|
HS Code |
106955 |
| Product Name | Hydrocarbon Resin Wingtack 86 |
| Appearance | Pale yellow granular solid |
| Softening Point | 85-89°C |
| Color Gardner | ≤6 |
| Specific Gravity | 0.97 (at 25°C) |
| Acid Value | ≤0.1 mgKOH/g |
| Bromine Number | ≤3.0 g Br/100g |
| Ash Content | ≤0.05% |
| Molecular Weight | Approx. 900 |
| Compatibility | Compatible with natural and synthetic rubbers |
| Solubility | Soluble in aromatic and aliphatic hydrocarbons |
| Applications | Adhesives, rubber compounding, hot melt adhesives |
| Odor | Mild hydrocarbon odor |
As an accredited Hydrocarbon Resin Wingtack 86 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Hydrocarbon Resin Wingtack 86 is typically packaged in 25 kg net weight kraft paper bags with inner plastic lining, ensuring safe handling. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL): 12 metric tons (MT) of Hydrocarbon Resin Wingtack 86, packed in 480 bags (25 kg each). |
| Shipping | Hydrocarbon Resin Wingtack 86 is typically shipped in 25 kg paper bags, palletized and shrink-wrapped for stability during transport. The product should be stored and shipped in a cool, dry, well-ventilated area, away from direct sunlight and sources of ignition to maintain product quality and safety. |
| Storage | Hydrocarbon Resin Wingtack 86 should be stored in a cool, dry, and well-ventilated area away from direct sunlight, heat sources, and ignition points. Keep containers tightly closed and protected from moisture and contamination. Maintain storage temperatures below 35°C to prevent softening or agglomeration. Ensure appropriate labeling and avoid exposure to strong oxidizing agents for safe and stable storage. |
| Shelf Life | Hydrocarbon Resin Wingtack 86 has a shelf life of two years if stored in dry, cool conditions, away from sunlight. |
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Softening Point: Hydrocarbon Resin Wingtack 86 with a softening point of 86°C is used in hot-melt adhesive formulations, where it ensures optimal bonding strength and tackiness. Color Stability: Hydrocarbon Resin Wingtack 86 featuring excellent color stability is used in pressure-sensitive labels, where it maintains adhesive clarity and appearance. Compatibility: Hydrocarbon Resin Wingtack 86 with high polymer compatibility is used in rubber compounding, where it enhances tack and processability of the compound. Molecular Weight: Hydrocarbon Resin Wingtack 86 with a controlled molecular weight is used in bookbinding glues, where it delivers improved cohesion and thermal resistance. Low Volatility: Hydrocarbon Resin Wingtack 86 demonstrating low volatility is used in packaging adhesives, where it minimizes odor and ensures consistent performance. Melting Point: Hydrocarbon Resin Wingtack 86 with a precise melting point of 86°C is used in road marking paints, where it provides rapid set time and durability. Purity: Hydrocarbon Resin Wingtack 86 meeting high purity standards is used in hygiene product adhesives, where it supports skin-friendly applications and reduces contamination risk. Viscosity: Hydrocarbon Resin Wingtack 86 with moderate viscosity is used in footwear adhesive systems, where it improves application flow and adhesion uniformity. |
Competitive Hydrocarbon Resin Wingtack 86 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.
We will respond to you as soon as possible.
Tel: +8615651039172
Email: sales9@bouling-chem.com
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In the adhesive world, reliability often makes or breaks a project schedule. Our Wingtack 86 hydrocarbon resin never leaves customers guessing. As the manufacturer, I've seen first-hand how countless adhesives, coatings, and rubber compounding specialists rely on batch-to-batch consistency. The resin’s pale color and well-controlled molecular profile allow formulators to meet demanding quality specs without wrestling with unwanted yellowing or unpredictable performance. Every lot undergoes stringent in-house analysis for color, softening point, and molecular weight, not just because it’s protocol, but because unpredictable changes cost both money and credibility.
Many hydrocarbon resins on the market come from mixed streams or poorly refined cuts, so problems turn up weeks or months later, costing adhesive plants valuable production time. By contrast, we draw our feedstock from a controlled C5 and C9 mix, run through hydrogenation and fractionation steps honed by decades in the business. That careful handling lets our customers confidently design hot melt, pressure sensitive, and solvent-based adhesives, knowing the backbone of their formulation doesn’t shift without warning.
Wingtack 86 refers to its softening point (in the 85–87°C range) by the Ring and Ball method, which makes a real difference during formulating. A consistent softening point supports predictable flow when melting or extruding, and avoids phase separation in blends. The color—usually in the Gardner scale range of 2 or below—protects not only the look of tapes and labels but also the most sensitive laminates.
