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HS Code |
522598 |
| Product Name | ExxonMobil HDPE HTA108 |
| Manufacturer | ExxonMobil |
| Polymer Type | High Density Polyethylene (HDPE) |
| Melt Flow Rate 190c 2 16kg | 8 g/10 min |
| Density | 0.950 g/cm³ |
| Tensile Strength At Yield | 28 MPa |
| Elongation At Break | 700% |
| Flexural Modulus | 1100 MPa |
| Impact Strength Charpy Notched 23c | 12 kJ/m² |
| Vicat Softening Temperature | 124°C |
| Melting Point | 130°C |
| Typical Applications | Injection molding, crates, industrial containers |
| Color | Natural |
As an accredited ExxonMobil HDPE HTA108 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | ExxonMobil HDPE HTA108 is typically packaged in 25 kg white plastic bags, clearly labeled with product name, grade, and batch information. |
| Shipping | ExxonMobil HDPE HTA108 is typically shipped in 25 kg polyethylene bags or bulk containers to ensure safe and contamination-free transport. Bags are palletized and shrink-wrapped for stability during transit. Each shipment is accompanied by regulatory safety documentation as per international standards, ensuring compliant and secure delivery to customers. |
| Storage | ExxonMobil HDPE HTA108 should be stored in a cool, dry, well-ventilated area away from direct sunlight and sources of heat. Keep the material in its original, tightly sealed packaging to prevent contamination and moisture absorption. Avoid exposure to strong oxidizing agents. Proper storage conditions help maintain product quality and prevent degradation or changes in the material's physical properties. |
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ExxonMobil HDPE HTA108, trusted for its balance of high density, stiffness, and processability, finds widespread industrial applications where mechanical strength and regulatory compliance are critical. Below we detail real-world downstream sectors that incorporate this high-density polyethylene grade, including specifics on industry standards, formulation ratios, integration points in manufacturing, and the nature of finished products our customers produce. Rigid industrial packaging manufacturers rely on this high-stiffness HDPE in the blow molding of drums, jerrycans, and intermediate bulk containers (IBCs) demanding high mechanical performance and regulatory compliance for chemical and food contact safety. Its molecular weight distribution supports even wall formation in large, stress-prone bottle geometries, reducing the risk of weak seams and failures under heavy usage. Industry compliance standards Typical usage ratio
Downstream process integration
Final product types
2. Pressure Pipe and Fittings for Industrial FluidsManufacturers select this HDPE grade to produce high-stiffness, corrosion-resistant pipes and fittings for conveying chemicals and industrial water. Its controlled molecular weight distribution provides consistent melt strength during extrusion, critical for achieving pipe dimensional stability, pressure resistance, and longevity in buried or exposed installations subject to stress cracking and prolonged contact with aggressive substances. Industry compliance standards
Typical usage ratio
Downstream process integration
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3. Caps and Closures for Food and Consumer ChemicalsProduction of injection-molded caps and closures for beverages, dairy, condiments, and consumer chemicals demands precise molding, resistance to stress whitening, and compatibility with food packaging safety regulations. This HDPE delivers rapid cycle times and tight dimensional tolerances, supporting downstream demands for high-volume, high-precision closure manufacturing. Industry compliance standards
Typical usage ratio
Downstream process integration
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4. Heavy-Duty Sheet and Thermoformed LinersIndustrial and agricultural processers employ this HDPE for extruding thick sheets and lining films designed for protective, chemical-resistant containment. Its rigidity and processing profile enable the extrusion and subsequent thermoforming of large, seamless flat and contoured liners with excellent puncture resistance for demanding applications. Industry compliance standards
Typical usage ratio
Downstream process integration
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5. Injection-Molded Crates and Pallets for LogisticsHigh load-bearing, impact-resistant crates and pallets for the supply chain are manufactured using this HDPE grade for its performance under dynamic and static compression, as well as resistance to handling abrasion. Industrial molding operations leverage this resin’s flow characteristics to fill thick-walled, ribbed cavities with minimal sink marks, supporting quality standards for repeated heavy-duty use in harsh service conditions. Industry compliance standards
Typical usage ratio
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6. Cable Insulation and Jacketing ComponentsCable manufacturers use this HDPE variant primarily for select power and telecommunication cable jacketing. Its processed morphology provides abrasion resistance and environmental stress crack protection in underground and outdoor cable deployments. Electrical insulation properties and stability are preserved after extrusion, supporting long service life expectations in utility and telecom grids. Industry compliance standards
Typical usage ratio
Downstream process integration
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Competitive ExxonMobil HDPE HTA108 prices that fit your budget—flexible terms and customized quotes for every order.
