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HS Code |
754047 |
| Product Name | Solution Polymerized Styrene Butadiene Rubber (SSBR YH-2605) |
| Appearance | Light yellow granule |
| Styrene Content Percent | 26.0-27.0 |
| Cis 1 4 Butadiene Content Percent | 38.0-42.0 |
| Volatile Matter Percent | ≤ 0.60 |
| Ash Content Percent | ≤ 0.30 |
| Mooney Viscosity Ml 1 4 100c | 47.0-57.0 |
| Soap Content Percent | ≤ 1.50 |
| Organic Acid Content Percent | ≤ 1.00 |
| End Use | Tire tread, high-performance tires |
| Packaging | 25 kg/bale |
As an accredited Solution Polymerized Styrene Butadiene Rubber (SSBR YH-2605) factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | SSBR YH-2605 is packaged in 35 kg polyethylene bags, lined with film, and palletized for safe, moisture-proof transport and storage. |
| Container Loading (20′ FCL) | 20′ FCL loads 18-20 metric tons of SSBR YH-2605, packed in 35 kg bales, on wooden pallets with stretch wrap. |
| Shipping | **Shipping Description:** Solution Polymerized Styrene Butadiene Rubber (SSBR YH-2605) is packed in 25 kg plastic-lined paper bags or as per customer requirements. Product is shipped on pallets, protected from moisture, heat, and direct sunlight. Ensure transport in clean, dry vehicles complying with local regulations for non-hazardous industrial chemicals. |
| Storage | Solution Polymerized Styrene Butadiene Rubber (SSBR YH-2605) should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and incompatible materials such as strong oxidizers. Keep the product in its original, tightly sealed packaging to prevent contamination and moisture absorption. Storage temperature should generally be below 40°C to maintain the material’s quality and stability. |
| Shelf Life | Shelf life of Solution Polymerized Styrene Butadiene Rubber (SSBR YH-2605) is typically 12 months when stored in cool, dry conditions. |
Applications of Solution Polymerized Styrene Butadiene Rubber (SSBR YH-2605) in Industrial ManufacturingSSBR YH-2605 serves as a key raw material across multiple industrial sectors where performance, safety, and process consistency are critical. As a manufacturer with direct supply capabilities, we focus on precise application data, sourcing reliability, and regulatory compliance for downstream production lines. 1. High Performance Passenger Car Tire Tread CompoundsAutomotive tire manufacturers incorporate SSBR YH-2605 into tread formulations for premium passenger cars, optimizing wet grip and fuel efficiency required by OEM specifications and global safety mandates. In compound design, our material's microstructure ensures balanced silica dispersion, precise glass transition temperature (Tg), and abrasion resistance, meeting regulatory and performance demands for fuel-saving and wet weather handling. Reliable integration into Banbury mixing systems supports tight compound reproducibility in continuous mixing and extrusion operations for large-scale tire production. Industry compliance standards
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2. Performance-Focused Truck, Bus, and Light Truck Tire CompoundsCommercial tire producers employ SSBR YH-2605 as a key modifier in tread, sidewall, and shoulder compounds, targeting extended mileage, cut resistance, and service under variable load conditions. The controlled microstructure and solution-polymerization provide better synergy with reinforcing fillers, and reduce hysteresis, critical for heavy-duty applications. Our product maintains compound stability during high-volume internal mixing and continuous vulcanization, aiding manufacturers in meeting international transport and safety standards. Industry compliance standards
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3. Advanced High-Performance Footwear SolesAthletic and fashion footwear brands use SSBR YH-2605 in premium outsole systems, where abrasion, slip resistance, and consistent flexibility are required throughout product life. Integrators rely on the polymer’s fine particle size and uniformity for optimal pigment load, effective filler distribution, and precise flow characteristics in injection and compression molding processes. Complex sole geometries and performance patterns benefit from YH-2605’s resilience and weathering resistance, critical for urban, off-road, and industrial work environments. Industry compliance standards
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4. Impact-Absorbing Conveyor Belts for Mining and ManufacturingBelt fabricators apply SSBR YH-2605 to top and bottom rubber covers of conveyor belts used in mining, bulk materials, and automotive plants. Key requirements are high abrasion resistance, temperature stability, and impact cut protection with sustained flexibility across a range of climatic and operational stressors. Integration supports extended belt service intervals and low static charge buildup, critical for continuous conveying of ores, aggregates, and automotive parts, especially in high-throughput environments. Industry compliance standards