The resin granules themselves handle easily. They stay free-flowing in storage, feeding through pneumatic conveyors without caking or blocking, even in humid summers. The low ash and water content cut down on filter plugging, so the plant floor team faces fewer stoppages and maintenance headaches. Our lab monitors unsaturation and molecular weight distribution, which translates into stable compatibility with natural, synthetic, and EVA rubber systems. Whether a batch ends up in flooring adhesives or bookbinding, customer complaints about stickiness or delamination stay near zero.
Nearly every year a new resin blend enters the market, usually trumpeting claims about speed or cost. But based on years of troubleshooting, Wingtack 86 stands out for delivering flexibility at several levels. Formulators come to us not only for its physical specs, but because they know our resin bridges the gap between cost and technical demand—critical in sensitive applications like diaper adhesives and food packaging.
Let's take pressure sensitive adhesives. A hot melt label stock adhesive can’t be too brittle, too soft, or too dark. Wingtack 86 lends outstanding thermal stability and light color, freeing formulators to use less stabilizer and more aggressive tackifiers. In block, pellet, or granule form, it integrates cleanly with SIS and SBS block copolymers, which aren’t forgiving of impurities. End products drop cleanly off coating heads, keep their peel and shear balance, and hold labels firmly on curved soda bottles or pharmacy boxes.
In solventborne adhesives—including those used in laminating films for snack foods—compatibility and clarity matter. Poor resin choice shows up as haze, yellowing, or even odor, which can get end users in trouble with regulations or consumer complaints. Wingtack 86’s tightly controlled aromatic and aliphatic content give it a strong foothold in both transparent and pigmented adhesives. Isohexane and aromatic solvents grab the resin evenly, with no feathering or streaking during drying.
Rubber formulations put resins through a different kind of challenge. Tire manufacturing plants, athletic shoe sole molders, and technical goods producers hate downtime for cleaning and maintenance. Impure or variable resins gum up extruders, leading to microgels or off-color strips—problems with direct costs in scrapped material. With Wingtack 86, a narrow softening point window and high purity mean less fouling at the die, finer masterbatches, and more consistent rubber flow. SBR, BR, and natural rubber integrate the resin smoothly, raising green tack and improving filler acceptance.
Because we target VOCs and sulfur content below industry standards, rubber articles made with our resin release fewer odors on curing and show less tendency to bloom or fog in finished goods. The peroxide-cure and sulfur-cure systems benefit from the low reactivity of our resin, so performance properties pass QC faster and more reliably.
Changing regulations in packaging, food contact, and toy manufacturing set high bars for chemical suppliers. We regularly prepare technical dossiers for regulatory review—rosters of analytical data on each batch shipped. Many of our end users ask for support in regulatory compliance, especially under European or US FDA standards.
We don’t just rely on paperwork; our lot releases track not only formaldehyde, benzo[a]pyrene, and dicyclopentadiene by-products, but every impurity with potential downstream impact. Each year, our resins move through certification audits by both direct customers and independent labs, and we welcome them on site. Product development keeps ahead of legislative shifts—particularly phthalate, BPA, and mineral oil migration—as new tests roll out in target industries. As global consumer awareness grows, we work side by side with regulatory and technical teams to keep end users ahead of potential product recalls.
During each stage of Wingtack 86’s production, our plant management prioritizes minimizing emissions and capturing solvent vapors. We use closed loop water systems, and the hydrogenation process reuses gas to avoid waste. Unlike some importers, who might resell resins from under-regulated sources, our facility files annual reports on effluent, solid waste, and energy use—our record shapes not just our credentials, but the way our team is trained.
End customers increasingly want information on Life Cycle Assessment (LCA) and support for eco-labels. While Wingtack 86 comes from petrochemical streams, we constantly optimize heat use in reactors, and deliver in lightweight, stackable packaging to cut down shipping weight. Even the dust collection on our granule lines feeds back into process streams, so nothing leaves the plant unchecked. Regulatory limits on VOCs and other emissions drive us to renew our systems every few years; that ongoing investment means our resin helps customers keep their environmental audits short and smooth. Lower energy use in the adhesive application process and minimal off-gassing add up to measurable benefits both for the downstream user and for plant operators.
It’s tempting to see all hydrocarbon resins as interchangeable, but out on the production lines, differences show up where it counts. Over the years, customers have switched to Wingtack 86 after running into problems with broken supply chains or quality swings from traders and brokers. The all-too-common issues include color drift, odor contamination, softening point spread, and blocked silo outfeeds due to fines and agglomerates—each one a sign that the resin supplier lacks tight process control.
