|
HS Code |
580851 |
| Product Name | Piccotac 1115 Hydrocarbon Resin |
| Chemical Family | Hydrocarbon Resin |
| Appearance | Pale yellow granular |
| Softening Point | 110-120°C |
| Color Gardner | 5 (max) |
| Molecular Weight | Approximately 500-1000 g/mol |
| Specific Gravity | 0.97 (at 25°C) |
| Acid Value | <1 mg KOH/g |
| Solubility | Soluble in aliphatic and aromatic hydrocarbons, insoluble in water |
| Glass Transition Temperature | 50-60°C |
| Applications | Hot melt adhesives, sealants, rubber compounding, coatings |
| Odor | Mild hydrocarbon odor |
| Compatibility | Compatible with polymers such as EVA, SBS, SIS, natural rubber, and polyolefins |
As an accredited Piccotac 1115 Hydrocarbon Resin factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Piccotac 1115 Hydrocarbon Resin is typically packaged in 25 kg (55 lb) multi-ply paper bags with plastic liners for protection. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL): Piccotac 1115 Hydrocarbon Resin is typically loaded at 16–18 metric tons per 20-foot container, packed in bags. |
| Shipping | Piccotac 1115 Hydrocarbon Resin is typically shipped in 25 kg bags or 500 kg super sacks, tightly sealed to prevent moisture and contamination. The containers are loaded on pallets for safe handling. Shipping is conducted in accordance with standard chemical transport regulations, ensuring product integrity and safety during transit. |
| Storage | Piccotac 1115 Hydrocarbon Resin should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and ignition points. Keep the containers tightly closed to prevent contamination and moisture absorption. Avoid exposure to strong oxidizing agents. Storage temperature should ideally be below 30°C (86°F) to maintain product quality and stability. |
| Shelf Life | Piccotac 1115 Hydrocarbon Resin has a recommended shelf life of 12 months when stored in original, unopened containers under proper conditions. |
|
Softening Point: Piccotac 1115 Hydrocarbon Resin with a softening point of 115°C is used in hot melt adhesive formulations, where it enhances thermal resistance and tack retention. Color Stability: Piccotac 1115 Hydrocarbon Resin with high color stability is used in packaging adhesives, where it ensures clear and aesthetically pleasing final products. Molecular Weight: Piccotac 1115 Hydrocarbon Resin of medium molecular weight is used in pressure sensitive labels, where it delivers optimized cohesion and peel strength. Compatibility: Piccotac 1115 Hydrocarbon Resin with superior polymer compatibility is used in EVA-based adhesives, where it promotes uniform blending and reliable bonding performance. Melt Viscosity: Piccotac 1115 Hydrocarbon Resin with low melt viscosity is used in sprayable adhesive systems, where it enables smooth processing and even substrate coverage. Purity: Piccotac 1115 Hydrocarbon Resin with 99% purity is used in hygiene product adhesives, where it minimizes odor and ensures safe skin contact. Glass Transition Temperature: Piccotac 1115 Hydrocarbon Resin with a glass transition temperature of 60°C is used in bookbinding glues, where it maintains flexibility and crack resistance across temperature variations. Thermal Stability: Piccotac 1115 Hydrocarbon Resin with high thermal stability is used in woodworking adhesives, where it prevents decomposition and discoloration during hot application. Solubility: Piccotac 1115 Hydrocarbon Resin with excellent solubility in aliphatic solvents is used in rubber compounding, where it facilitates homogeneous dispersion and improved tack. |
Competitive Piccotac 1115 Hydrocarbon 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.
We will respond to you as soon as possible.
Tel: +8615651039172
Email: sales9@bouling-chem.com
Flexible payment, competitive price, premium service - Inquire now!
In the manufacturing business, we never stop listening to what our customers need on their production lines. Piccotac 1115 hydrocarbon resin reflects everything we’ve learned about pressure-sensitive applications and hot melt adhesives over years of hands-on experience. This C5 resin isn’t just another variant in a crowded market. From day one of its development, we focused on how each characteristic—like color, molecular weight, tackifying performance, and thermal stability—directly affects the end user’s processes and product reliability.
Let’s be direct—quality matters more than ever. Customers working with tapes, labels, or hygienic products demand resins that won’t yellow, run, or drag down their adhesive formulas. Piccotac 1115 delivers a pale color by default, cutting out the headaches that come from off-color batches or embarrassing visual inconsistencies. This clarity proves invaluable on white or transparent substrates and keeps the final product looking clean and market-ready.
Working in a plant setting brings home the reality that even small batch-to-batch differences can mean hours lost and thousands in rework. We invest in raw material sourcing and in-line process controls, because repeatability means everything for downstream production. Piccotac 1115’s narrow softening point and low volatility mean that adhesive compounders can count on every shipment behaving as expected. That means no sudden gels, no unmanageable flow changes, and no unpredictable tack, even on high-speed equipment.