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5. Noise-Dampening and Vibration Control Automotive Molded ComponentsOEMs and Tier-1 suppliers use SSBR YH-2605 as a matrix material in engineered automotive molded parts, including seals, grommets, bushings, and mounting isolators, where high-frequency noise, road vibration, and harshness (NVH) suppression are mandatory. Precise control over the polymer’s Mooney viscosity and filler compatibility supports complex molding cycles and maintains dimensional stability under thermal cycling, contributing to vehicle cabin comfort and structural noise reduction. Industry compliance standards
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6. High Abrasion Industrial Roll CoveringsSSBR YH-2605 is the preferred synthetic elastomer for roll coverings used in steel, textile, and paper processing plants. Operators require material combinations that resist abrasive slurry, solvent exposure, and sustained mechanical stress from high-speed or high-pressure operation. The compatibility of YH-2605 with specialty reinforcing fillers allows tight control over dynamic properties, supporting roller coverings with long service intervals and minimal thermal degradation across demanding industrial line conditions. Industry compliance standards
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Competitive Solution Polymerized Styrene Butadiene Rubber (SSBR YH-2605) prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8618136850665 or mail to sales4@ascent-chem.com.
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Tel: +8618136850665
Email: sales4@ascent-chem.com
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Manufacturing SSBR YH-2605 demands precise process control, raw material purity, and technical patience honed over decades. We operate every production line with one guiding purpose: to deliver elastomers with reliable, consistent physical properties demanded by leading tire makers and polymer processors. Through hands-on experience from commissioning reactors to refining filtration methods, we understand that every lot must not only meet paper specifications but also the lived daily reality inside tire mixing rooms, compounding labs, and extrusion halls.
Our SSBR YH-2605, based on a carefully balanced styrene to butadiene ratio, delivers predictable Mooney viscosity, glass transition temperature, and vinyl content—critical for tuning wet traction, rolling resistance, and tread wear in performance radial tires. By keeping the variation in viscosity within a tight margin, mixers experience stable batch-to-batch behavior with limited need for recipe adjustments. Tires produced using YH-2605 show improved grip on wet asphalt and measurable gains in fuel economy. Over the years, quantitative results from partner test tracks and third-party dynamometer studies have confirmed these material impacts.
We recognize that downstream performance starts at raw material selection. Every drum of butadiene and styrene entering our plant receives GC quality checks to screen for contamination since trace impurities directly affect rubber elasticity and shelf stability. Our years assembling and calibrating microfiltration units enable us to deliver material with minimal gel content, a known culprit for mixing difficulties and poor surface appearance in extruded goods. Simple batch reproducibility saves compounding time, reduces scrap, and keeps production on schedule.
Solution polymerization, the method behind SSBR YH-2605, brings distinct advantages over traditional emulsion processes. Solution-polymerized elastomers achieve microstructural control at molecular levels, including the placement of styrene units and the distribution of vinyl bonds. This translates into increased abrasion resistance, lower hysteresis, and more predictable behavior over a wide temperature range. Employing solution polymerization mandates stringent inert atmosphere handling and precise initiator addition, skills we have steadily refined. Our lab technicians regularly monitor molecular weight distribution curves using GPC, providing greater insight into polymer architecture than basic titration or Mooney checks alone.
While the majority of our YH-2605 output finds its way into high-performance tire treads and sidewalls, its unique physical profile also supports demand from hoses, belts, and vibration-damping goods. Automotive engineers rely on SSBR for its resistance to flex fatigue and its retention of dynamic properties under cyclical stress. Footwear manufacturers value the slip resistance that comes with the high vinyl content and balanced glass transition temperature. Our close relationships with downstream users let us watch the material perform in products as diverse as sealants, shoe soles, and various molded technical goods.