We run reformer feed cuts on a fixed schedule, with every shift keeping logs on temperature, pressure, and catalyst state. That means resins with the same backbone structure, coloring agents, and odor profiles over long production cycles. Instead of explaining away complaints, we keep scrap rates low, film clarity up, and line speeds at target, which helps contract manufacturers hit their delivery dates.
Another big advantage: packaging flexibility. For major adhesive factories, we run custom tote or FIBC lines, matching delivery volume with usage rates to cut down warehouse costs and double-handling. Our packaging crew makes sure every ton ships dry, uncontaminated, and ready for automated feed. We listen to the maintenance stories and line issues customers face, and adjust both packaging and shipping protocols where it makes a concrete difference.
Fixing formulation snags means more than just sending samples and datasheets. Our technical support team has real shop-floor experience—many worked in compounding or adhesive production before joining us. When a new end use pops up, such as a high-clarity lamination or a PE label stock for deep-freeze conditions, they visit customer labs and help trial batches using our resin. By sharing what’s worked on similar lines, or walking through the compatibility blend at the extruder, we make sure the resin isn’t just theoretically suitable, but effective with the day’s raw material batch.
Adhesive makers face challenges every week—raw mat changes, new cost targets, or regulatory shifts. Rather than offering formulaic answers, our crew walks the shop floor and helps the operator set temperature, dwell time, and mixing order to get the best out of Wingtack 86. We keep detailed logs of technical advice, sharing back only tested solutions that deliver margin improvements, line speed gains, or color clarity. If a customer needs fast lab validation or new analytical data, we open up our equipment for outside testing; that kind of cooperation builds trust and reduces cycle time in new product introductions.
Plant management tracks every batch for complaints, technical returns, and on-time delivery statistics. We run monthly process improvement meetings, reviewing not just major incidents, but small line hitches or customer reports about melt feed or color changes. By keeping internal yield, loss, and energy records public within our team, we empower process engineers to test new catalysts, cooling protocols, and mixing methods before scaling up for production. Lessons from customer feedback often push permanent changes on our line, which in turn shows up in the tighter spec products delivered over the years.
As brands press for more sustainable and traceable chemicals, we’ve pushed for digital batch recordkeeping and barcode tracking from raw stock to finished granule. If a problem ever surfaces, we trace all inputs and shut down the line to check both process and output until the root cause clears. That tight loop forms the backbone for the trust our resin carries in the field—and keeps warranty returns low.
Petrochemical markets swing with energy prices, weather, and shipping bottlenecks. Even so, we lock in bulk feed contracts, diversify storage hubs, and maintain partnerships with short and long haul transporters, to guarantee continuity. Our lead times rarely stretch beyond contracted windows, and we buffer warehouse stocks based on quarterly forecasts, driven by firm customer orders rather than speculation.
We maintain staff cross-training on all reactor and packing lines, so workforce absences won’t drag down production. For larger customers, we keep consignment stocks at distribution points, cutting risk for sudden order changes. Over two decades of operation, we’ve absorbed regional blackouts, shipping slowdowns, and raw material price shocks without cutting corners on resin quality or extending lead times.
Hot melt adhesives, rubber components, and industrial coatings shape products that people use every day—from packaging and footwear to electronics and books. Competitiveness now relies on products built to tight timelines and tough specs—and more than ever, supply chain brakes or inconsistent raw materials can derail big contracts. By manufacturing Wingtack 86 with rigorous attention to feed selection, process control, and final QA, we’ve taken many customers from recurring headaches to long-term partnerships.
Years of working directly with factories, line leaders, and technical managers give us insight well beyond datasheets. The small missed details—dust fines blocking hoppers, color drift under warehouse lights, unknown batch impurities—cause the interruptions nobody plans for. Supplying Wingtack 86 means addressing those challenges before they show up on the line.
The next generation of adhesives, packaging, and compounded materials will need even sharper control over raw material profiles, color, and impurities. Our investment in process automation, energy efficiency, and traceability sets the stage for meeting new standards—both regulatory and performance-driven. Direct customer feedback, both from plant supervisors and R&D chemists, continues to shape our upgrades and innovations. We see ourselves not as just another resin supplier, but as a hands-on partner in every batch that leaves the plant.
Experience shows that trusted hydrocarbon resins like Wingtack 86 allow manufacturers to keep lines running, deliver on customer promises, and reduce surprises where they hit profits hardest. The drive toward sustainable, high-integrity industrial materials puts greater weight on manufacturing expertise, accountability, and real-world results—a reality that we embrace as both a responsibility and an opportunity to prove the value of doing things right, every time.