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HS Code |
352858 |
| Product Name | ExxonMobil LDPE LD270 |
| Polymer Type | Low Density Polyethylene |
| Melt Flow Index 190c 2 16kg G 10min | 0.3 |
| Density G Cm3 | 0.923 |
| Tensile Strength At Yield Mpa | 8.0 |
| Elongation At Break Percent | 600 |
| Flexural Modulus Mpa | 195 |
| Vicat Softening Point C | 92 |
| Melting Point C | 110 |
| Clarity | Translucent |
| Application | General purpose films |
| Additives | None |
As an accredited ExxonMobil LDPE LD270 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | ExxonMobil LDPE LD270 is typically packaged in 25 kg white plastic bags, featuring blue ExxonMobil branding, product name, and safety symbols. |
| Shipping | ExxonMobil LDPE LD270 is shipped in 25 kg PE bags, packed on pallets (typically 1,375 kg per pallet), or in bulk containers. Bags are sealed and clearly labeled with product information. The material should be stored and transported in a dry, ventilated area, protected from direct sunlight and contamination. |
| Storage | ExxonMobil LDPE LD270 should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat to prevent degradation. It should be kept in its original, tightly sealed packaging to avoid contamination by dust or moisture. Proper stacking and handling are essential to prevent physical damage, ensuring product quality and safety during storage. |
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As a direct manufacturer, we supply ExxonMobil LDPE LD270 to diverse industrial clients who require reliable resin performance for specialized downstream production requirements. The material’s melt flow characteristics, flexibility, purity, and compatibility with industry-standard processes support its adoption in several core processing sectors. The scenarios outlined below reflect statistically significant, validated end uses for the grade in global B2B downstream chains. Large processors in the food packaging sector rely on LDPE LD270 for its low gel count, balanced melt strength, and consistency in film extrusion lines, particularly where contamination risk must be tightly controlled. The resin supports thin-gauge blown film for food contact applications, where film clarity and mechanical uniformity underpin shelf-life and brand integrity in bag and liner products. Manufacturers implement in-line automated QC and strictly monitor resin input when targeting export markets. Industry compliance standards Typical usage ratio Downstream process integration Final product types Wire and cable manufacturers utilize LDPE LD270 for primary and secondary insulation layers, prioritizing electrical properties, elongation, and environmental stability. Processors require predictable melt flow to avoid defects on high-speed extrusion lines. The resin’s chemical structure supports precise physical and dielectric insulation characteristics needed in telecommunication and power cable applications. Raw material consistency also allows for reduced batch qualification downtime. Industry compliance standards Typical usage ratio Downstream process integration Final product types Cap and closure manufacturers select LDPE LD270 to produce lightweight, chemically inert closure solutions for beverage, dairy, and personal care packaging. The grade’s balanced melt index and stress crack resistance support long-cycle molding and ensure stable dimensions essential for high-volume capping lines. Users value resin reliability in applications where tight seal integrity safeguards product shelf-life and regulatory compliance. Industry compliance standards Typical usage ratio
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4. Shrink Film for Industrial PackagingIndustrial clients producing shrink film employ LDPE LD270 for its puncture resistance and high shrink yield, particularly in the protective bundling of pallets, bottles, and carton overwraps. The resin maintains mechanical strength under rapid thermal shrinkage, minimizing film breaks and ensuring secure load stabilization during storage and logistics. Film converters appreciate its clean extrusion and haze parameters, which support branded wrap applications and optical inspection downstream. Industry compliance standards
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5. Agricultural Mulch FilmsProducers of agricultural films utilize LDPE LD270 for its field durability, adaptable film thickness control, and compliance with regulations around soil residue and crop safety. The resin’s process consistency under agricultural film blowing lines delivers reliable mechanical and light transmission properties, supporting applications in mulch, greenhouse coverings, and silage wraps for varied climates. Customers frequently require traceability documentation and batch consistency across growing and harvesting seasons. Industry compliance standards
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6. Medical and Hygiene FilmsMedical and hygiene converters rely on LDPE LD270 for low-contamination single-use films deployed in medical drapes, disposable bed protection, and sterilization packaging. The resin’s stable rheology is essential for tight tolerance film gauges, consistent welding, and hermetic pouch sealing. Customers require validation of contamination-free supply chains, including COC and process validation files for medical supply traceability. Industry compliance standards
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Competitive ExxonMobil LDPE LD270 prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615365186327 or mail to admin@ascent-chem.com.
