|
HS Code |
548960 |
| Product Name | Hydrocarbon Resin C9 BA-120 |
| Appearance | light yellow granular |
| Color Gardner | 7-9 |
| Density G Cm3 | 1.07 |
| Acid Value Mgkoh G | ≤1.0 |
| Bromine Value Gbr 100g | ≤40 |
| Ash Content Percent | ≤0.1 |
| Volatile Matter Percent | ≤0.5 |
| Solubility | soluble in aromatic, aliphatic hydrocarbons, and chlorinated solvents |
| Compatibility | good compatibility with EVA, NR, SIS, SEBS, and other polymers |
| Usage Temperature Range Celsius | 120-160 |
As an accredited Hydrocarbon Resin C9 BA-120 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Hydrocarbon Resin C9 BA-120 is packed in 25 kg kraft paper bags with inner plastic lining to prevent moisture absorption. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for Hydrocarbon Resin C9 BA-120: 14 metric tons packed in 560 bags (25 kg each) per container. |
| Shipping | Hydrocarbon Resin C9 BA-120 is typically shipped in 25 kg kraft paper bags, palletized for stability. Shipments should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and ignition sources. Handle with standard precautionary measures and ensure containers are properly sealed to prevent moisture absorption. |
| Storage | Hydrocarbon Resin C9 BA-120 should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and ignition points. Keep containers tightly closed to prevent contamination and moisture absorption. Store away from strong oxidizing agents. For best results, maintain storage temperature below 40°C and avoid prolonged exposure to air. Use appropriate personal protective equipment when handling. |
| Shelf Life | Hydrocarbon Resin C9 BA-120 has a shelf life of 12 months if stored in a cool, dry, and well-ventilated area. |
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Viscosity grade: Hydrocarbon Resin C9 BA-120 with a high viscosity grade is used in hot melt adhesives, where it improves cohesion and tack strength. Softening point: Hydrocarbon Resin C9 BA-120 with a softening point of 120°C is used in road marking paints, where it enhances heat resistance and long-term durability. Molecular weight: Hydrocarbon Resin C9 BA-120 with a moderate molecular weight is used in rubber compounding, where it increases elasticity and improves mixing uniformity. Purity: Hydrocarbon Resin C9 BA-120 with 98% purity is used in printing inks, where it ensures color consistency and reduces impurities-related defects. Melting point: Hydrocarbon Resin C9 BA-120 with a melting point of 115°C is used in coatings, where it promotes uniform film formation and superior gloss. Color stability: Hydrocarbon Resin C9 BA-120 with high color stability is used in adhesives for packaging, where it maintains aesthetic appearance during storage and handling. Thermal stability: Hydrocarbon Resin C9 BA-120 with excellent thermal stability is used in sealants, where it prevents degradation under elevated processing temperatures. Particle size: Hydrocarbon Resin C9 BA-120 with fine particle size is used in automotive coatings, where it improves dispersion and surface uniformity. Compatibility index: Hydrocarbon Resin C9 BA-120 with a broad compatibility index is used in EVA-based adhesives, where it enhances blending properties and end-product flexibility. Acid value: Hydrocarbon Resin C9 BA-120 with a low acid value is used in waterproof membranes, where it minimizes reactivity and promotes longevity in harsh conditions. |
Competitive Hydrocarbon Resin C9 BA-120 prices that fit your budget—flexible terms and customized quotes for every order.
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Manufacturing hydrocarbon resins isn’t about squeezing profit out of a supply chain. For us, it’s the work we do every day, built on technical know-how and the discipline to keep every batch consistent in quality. The C9 BA-120 model stands out as a prime illustration of this. We developed BA-120 in response to feedback from adhesive plants and coating lines that needed an aromatic resin with balanced softening point, low odor, and a viscosity profile that won’t complicate machinery. This isn’t just lab talk; decades of running reactors and filtering out traces of unreacted aromatics have taught us where the line sits between resin that performs on paper and resin that clients rely on hour after hour.
Our C9 BA-120 draws its character from selected aromatic streams, with a controlled polymer backbone. The aromatics give it a tack and compatibility that blends directly with many standard elastomers and rubbers. BA-120 clocks in with a softening point in the upper-intermediate range (120°C by ring and ball method). It forms pale yellow, glass-like beads, keeping color stable during storage and use—a trait demanded by customers who have spent too many early mornings troubleshooting yellowing in hot-melt adhesives.
We started refining aromatic raw materials before most manufacturers even installed digital batch controls. Each run of BA-120 resin gets tested for color, bromine number, and acid value using in-house labs. Our feedback loop runs from reactor floor to R&D bench and back, since plant operators and research leads eat lunch together every day. Real-world results beat theory alone.