By working side-by-side with compounders, we anticipate shifts in performance expectations. As low rolling resistance tires become essential for electric and hybrid vehicles, consistency in silica dispersibility has grown in importance. Silica requires a specific polarity in the elastomer backbone for strong filler interaction, and YH-2605 captures this with a premium balance of functional group content. Mixing times shorten, compound viscosity stays in a workable range, and finished parts exhibit reduced hysteresis. We routinely adjust our process parameters in dialogue with leading tire R&D teams, putting user needs ahead of production convenience.
Over years listening to customers and troublesolving in the field, we have learned that not all SSBR grades respond equally in mixing rooms. Some alternative solution rubbers pose risks: higher gel levels, unpredictable oil extension ratios, or mismatched glass transition points that complicate recipes. Emulsion SBR, for instance, offers cost savings but falls short in blending with high-surface-area fillers. Our YH-2605 draws on continuous technical feedback, focusing on low microgel content and a proven processing window. In busy production environments, this reliability spares engineers wasted hours on reworks or ingredient substitutions.
We couple every shipment with a certificate of analysis backed by regular in-plant retesting. By handling disputes or rare quality deviations directly, rather than through intermediaries, our technical staff close gaps rapidly. This business model lets us react to customer needs rather than forcing users to adapt to inflexible product schedules. Having technical personnel on the floor, not just in distant sales offices, enables us to respond with adjustments matched to real mixing and molding processes.
Each stage of our process, from catalyst addition to reactor temperature adjustment, affects the final polymer structure. Temperature ramps too quickly, and polymer branching increases; solvent flow fluctuates, and vinyl placement drifts. Our shift leads, many with years of practice, monitor these variables manually in tandem with automated systems. In-process samples undergo Mooney viscosity, ash, and microgel tests to catch batch deviations early. Aging studies in our lab ensure that the polymer retains properties after storage and global shipment. Our direct observations over thousands of batches shape a practical understanding of the variables that matter most for compounders obtaining consistent cure profiles.
SSBR YH-2605 relies on a controlled oil extension process. The proportion and type of plasticizer integrate smoothly with popular curing systems, such as sulfur and peroxide, making rubber easier to calender and shape. The oil blends we select demonstrate chemical compatibility with a range of antioxidants and antiozonants, cutting the risk of bloom and surface defects. For engineers tasked with regular recipe adjustments, these small differences prevent costly surprises—especially on high-speed lines or in final inspection.
Environmental pressures drive us to evaluate everything—from emissions controls inside our reactor halls to recycled solvent recovery units. In response to customer demand for eco-friendly tires, our YH-2605 undergoes ongoing process improvements, targeting lower VOCs and improved lifecycle emissions. Our close cooperation with logistics partners leads to packaging solutions such as returnable containers and reduced plastic wraps. Many clients now request documentation on carbon footprints, and we provide transparent energy use figures for each batch. These daily efforts reflect customer values, as much as regulatory targets, and they influence the market's future direction.
While embracing sustainability, product quality stands as the non-negotiable benchmark. Our R&D team continues exploring bio-based additives and alternative monomers, but we release no new grades without months of running parallel line trials to ensure that wet grip, abrasion resistance, and processability remain at required levels. By contributing real process data to tire makers developing low-carbon products, we keep both their development timelines and market reputations protected.
Raw material volatility, unpredictable demand cycles, and regulatory changes create routine headaches for any SSBR maker. Last winter, when butadiene supply tightened, our procurement team leveraged longstanding relationships, securing consistent deliveries from trusted vendors. A chemistry plant is only as strong as its weakest feedstock, and skipping corners invites future breakdowns on the line. By closely monitoring process yields, and investing in spare reactor capacity, we reduce the risk of order delays—an approach validated by years keeping partners stocked through supply chain disruptions.