In pressure-sensitive systems, the difference between a label that adheres smoothly and one that wrinkles or peels can come down to the resin’s compatibility and set speed. Piccotac 1115 pairs easily with SIS, SBS, SEBS, and even EVA and natural rubbers. Our in-house teams stress–test every batch to guarantee that customers never have to second-guess the blend or risk fouling a costly formulation. The resin’s balanced polarity bridges components with different chemistries, so formulators aren’t boxed in by ingredient restrictions or forced to rely on heavy plasticizer loads that destabilize the product over time.
Temperature swings in warehouses and factory floors can play havoc with ordinary resins. Piccotac 1115 shines in these variable environments because it keeps its tack and flow properties stable from formulating kettles to die heads and applicators. Our operators and technical service specialists regularly field questions about adhesive blockages or stringing issues—especially in summer and winter. Switching to Piccotac 1115 cuts down on those troubleshooting calls. The consistent melt viscosity eases processing and means less downtime cleaning out equipment.
It’s tempting to focus only on initial costs, but total cost of ownership tells a fuller story. Equipment stoppages, edge bleed, uneven laydowns—a reliable resin pays for itself many times over. With Piccotac 1115, field reports show improved line speeds and tighter control over final product aesthetics. Customers running ultrathin tape coatings or high-speed diaper core lines often mention how much they value batch-to-batch integrity, especially once output volumes reach into the millions.
Spec charts will tell you about ring and ball softening points (typically between 95°C and 105°C for Piccotac 1115) or typical molecular weights, but those numbers never give the full picture. We work directly with adhesive manufacturers not just during the buying cycle, but when real-world machinery is up and running. Feedback from production trials gets rolled into every improvement. Our lab teams replicate customer process conditions—whether it means testing at high line speeds, or adjusting melt temperatures to the unusual profiles seen in automotive interiors or heat-resistant films.
Performance under UV and thermal aging can make or break long-lived consumer products. Piccotac 1115 consistently outlasts competitor C5 resins in yellowing resistance, which shows up in consumer confidence and reduced scrap rates. This real-world resilience stands out to converters and packagers who’ve spent too many nights correcting failures from cheaper alternatives.
The conversation has moved beyond simple “sticky” quality. Today’s adhesives call for resins that enable smarter, lighter, and safer products. Piccotac 1115 supports thinner constructions and reduced plasticizer dependence—which matters both for sustainability benchmarks and regulatory compliance. We pay serious attention to evolving requirements in low-VOC applications for hygiene and medical grades. The resin’s inherent low odor helps formulators meet stricter industry standards for safe consumer exposure.
Take, for example, food packaging lines rolling out at closer tolerances than ever. Dust, fibers, and minor variations on film or paper can stress the adhesion layer. Customers using Piccotac 1115 see fewer edge failures and reject rates compared to resin blends that introduce more variability. The choice of resin often determines line uptime and the number of complaint calls a converter has to handle each month.
We’ve replaced competitors’ mid-range C5 resins in hundreds of applications over the last decade. Each switchover comes down to one thing: fewer process headaches. Hot melt adhesive makers have told us about reducing the amount of high-aromatic extender they needed, just to keep their lines running with off-color resins. With Piccotac 1115, they reclaimed both plant flexibility and final product clarity with less risk of build-up or discolored glue filaments.
Many facilities rely on a single main resin to build inventory and streamline logistics. Piccotac 1115 works across a wide enough compatibility range that manufacturers can consolidate SKUs—making purchasing and inventory much less of a juggling act. We see this most clearly in companies scaling up their tape or label lines, where every week spent waiting on a specialty polymer can cost tens of thousands in lost sales opportunities. By standardizing on a resin with known, predictable characteristics, customers avoid guesswork, reduce warehousing requirements, and sidestep the “unknowns” that derail production.
Our technical team doesn’t just write up recommendations. We visit customer lines, watch the process run, and measure output quality directly. If an operator struggles with stringing at the die tip or fluctuating viscosity on the melt tank, we’ll get samples running right there on the floor. Quite a few of our improvements to Piccotac 1115’s color and odor profiles came from these sessions—watching technicians run at shift change, evaluating residue left in the equipment, and catching any drop-off in release properties that can hurt downstream efficiency.
Piccotac 1115 has proven itself on high-speed lines—running tapes at over 750 meters per minute, and labels for both conventional and direct-thermal print systems. Our plant operators and customer chemists alike appreciate how little fine-tuning is needed, even when ramping up from pilot batches to full-scale production. The resin answers quickly to process adjustments, holding steady as finishers dial in line speed or change up substrates.
In the early days, every new resin was a compromise—color versus stickiness, speed versus clarity, and performance versus cost. Piccotac 1115 moves past those tradeoffs. By controlling both feedstock purity and processing consistency, we offer a resin that no longer forces adhesives formulators or converters to pick the lesser evil. No major color drift, noticeably lower odor, stable softening points, and dependable solubility with block copolymers and natural rubber—these advantages stay true in real use, not just on datasheets.
Many competitive C5 resins struggle with color stability after extended thermal aging or exposure to light, leaving packaging dull or yellowed after only weeks in market. Piccotac 1115’s pale color holds up better, making it the preferred choice for clear packaging films or visually critical decorative tapes. Thermal stability helps adhesive films keep their flexibility and clarity, even at the margins of operating temperature, which is invaluable for converters running seasonal or export goods.