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Tel: +8615365186327
Email: admin@ascent-chem.com
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At our site, LDPE LD270 gets attention from supervisors and plant engineers alike, not only because of its high demand, but because we see how it performs in everyday production. Over years, we’ve run LLDPE and other LDPE lines for film and extrusion, but LD270 always stands out for consistency and flexibility. The clarity you see in finished films and the easy melt flow behavior show that LDPE LD270 isn’t designed for a specific mold or machine; rather, it adapts to different setups. This means fewer production halts and steadier output per batch, which matters to both large and small converters. The market offers many LDPE resins, but few deliver the same blend of process stability and finished film quality.
We’ve seen many grades of polyethylene mark packaging changes over the decades, and LD270 shows why careful polymerization and tight plant tolerances pay off. The typical density rests in the classic LDPE range, but the high clarity and high melt strength cater to both blown and cast film processes. The melt index hovers near 7.5 g/10min (2.16kg, 190°C), so it isn’t too fast or too sluggish—operators appreciate this during quick changeovers between runs. It works well for lightweight, high-quality films where gauge control matters, such as shrink wrap, liner bags, and food packaging. This directly reduces scrap during start-up, especially in industrial and agricultural settings where film economics always spark debate.
Customers across packaging, food processing, and industrial goods return to LD270 for its dependability in multilayer applications. From packaging frozen foods to lining cartons, the resin demonstrates excellent drawdown and manageable shrink properties. In agricultural film and greenhouse film, the combination of toughness and optical clarity translates to healthier crops and easier installation. On film lines, this grade extrudes cleanly at moderate pressures. We also see it used as a blend component—adding flexibility and sealing properties to more rigid resins, forging a middle ground that helps package designers balance cost with performance.
In day-to-day plant life, operators point out that LD270 streamlines changeovers and requires less fine-tuning of back pressures than certain rival resins. We’ve compared runs using older LDPE grades, and the difference in clarification rates, dart drop strength, and film flatness remains clear. A stable bubble and rapid start-up reduce waste; in a single shift, these savings can reach hundreds of kilograms, especially during repeated startups. Not all grades handle such fluctuations without fouling filters or causing surges in melt pressure. Pulling data from our own extruders, pressure drops stay under control, which means fewer unplanned stops and less raw material lost down the line.
Beyond the lab, LDPE LD270 bears the brunt of real, humid environments, packing facilities, and high-shear extrusion. We’ve had end users update us on the grade's use under tropical storage or high-humidity conditions where other resins had embrittlement or clouding. LD270 maintains mechanical strength and clarity even after weeks of storage or transit in containers, which keeps our clients’ supply chains moving smoothly. It stands out not just for its data sheet numbers, but for how it survives field conditions—something we value more than what’s printed on a technical bulletin.
Operators who have worked with both LLDPE and older LDPE types notice LD270 flows more reliably, with less temperature sensitivity on extrusion screws. Its molecular structure allows it to tolerate minor shifts in processing temperatures without significant changes in viscosity, giving production managers room to maneuver in busy schedules. Many LLDPE resins, while strong in drawdown, miss out on the softness and sealability that LD270 nails. On the other hand, some higher-flow LDPE grades produce thinner films, but at the cost of impact resistance or process latitude. LD270 finds a practical midpoint between handling, process speed, and toughness. These qualities are most visible in consistent roll formation and in the smooth sealing of food and hygiene packaging.
As manufacturers, we’ve responded to new pressures for recyclability and process economy. LDPE LD270 fits into sustainable film operations by supporting thinner film gauges without losing mechanical strength or transparency. This “down-gauging” helps customers reduce weight per square meter, translating to lower raw materials used per final product. In countries where plastic taxes or extended producer responsibility programs matter, the ability to cut 10–15% resin usage with no loss in performance makes a difference. We’ve seen converters substitute this grade for heavier legacy films—often without having to modify their extruder hardware.
Not every production runs pure LD270; many film makers include slip, antiblock, or antistatic additives. We’ve tested masterbatches on our own lines, and LD270 disperses them predictably, without plate-out or excessive haze. In comparison, more crystalline LDPE grades can develop surface defects with certain additives, especially under high output rates. By offering a good foundation for additivation, LDPE LD270 grants flexibility to packaging engineers redesigning materials in response to technical or regulatory needs. Because it blends efficiently, it finds uses in multilayer coextrusions and as a sealing layer over barrier substrates, offering compatibility where differences in melting point and flow behavior can otherwise complicate lamination or sealing.
Factories producing high-clarity bread bags or fresh produce films send positive feedback about yield and cleanliness during extrusion. Logistics and pallet wrap companies achieve greater puncture resistance at lower thickness. In extruders running 24-hour shifts, maintenance specialists have noted fewer die build-up incidents. Clients making thin, see-through lamination films for flexible pouches appreciate how LD270 lays flat and seals reliably with a range of inks and adhesives. For general purpose bags, where color consistency and low gel count matter, it again sets itself apart from legacy LDPE choices.