Many end users emphasize tire rolling resistance for fuel efficiency. This property directly correlates with polymer microstructure, which we control through living anionic polymerization and meticulous post-polymerization finishing. When regulatory demands recently pressed for lower PAH (polycyclic aromatic hydrocarbons) limits in extender oils, our team shifted to cleaner, tested alternatives and verified that performance in user applications stayed within target windows. Our technical staff, fluent in both process chemistry and compound testing, tightened QC and communicated changes early to avoid hiccups at the customer's plant.
Progress in the elastomer field rarely happens in isolation. Tire companies, compounders, and manufacturers frequently approach us with real-world processing challenges, whether it involves silica mixing, surface finish on extruded strips, or balance between dry handling and wet grip. Our team regularly runs pilot trials with custom specifications. We share results—good and bad—directly with partners. If a formulation adjustment improves mileage by 3 percent or a shift in oil blend cuts surface tack, the gains become tomorrow’s benchmarks for both sides.
Our product managers spend time on production floors, not just in boardrooms, gathering feedback. By watching machines run, observing material flow into mixers, and listening to operator concerns, we identify subtle process hurdles before they cascade. This level of involvement moves our SSBR grades, including YH-2605, from a mere commodity to a trusted tool within the production ecosystem. As customers’ technical demands progress, our engineers revisit processes, recalibrate parameters, and invest in new equipment—always seeking repeatable performance over theoretical maximums.
Rubber and tire standards differ vastly between regions. Through hands-on learning in factories across Asia, Europe, and the Americas, we have gained appreciation for unique local preferences—in tread groove profiles, compounding speeds, or even attitudes toward renewable additives. While our core SSBR YH-2605 formulation maintains rigid performance markers, minor tweaks accommodate local burner systems, humidity levels, and specific accelerator systems common in different manufacturing landscapes. Our global exposure means fewer trial-and-error cycles for users qualifying the product for regional spec sheets.
Shipping polymer halfway across the globe poses logistical challenges, especially when customs or port disruptions arise. We staff dedicated logistics teams able to adjust routing and storage quickly. For clients valuing product freshness, we optimize inventory cycles and offer shipment in various bale sizes or on custom pallets to fit their receiving docks. Our direct interaction with ground teams eliminates layers of bureaucracy often experienced when buying via intermediaries. Each shipment becomes an extension of our expertise, not just a commodity parcel.
Demand for advanced solution SBR grades continues to accelerate, fueled by evolving tire labeling standards and environmental mandates. As electric vehicles expand, end users require improved heat buildup resistance, higher wear properties, and enhanced compatibility with new filler systems. We constantly review feedback from the market, run test series alongside tire engineers, and draft new process modifications to meet these shifting requirements. Being a producer with full technical oversight, we can trial new approaches without waiting for delayed corporate approval chains.
Research labs across the sector target incremental gains—fractional improvements in wet grip, energy efficiency, or abrasion resistance—that together shape future competitiveness. Our responsibility lies in translating these theoretical advances into consistent, scalable production realities. No shortcut replaces operational understanding: the best pilot batch is the one that runs trouble-free on full-scale lines, day after day. We stay connected with testing labs, adjust sample batches, and only elevate new process innovations after seeing results in independent wear or mixing trials.
We recognize the importance of transparency and regulatory compliance. As global standards tighten for health and safety, our internal documentation matches or exceeds requirements, allowing downstream users to focus on their core manufacturing objectives rather than regulatory surprises. Our practical footprint, forged through decades of troubleshooting real production challenges, enables us to steer the SSBR YH-2605 product family in step with the market’s changing technical and environmental priorities.
Every kilogram of SSBR YH-2605 shipped carries with it our team’s investment in materials science, application engineering, and production discipline accumulated across years inside the factory. We prioritize reliability and hands-on problem resolution, not just fulfilling spec sheets or chasing marketing trends. By building long-term relationships with our customers and keeping our lines open for practical feedback, we ensure that each batch of YH-2605 serves as a bridge between real-world engineering needs and the ever-advancing field of modern elastomer technology.