A lot gets promised in the hydrocarbon resin market about compatibility. What we see on customer floors is that misfit resins can separate or form gels in SIS or high-EVA blends, forcing costly line cleaning and material rework. Piccotac 1115 consistently avoids these headaches by blending smoothly at typical melt temperatures without inducing phase separation or gelation, letting the rest of the formula do its job with no hidden surprises.
Our commitment doesn’t end in the bagging and shipping departments. Manufacturing and packing Piccotac 1115 takes real attention to detail. We keep resin lots uniform by marrying offline spectral color checks to online melt flow readings and multiple-point softening checks. At the loading dock, plant staff monitor moisture and contaminant ingress—a key consideration since even minute water or dust pickup can disrupt process flow in high-end hot melt lines.
Customers storing resin for many months want assurances that moisture won’t lead to clumping or surface oxidation. That’s why we use heavy-duty, multilayer bags and take care to limit temperature swings during shipping: keeping the resin as close to “factory fresh” as possible. Detailed storage and handling guidance comes straight from our own warehouse staff’s daily practice, not just from a technical bulletin.
We know the regulatory landscape shifts quickly, especially in contact-sensitive sectors like hygiene and food packaging. Piccotac 1115 builds on decades of compliance with regulations governing hydrocarbon resins in major global markets, including thresholds for chemical migratables, odor, and color stability. Customers in medical and hygiene see specific benefit from the resin’s low content of volatiles and nearly negligible aromatic residue. We stay ready to produce supporting compliance documentation not because it’s a nice-to-have, but because we face these inspections and audits right alongside our customers.
Sustainability has become more than a buzzword. Piccotac 1115 uses carefully selected hydrocarbon feedstocks with a focus on reduced environmental footprint. Our production lines have cut waste streams and energy consumption cycle after cycle, translating into improved lifecycle impacts for converters and packagers who need to meet strict RSL and green packaging goals. The resin’s high efficiency in formula means less overall compound mass is needed to achieve equivalent tack or cohesion—moving the supply chain toward lower total polymer consumption over product lifetimes.
Any resin can look great on a sales flyer. It’s what happens in the middle of a night shift that shows what lives up to the claims. We offer not just technical data, but phone and on-site expertise, troubleshooting kerf, color, or wetting challenges at any hour. Hot melt plant managers and process engineers can reach our support teams directly—people who understand line pressure, die configurations, and what can go wrong. We treat these calls not as complaints but as real-world opportunities to make Piccotac 1115 a stronger tool for every customer.
Many tape and label converters run challenging blends—high-acid copolymers, flame-retardant loads, bio-based modifiers. Piccotac 1115’s adaptable profile lets compounders try out these innovations without constant back-and-forth or costly formula resets. We pass along selected application recipes gleaned from global installations, as well as process tricks that help lines run faster with fewer shutdowns for filter or die cleaning.
No product line stands still. As plants automate, as markets demand better visuals and performance, our production team keeps tuning Piccotac 1115 to keep up. Ongoing investments in quality control technology let us bring even tighter tolerances to color, softening points, and melt characteristics. Where we see customer needs shifting—like rising regulatory pressures, demand for thinner adhesive layers, or new recyclability standards—we incorporate these changes at the process level, not just in cosmetic rebuilds.
What we learn from every customer trial—be it a 100 kg lot or a multi-ton run—feeds back into how we structure our next production campaigns. This two-way feedback loop ultimately keeps Piccotac 1115 at the front edge of performance in adhesives and coatings.
There are plenty of hydrocarbon resin options out there, but not all carry the same consistency from year to year, batch to batch. Distributors might pass along a technical bulletin and move on, but those of us actually producing the resin live with the real-world outcomes of every shipment. We listen when hot melt lines shut down unexpectedly, or adhesive sheets exhibit shrinkage and edge bleed in field applications. That’s why every innovation in Piccotac 1115 has roots in direct customer experience, observation, and partnership, not anonymous lab testing or licensing agreements.
Daily production challenges keep us honest—every incident of uneven pelletization or color drift registers in the plant control logs. If an adjustment is made, we test it not just in the lab but at scale, making sure that the knock-on effects behind the scenes are fully absorbed before the change leaves our floor. Resin design is an ongoing conversation between what’s possible in chemistry and what works under production stress.
Piccotac 1115 hydrocarbon resin does more than fill a slot in an adhesive formula. It solves persistent problems with color, process adaptability, and long-term performance that show up only after millions of meters are coated and converted. Its track record reflects our experience in large-volume manufacturing, where every shift demands consistency and every order must perform out of the box with minimal process adjustment.
In adhesive markets where stakes run high—speed, cleanliness, safety—resin basics can make or break outcomes. Through close work with customers and an open ear for process challenges, we keep improving Piccotac 1115, ensuring that it remains a reliable partner for tape, label, and coating producers worldwide. For those who need a hydrocarbon resin that delivers performance by every measurable standard—not just in the lab, but on the line—our years of direct manufacturing experience have gone into every bag.