Industrial resin isn’t just about numbers in a spec sheet. BA-120 finds its way into hot-melt adhesive tanks, rubber tackifiers, traffic marking paints, and printing inks because it doesn’t gunk up valves or disrupt mixing speeds. One recurring comment from our customers highlights the C9 BA-120’s smooth flow through feed pipes and reliable tack profile in packaging glues. Surface wetting in paints and compatibility with a range of oils stem from balanced molecular weight distribution—something we manage during fractionation, not by luck. If we see batch inconsistency, the entire run stops until tests check out.
Plenty of aromatic hydrocarbon resins exist in the market, cut with every variation of C9 and C5/C9 blends. Our BA-120 resists crystallization at normal processing temperatures, a trait not all competitors manage to achieve. Lower-grade C9 resins often have more impurities—leftover dicyclopentadiene, for example—leading to unpleasant odors and eventual discoloration when exposed to heat or sunlight. You won’t wrestle with those issues using BA-120. Some producers chase high molecular weight for hardness, but we know overshooting this target can push viscosity so high that end users run into pumping delays and mixing headaches. BA-120 strikes a middle ground: sturdy enough for performance, workable enough to slot into existing equipment.
We don’t blend down with low-end feedstock or cut with excessive fillers. Some products market themselves on price alone; we don’t see cheap, brittle resins stay in the trays of production lines for long. With BA-120, the feedback comes as much from plant managers as from purchasing departments, because fewer complaints about downtime trickle up to both. Our clients run high-throughput lines, and resin that behaves consistently means fewer pauses, fewer machine cleanouts, and tighter product tolerances.
From the earliest days refining resins, our focus remains on applications that keep industry moving. Formulators in tire and shoe sole factories use C9 BA-120 to boost the tack between synthetic polymers and natural rubber. Tackifier demand isn’t about theoretical adhesion numbers—it’s every forklift driver and conveyor belt that can run faster and carry more weight because resin binds compounds better.
Adhesive makers often ask for resins that don’t require constant recalibration on their lines. BA-120’s mid-range softening point means standard hot-melt granulators and applicators hit target melt viscosity without pre-heating or temperature spikes. Box sealers, bookbinding machines, and woodworking lines use BA-120 to strengthen bonds. We field calls weekly about lesser resins fouling up extrusion dies and filters; our customers rarely call back except to reorder.
In road marking paints and industrial coatings, BA-120 supports pigment stability. It holds colorants in suspension, resists bleeding, and withstands most weathering cycles found in urban and rural settings. High bromine number resins yellow in sunlight; our production routes control this variable, so BA-120 keeps white traffic lines bright and crisp for months, not weeks. Those visible results matter—municipalities and contractors return to us partly because we deliver the resin that shows and holds up out in the world.
Quality assurance runs through our day-to-day work. Our facility processes every shipment under a tight schedule, following a batch reaction protocol developed through years of tweaks and troubleshooting. There is no off-the-shelf formula for a trusted C9 resin. The aromatic feedstock’s composition fluctuates round the year, as upstream suppliers send petroleum cuts with different impurity profiles. Our team inspects each drum and truckload with quick testing—GC analysis, color comparison, and tar residue checks—before the raw material enters the main reactor. By catching upstream problems early, we spare downstream customers nasty surprises.
After polymerization, we cool and filter the resin using in-line mesh and color correction additives if needed. Each shift logs gel time, melt point, and color values. In many smaller factories, only a handful of operators run reactors, sometimes with little backup. Our operation runs in teams, and cross-shift handoffs ensure everyone knows if a batch displayed odd behavior—foaming, off-odors, or sudden hardness increases. This attention to detail gets baked into every BA-120 pellet. Our repeat customers rarely ask about batch numbers or delivery consistency, because they trust the system we have built. Unplanned downtime on their lines costs more than any upfront saving they might get with bargain resin.
Most hot-melt and pressure-sensitive adhesive makers tweak their formulations every few months, chasing customer feedback or improving cost efficiency. Our technical team works with these producers to integrate BA-120 into their blends. Sometimes it’s as simple as planning a drop-in replacement for another resin, but we get plenty of lab samples returned for review and advice. To meet changing performance needs, we adapt our batch runs, pushing the molecular weight distribution or fine-tuning color control agents, but always with an eye toward maintaining predictable processability for the production crew.
Ink makers and paint blending lines care about pigment holdout and anti-fouling properties. BA-120 aids in dispersing carbon blacks, titanium dioxides, and other common colorants, keeping the final product bright rather than muddy or patchy. Our advice comes straight from practical formulation experience, not from textbook sketches—if a particular filler or pigment starts reacting with the resin, we adjust the blend or suggest optimal process temperature windows that head off filter blockages and gun clogging.