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HDPE HTA108 came onto our production lines after years of watching our customers in extrusion, film, and packaging manufacturing run into the same snags with ordinary polyethylene. Many standard grades either lack the physical toughness needed for large-scale blow molding or fall behind in process speed on today’s machines. The market signaled a gap: people needed consistent melt behavior, balance of impact resistance and rigidity, and easy processability in complex operations. So, the decision wasn’t just to chase a product—our team wanted to address these hands-on pain points seen in factories and workshops across Asia, Europe, and the Americas.
Our process engineers spent countless hours tinkering with catalysts and polymer recipe adjustments to strike just the right density and molecular weight distribution. The result: ExxonMobil HDPE HTA108, a robust high-density polyethylene with a density range that centers performance for both pipe and film products. HDPE HTA108 brings a polymer architecture designed to handle thicker wall blow molding, extrusion applications needing dimensional stability, and even products with tight environmental compliance demands.
We hear from many operators on the shop floor that swap-outs between resin types eat up valuable uptime. Anyone working in large-volume packaging or pipe extrusion notices when a new batch of material demands a whole set of process tweaks. HDPE HTA108 aims to simplify this workflow. The melt flow index—carefully maintained across production batches—allows predictable pressure and drawdown during high-speed extrusion. Tubular film lines, in particular, run more smoothly and show fewer surges or thickness inconsistencies.
We’ve watched real-time testing at customer sites. Film edges hold better straightness under tension. Thick-walled bottles exit the mold with far fewer issues of blow marks or cold joints, reducing the regrind ratio and scrap. For chemical storage drums, rigidity stands up under vertical stacking, even when shops push throughput to meet peak-season demand.
On top of its mechanical properties, HDPE HTA108 meets the requirements for food contact in several major jurisdictions. Teams can use it confidently for bulk food packaging, as well as non-food chemical drums. This dual-approval rate isn’t something every high-density resin offers, so our partners tell us it limits the need for separate material inventories across different product lines.
Factories operating in humid or high-temperature zones report that HDPE HTA108 continues to process smoothly at lower extruder torque, keeping the energy spent per kilogram of finished film within budget. Many of our longer-term clients operate outdoors or in inconsistent power conditions; for them, material with a wider process window means they can stay on grade even when line temperatures or haul-off rates drift outside the ideal setting.
One application where we see real impact lies in large-container blow molding. Many grades produce warping or sag at heavier wall thicknesses, especially in multi-layer drums for hazardous material packaging. With HTA108, container ovality and wall profile stay closer to target, which cuts down on downstream inspection work.
Every resin has its “fit,” but HDPE HTA108 was formulated to balance three properties: stiffness, impact resistance, and ease of processing. Many classic HDPE grades deliver one or two at the expense of the other—stiff resins get brittle in cold drops, softer resins don’t stack well after blow molding, and some grades show batch-to-batch process surprises. By tuning the molecular weight distribution and using proprietary catalyst tech, we consistently see more predictable melt flow and fewer resin dust or gels during virgin extrusion.
From an operator’s viewpoint, HTA108 cuts the headaches that show up during shutdowns and startups—less risk of freeze-off during machine idling, better weld line integrity in mold seams, and faster transitions from color or regrind purge. Many standard HDPE grades can only be pushed so far in these conditions.
We still make, and supply, other polyethylene grades for specialty products. If someone needs extreme ESCR (environmental stress crack resistance) for buried pipe, or extra-low melt index for heavy extrusion, we match them to the right model. But for many of our clients, HTA108 won a permanent slot on their lines after side-by-side trials and troubleshooting with our technical teams.
HDPE HTA108 found early popularity in high-output film extrusion plants. Operators reached out after switching from standard HDPE grades and recorded measurable drops in breakage and film snap during high-speed winding. Layer uniformity improved, especially in coextruded applications. By building a resin that excites minimal static and resists dust pickup, factory climates with airborne debris see less surface contamination on final rolls.
In blow-molded container shops, the advantage comes in run cycles. Standard 20-liter chemical drums, 5-gallon pails, and full-sized fuel tanks produced with HTA108 resist deformation in both short- and long-term storage. Logistics teams appreciate tighter dimensional control since it means better fit on standard pallets and improved safety during overland truck transport.
Pipe manufacturers who have adopted HTA108 note an improvement in sag resistance during high-temperature extrusion. Longer-length pipes cool with less out-of-round and weld together with improved seam integrity. With cross-lab certifications now a core requirement for many public works bids, manufacturers rely on resin grades that pass both international and local environmental stress tests—and HTA108 holds these certificates.
Our sustainability team recognized early that producers active in the packaging and container segments face mounting pressure for recyclability and reduced carbon impact. HDPE HTA108 contains no heavy metal catalysts, and our internal supply chain works to minimize emissions at every step. Production lines run on high-efficiency reactors, and off-gas streams are recaptured and cleaned for chemical reuse, not vented.
