JONCRYL 2980, our labs cut down on free monomer content and optimize for minimal formaldehyde release. We also designed its surfactant system to support easy wastewater treatment, making it easier to pass local discharge regulations. We meet REACH guidelines and regularly update internal safety evaluations, keeping up as standards change.
Some customers faced surface micro-foaming and haze problems with prior waterborne resin grades, wasting labor time during cleanup and secondary finishing. JONCRYL 2980’s balance of particle size and wetting properties keeps foam down without the heavy use of defoamers. Less foaming means better film clarity, stronger adhesion to tricky surfaces like polyethylene or polycarbonate, and smoother topcoats that enhance color vibrancy.
We believe the true measure of an industrial resin is how it performs in everyday mixing tanks—not just in the lab, but in facilities running three shifts. JONCRYL 2980 holds stable viscosity over long storage, giving production managers peace of mind for bulk purchases. Our process includes regular sample holds from manufacturing runs, run through rigorous stability testing for freeze-thaw cycles, microbial contamination, and pH drift. Every time a batch passes a six-month storage trial without flocculation or degradation, we know we’re avoiding costly rework on the customer’s side.
Equipment wear, inconsistent mixing, and temperature fluctuation challenge many production lines, especially during seasonal transitions. JONCRYL 2980’s rheology profile adapts across a range of shear rates, allowing both fast and slow mixers to disperse it evenly without sedimentation. More stable resin means less downtime scraping tanks or unclogging spray heads. We work closely with large paint houses and specialty ink formulators to debug issues in their end-use recipes, using data collected from every production run to refine our recommendations.
Innovation matters when it solves real production problems, not just when it impresses on a datasheet. Our technical support team tracks how formulators use JONCRYL 2980 in unique applications, such as low-migration packaging inks or high-flexibility leather topcoats. If a customer reports unexpected flocculation or haze, we dig deep into batch data and raw material lots to find the root cause, rather than blaming external factors.
We run open trials on large-volume pilot lines, duplicating customer conditions as closely as possible. Our teams frequently visit client production sites to offer advice on pH adjustment, dispersant selection, or line speed modification tailored to this resin’s properties. If someone modifies their pigment load or curing step, we test small-scale batches with actual customer pigments and extenders, supplying practical tips for keeping gloss, dry time, and block resistance stable. Repeatability wins trust more than empty marketing claims.
JONCRYL 2980 emerged as a result of stricter environmental regulations worldwide. We took up the challenge to create a waterborne resin that delivers strong performance while reducing VOC emissions. By eliminating non-essential coalescents and managing residual solvent risk, we support manufacturers meeting emission limits—especially in jurisdictions that fine for every gram over the set standard.
The resin’s waterborne nature helps customers shrink their hazardous waste footprint, lowering disposal costs and improving operator safety. Our internal monitoring ensures every batch meets the same emission and labeling claims, reducing compliance risk even as legislation changes. Real experience on factory floors guided our design: fewer complaints about workplace air, less risk of safety incidents, and better staff retention in manufacturing settings.
Some resin manufacturers release products only to chase trends. We focus on helping partners make products that withstand heavy real-world use—floor finishes hit by constant foot traffic, packaging that takes daily abuse, or decorative panels that must hold their gloss and color for years. JONCRYL 2980 finds a home in coating recipes that need high clarity, recoatability, and block resistance. Wood finishers appreciate how it lays flat without clouding or “milkiness.” Ink manufacturers substitute it for more expensive polymers without losing gloss or rub resistance on flexible films.
Adhesive formulating benefits from the balance of open time and quick setting found in JONCRYL 2980, reducing production line slowdowns during lamination. Automotive parts suppliers see fewer paint delaminations during assembly. Digital and offset printers using this resin in their ink vehicles report fewer nozzle cleanings and higher color pay-off on a wider range of substrates. We trade stories from factories running around the clock, knowing margin improvements often start with consistent resin selection.
Customer expectations never stand still. More companies require safer raw materials without dropping performance. Regulatory agencies regularly update their standards, meaning raw material lists must shift. We keep our formulation under constant review, working with raw material suppliers who join us in detailed quality checks and supplier audits. JONCRYL 2980 delivers batch-to-batch consistency, so packaging or flooring producers do not lose sleep worrying about year-on-year formula drift.
We document every process—from monomer handling to filtration and blending—so we can quickly troubleshoot, retrace, or improve without extensive downtime. Our teams welcome feedback from production floors and use it to iterate on formulation and process. Many resins look similar on the label; few sustain consistent quality after hundreds of tons. We make sure ours does, earning repeat orders and word-of-mouth recommendations that digital advertising could never match.
As manufacturers, we see growing interest in recyclability and reduced lifecycle impact. JONCRYL 2980 does not make unrealistic promises, but our teams track its role in systems designed to recycle and recover coated substrates. The low-hazard profile and absence of legacy solvent-based ingredients help end-users process waste streams more efficiently. This minimizes environmental exposure and costs for those working toward a circular economy in packaging, furniture, and composite materials.
Collaborative projects with recycling partners show coated boxes and panels containing this resin break down more cleanly, with lower risk of generating microplastics or hazardous residues. We stay engaged in regulatory roundtables to keep our chemical design in line with future waste management and recycling requirements, adjusting production as needed.
Every drum of JONCRYL 2980 reflects our commitment to transparency and learning. We track performance data from our own plants and from customer operations worldwide, feeding it back into process upgrades. We do not release a batch until it matches the performance claims tested in real environments. When we encounter an improvement opportunity, we redesign the process or tweak the emulsion parameters, rather than offering excuses or quietly retiring the product.
Workers in our facilities know that a single missed step during polymerization or blending impacts customers for months. Our investment in operator education and process controls replaces guesswork with reliable technique. Down the supply chain, our partners benefit from dependable materials that improve plant productivity and cut warranty claims—true value beyond just the cost per kilogram.
We know that formulating high-performing waterborne coatings will stay demanding. Industry standards will keep moving upward. Our work with JONCRYL 2980 keeps evolving—every production run adds insight, and every customer trial brings new data. We invite formulators, engineers, and production managers to share their challenges and expectations, so we keep building even better solutions together. The chemistry inside JONCRYL 2980 remains rooted in everyday manufacturing expertise, not marketing slogans or trends, and we continue to back it up with transparent, consistent performance.