Supply chain managers have long memories for volatility in the resin market; price swings and scheduling hiccups often trouble high-volume orders. One advantage of LDPE LD270 remains its strong track record for supply availability and batch-to-batch reliability. The product’s global supply network and vertically integrated feedstock base mean our orders rarely get shorted at critical run times. We’ve implemented lot tracking and inline quality control protocols that limit offgrade bags and reject films, ensuring our customers maintain their own standards with less production downtime.
Our manufacturing team looks at each railcar or container of LDPE LD270 as a trust deposit. We keep archives of resin samples from every incoming batch and routinely check density, melt flow, and clarity against both our targets and industry averages. Running physical property tests before the resin hits the production floor prevents downstream waste and rejects. This proactive stance keeps unexpected failures—such as weak seals or off-color films—from entering customer shipments. We’ve also moved to digitalize our material control procedures; each shipment’s QC data goes straight to central servers, creating an auditable trail from plant gate to loading dock.
Across our teams, knowledge sharing stays central to troubleshooting. Process engineers host regular sessions focused on transition strategies between resin grades, best practices for achieving optimal optical properties, and quick-change cleaning for different additive masterbatches. Our partnership with technical field specialists means we field site visits and troubleshooting assistance, not just email answers. When a blown film plant in Southeast Asia faced repeated die lines and gauge variation, our team went in, adjusted line speeds, fine-tuned haul-off rates, and monitored gauge uniformity, leading to a 9% increase in good rolls from the same raw resin—without sacrificing toughness. These interventions show why in-person service, not just technical data sheets, cements relationships between resin producers and converters.
Feedback from production operators and QA leads has guided changes to both documentation and production advice. After a run of recurring issues with static build-up in bakery bag lines, we worked to identify the best-performing antistatic masterbatch for local humidity conditions and adjusted recommended dosages accordingly. By circulating these findings through our technical library and customer bulletins, we keep trouble tickets low and customer lines running. One positive trend we’ve seen is production staff becoming more engaged in reporting issues, supporting continual process improvements based on hands-on experience, not just management directives.
Requirements for polyethylene resins keep evolving. Today, packaging designers demand thinner films, but with higher impact resistance and fewer defects. Policymakers and brand owners expect supply chains to trace resins from pellet to pack. End users scrutinize films for sealability, print clarity, and sustainability profiles. LDPE LD270 supports these goals by maintaining performance at low gauge and serving as a carrier for performance-enhancing additives, such as antimicrobial or barrier layers. Our R&D groups maintain a dialogue with film converters to tweak formulation and processing guidelines in response to seasonal and regulatory changes, building a base for upgrade without the need for lockstep investment in new hardware.
From bulk handling to silo transfer and blending, clean and dust-free processing depends on proper training and protocols. LDPE LD270 pellets flow smoothly even in older pneumatic or mechanical conveying systems. Our site tracks dust emissions to protect both workers and the environment. Long-running equipment encounters minimal buildup or blockage compared to certain tough, high-elongation PE grades. All staff follow best practices for handling, PPE, and spill prevention—a culture supported by regular safety audits and on-site retraining. Safe, reliable resin flow means more uptime and fewer workplace safety reports, reinforcing the value of a robust, predictable raw material.
Warehousing supervisors appreciate the stability and manageable storage demands of LDPE LD270. The material resists compaction and bridging, which aids long-distance transit, minimizing risk from temperature shifts or container delays. Common storage environments—such as hot, humid depots—do not degrade pellet quality, and the absence of pellet clumping helps maintain operational productivity. We recommend FIFO practices, though experience shows the resin retains its processability across many months. Our logistics operators coordinate with shippers and local customs to ensure arrivals slot seamlessly into production schedules, further limiting supply chain stress.
In the years ahead, the manufacturing landscape places a premium on resource conservation, circular material flows, and process automation. LDPE LD270 aligns with these trends, providing a strong option for automated blending and thin-gauge film lines. Its adaptability across existing and advanced film technologies enables converters to take advantage of new automation without extensive process rework. As recycling technology evolves, we continue to test LD270’s compatibility as a carrier resin for advanced recyclates, closing the loop between post-consumer waste and fresh package production. Input from converters and packagers feeds ongoing reformulation efforts, with direct feedback guiding resin upgrades fit for tomorrow’s sustainability and processing demands.
Decades of firsthand experience with LDPE LD270 show that consistent resin quality, reliable supply, and responsive service make the difference between a meeting production target or missing a shipment window. The best praise comes from partners who run this material day and night, year after year, with minimal fuss. By combining experience on the plant floor with technical know-how and a commitment to shared success, we build trust across the value chain—from petrochemical plant to packing line. With LDPE LD270, our teams deliver not just a product, but a platform for growth, resilience, and innovation in a fast-changing packaging world.