The contemporary landscape demands responsible sourcing and emission control, not only at customer sites but across the supply chain. Many regional authorities now regulate aromatic emissions and permissible levels of volatile matter. Our C9 BA-120 meets most accepted guidelines for VOC content, given its relatively low volatility at site application temperatures. Over years, we have invested in vent recovery systems, analytic tracking for tail-gas streams, and residue management to keep emissions within strict limits.
Product stewardship means keeping clear records not only for ourselves but for regulatory audits carried out by customers. Batch documentation, impurity analysis, and storage recommendations—these all stay available for inspection. By working directly with industry partners, we have streamlined compliance filing for multiple countries, including pre-shipment inspections and declared chemical composition so clients get straight-through customs clearance. Our team handles questions about product labeling, GHS compliance, or region-specific documentation; this supports purchasing teams under pressure to keep factories running and goods moving.
The best ideas and improvements come directly from customers using C9 BA-120 on their lines every month. We run feedback surveys but also talk to operators, not only purchasing or R&D leads. Filter clogging, dust generation, and odor perception all make their way back to our production schedule and formulation adjustments. Recent equipment upgrades—dust suppression at the pelletizing stage, improved packaging films—stem from seeing first-hand how tins, sacks, or hoppers perform at client warehouses or blending rooms.
We encourage customers to report back with outlier observations or batch-to-batch anomalies. Sometimes this triggers an internal audit, other times a joint test run using client-specific processing conditions. We maintain resin archives for each batch—small pouches kept at stable temperature for months, so reference samples remain ready for comparison. This hands-on approach keeps BA-120 evolving beyond static specifications and keeps our technical team sharp.
Years of packaging trial and error prove that hydrocarbon resin needs robust protection from dust, water, and sunlight. C9 BA-120 ships out in tightly sealed polyethylene-lined bags or steel drums, depending on lot size and transport length, each batch double-checked for correct sealing and labeling. Customers on coastal routes often request extra moisture barriers; our team adapts with two-layer films or secondary covers as needed.
Storage instructions reflect real-world facilities: cool, dry spaces with adequate stacking strength. Extended sunlight or open-air bins degrade color and texture, especially during warm weather. We find that, properly sealed, BA-120 retains performance for over a year with no discernible softening point drift or color change. Our clients find comfort in the reliability—they don’t waste warehouse space or funds on product rotation strategies or worry about resin aging out halfway through a production schedule.
Direct supply to customers spans borders and industries—each market brings its unique requirements, from climate challenges in the tropics to low-humidity warehouses in northern latitudes. Over years, we have faced port strikes, customs bottlenecks, cold-chain interruptions, and transit damage. BA-120 gets priority when shipping plans tangle up, as our customers’ contracts depend on continuity and lead time.
Regional support teams stay in touch with user plants, handling both routine follow-up and urgent troubleshooting calls. Local stocks get replenished according to rolling production plans, and our technical leads offer in-person or virtual consultation for factories adjusting blends or ramping up trial lines. Our focus stands on ensuring every C9 BA-120 delivery keeps operations running, not on chasing after market fashion or flashy but unstable innovations.
The hydrocarbon resin market experiences both volatility and opportunity. Raw material supply follows the wider petrochemical cycles: disruptions upstream can throw a wrench into schedules and pricing. Our strategy balances long-term sourcing relationships with programmatic stockpiling for sensitive resin batches, so customer lines keep moving even when market shocks occur. As new bio-based tackifiers and alternative materials emerge, BA-120 continues to serve segments where proven aromatic performance remains irreplaceable—packaging glues, tire adhesives, traffic paints, and road marking undertakings built for sheer durability.
One industry trend focuses on making hot-melt adhesives greener. Over years, we have coordinated research with several partners on hybrid resin compositions and post-consumer recovery of application waste. While BA-120 holds its own in current formulas, we invest in early-stage trials with fillers, oils, and additives that lower environmental impact without sacrificing production speed or adhesion reliability. Every real improvement comes from persistent, measured testing in actual factory conditions, not from theory alone.
Making and supplying resins like C9 BA-120 is a long-haul commitment, not a quarterly project. We keep refining process control and technical feedback to build better products. Countless end users have wagered their equipment uptime and finished product reputation on every batch that leaves our plant. The greatest reward comes from seeing those customers return for another shipment—year after year—because the resin met their standard every time, without excuses or compromise. That shared foundation of earned trust and technical discipline will keep shaping the next generation of hydrocarbon resin solutions as the market moves forward.