Clients running recycling operations see steady melt viscosity in reprocessed HTA108. Residual strength remains high even after several extrusion cycles, which supports closed-loop recycling efforts. We actively visit partner recycling plants and monitor post-consumer processing of HTA108-based packaging and containers; this direct observation feeds back into ongoing resin design.
For converters already adapting to local legislation on plastics, HTA108 brings an easier certification path. Some regions demand reporting on product lifecycle and reusability. Our clear documentation and third-party audited process logs help open doors for our customers with regulatory authorities. Several major food and industrial packaging makers reported reducing return shipment rates after shifting to containers and films made with our resin, cutting both waste and indirect emissions.
At the heart of chemical manufacturing, the devil lies in the details. Operators handling tons of molten polymer need to trust both supplier documentation and physical product consistency. Our dedicated quality assurance labs run 24-hour monitoring—each batch of HTA108 gets tested for density, melt index, residual catalyst, and contamination before shipment.
We encourage plant visits for our larger clients: walking the floor, examining real-time production, and discussing tweaks face-to-face fosters reliability on both sides. Reporting on failures or deviations isn’t swept under the rug. HDPE HTA108 earned its place after plenty of open conversations about customer returns, scratched batches, and how to drive better results in the next cycle.
Worker safety drives manufacturing base choices as well. HDPE HTA108 moves in dust-minimized pellet form, which cuts down airborne microplastics inside production plants. Material flows easier through automated feed hoppers—lower static means less manual clearing, reducing risk of operator exposure to heated resin. These small wins add up to safer shifts and less unplanned downtime.
ExxonMobil HDPE HTA108 isn’t just a local solution. We ship to large packaging hubs in Southeast Asia, pipe plants in North America, container manufacturers in Europe, and automotive blow molders. Our team consistently sees how regional expectations inform success—whether it’s ambient temperatures or local specifications on UV resistance. Feedback from teams in tropical climates led us to test and validate UV stabilizer compatibility so outdoor tanks and bins hold up during outdoor exposure.
Ongoing collaboration with industry partners led to pilot runs in emerging markets. Small- and mid-sized converters gained a competitive edge with resin that supported faster changeovers and broader process latitude. This effect came out strongest where technical training or staffing levels varied—a forgiving resin made production more stable regardless of who was on shift.
Manufacturing is a daily test of consistency under pressure. Missed orders and low run yields cost real money, and line workers—often with years of hands-on experience—spot material aberrations before a single lab test takes place. HDPE HTA108 was designed with these realities in mind. During development, pilot plant managers and machine technicians gave feedback straight from the production floor. Their input guided changes in pellet size, dust levels, and packaging format for bulk shipments.
We started using larger scale sag and drop tests after learning from user complaints about previous resin grades. Larger drums failed at weak points near handles or stacking beads. Each round of trials forced improvements, pushing polymer architecture to deliver better crack resistance and higher return-to-use rates for returned containers. The resulting product is the direct result of that feedback loop between manufacturing engineers, line operators, and plant managers.
Industry keeps changing. As consumer packaging becomes lighter and safety demands rise—especially in the food and health sectors—manufacturers need new materials that keep up with both process and certification hurdles. HDPE HTA108’s robust design, consistent processability, and wide compliance footprint make it a trusted platform for further innovation.
From our vantage point, every kilogram of resin we make has a destination: somewhere in the world, it becomes a finished product that a business or household depends on. Whether it ends up as a clean water pipe, oil drum, detergent bottle, or grain silo, HTA108’s mechanical reliability and ease of process serve those real-world needs.
No single resin answers all the world’s manufacturing challenges. Product designers and plant managers constantly test boundaries—pushing for thinner gauges, new blends, and more demanding fill rates. By keeping close contact with major users and staying quick on troubleshooting requests, we refine HTA108 over time instead of standing still. Annual review cycles, direct line supervision during customer trials, and real-world feedback shape Grade HTA108’s future batches.
Clients share with us not only what works, but also the strains and surprises—the jams, unusual discolorations, or stiffness drift under less-than-ideal storage. We record, analyze, and respond: every complaint helps make the next batch a little better. This hands-on, ongoing improvement is how the resin earned trust not just with product managers, but also operators setting up lines at midnight or handling emergency restarts on holiday weekends.
HDPE HTA108 emerged not from abstract lab trials, but from the struggles, goals, and real manufacturing challenges of our customers worldwide. Every feature—melt index, density, dust control, safety in handling, recyclability—grew out of specific, often hard-earned requests from working manufacturers. The result is a polyethylene grade that supports both the technician adjusting temperatures at 2 a.m. and the procurement manager seeking better throughput from a packed schedule.
We take pride in knowing that each year, millions of finished articles—from industrial pipes to food-safe containers—roll off production lines thanks to the practical, reliable performance of HDPE HTA108. This is not just another commodity resin; it’s a material shaped by, and for, the real-world manufacturers who turn raw polymer into essential products used every day.
