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HS Code |
238794 |
| Product Name | ExxonMobil LDPE LD 105 |
| Polymer Type | Low Density Polyethylene |
| Density | 0.923 g/cm³ |
| Melt Flow Index | 0.3 g/10 min (190°C/2.16kg) |
| Tensile Strength At Yield | 10 MPa |
| Elongation At Break | 500% |
| Flexural Modulus | 220 MPa |
| Vicat Softening Point | 93°C |
| Melting Point | 110°C |
| Haze | 12% |
| Dart Impact | 250 g |
| Application | Film extrusion |
As an accredited ExxonMobil LDPE LD 105 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | ExxonMobil LDPE LD 105 is typically packaged in 25 kg white plastic bags, featuring blue ExxonMobil branding and product identification details. |
| Shipping | ExxonMobil LDPE LD 105 is shipped in clean, dry, and sealed polyethylene bags or bulk containers to prevent contamination and moisture absorption. Packaging typically conforms to standard industry requirements for resin transportation. Ensure storage in cool, well-ventilated areas, away from direct sunlight and incompatible materials. Handle according to standard polymer safety protocols. |
| Storage | ExxonMobil LDPE LD 105 should be stored in a cool, dry, well-ventilated area, away from direct sunlight and sources of heat or ignition. Keep the product in its original, unopened packaging to prevent contamination. Avoid exposure to strong oxidizing agents and store away from incompatible materials. Proper storage ensures product stability and maintains the quality and performance of the polymer. |
Applications of ExxonMobil LDPE LD 105 in Industrial ManufacturingAs a direct manufacturer of ExxonMobil LDPE LD 105, we supply this grade of low density polyethylene to a focused range of industrial sectors that require reliable performance in film, molding, and coating applications. Below, we outline key downstream use-cases where this raw material integrates into production processes, supporting compliant, consistent outcomes in each scenario. 1. Food Grade Flexible Packaging FilmsLeading food packaging manufacturers select this LDPE for its purity, mechanical strength, and approved food contact status, facilitating the production of transparent and heat-sealable films. It serves in applications such as bread bags, frozen food wraps, and produce packaging, aligning with rigorous hygiene and migration controls required for direct contact with consumables. Production managers often specify this grade to meet strict compliance and transparency requirements on large-scale blown film lines. Industry compliance standards
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2. Industrial Shrink and Stretch HoodingIndustrial logistics companies utilize this grade to produce shrink films and stretch hoods for palletizing, where tear resistance and controlled shrink force matter. Its consistent melt flow simplifies the transition from resin to finished hood, optimizing machine uptime and ensuring the final wrap maintains load security and puncture strength through distribution cycles. Industry compliance standards
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3. Wire and Cable Insulation CompoundsManufacturers of low voltage wire and cable sheathing rely on this LDPE to ensure dielectric strength, insulation uniformity, and smooth surface finish, which are critical for cable performance and longevity. Operators use this resin in precision extrusion to minimize pinholes and achieve the desired wall thickness, balancing insulation reliability with processability in high-throughput environments. Industry compliance standards
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4. Injection Molding for Container and Cap ProductionInjection molding factories use this LDPE grade to manufacture flexible product containers, closure lids, and packaging caps requiring resistance to chemical leaching and stress cracking. Mold engineers select this resin for its ability to flow into intricate cap geometries and its performance in short-cycle high-output production, supporting the efficient fabrication of thin-wall articles with consistent demolding behavior. Industry compliance standards
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5. Extrusion Coating for Paperboard LaminationPaper and board packaging producers employ LDPE for extrusion coating lines to impart moisture resistance and heat-sealing capability on folding cartons, beverage cups, and laminated wrappers. The process applies a thin, uniform polyethylene layer to substrates such as kraft board and paper, increasing durability and forming a secure barrier for food, liquids, or chemical containment. Industry compliance standards
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6. Agricultural Film ManufacturingProducers of agricultural films leverage LDPE's flexibility and UV stabilization options to fabricate greenhouse coverings, mulching films, and silage bags. Control over thickness profile and film strength directly impacts crop protection, soil moisture retention, and silage preservation, making this application critical for farm productivity and supply chain preservation. Industry compliance standards
Typical usage ratio
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Competitive ExxonMobil LDPE LD 105 prices that fit your budget—flexible terms and customized quotes for every order.
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Anyone who has spent time working with polyethylene in a production line, or downstream in converting plants, knows every LDPE grade handles a little differently. From our side of the reactors and polymerization kettles, we develop resins that meet rigorous expectations out on the factory floor, in extrusion shops, and across busy packaging halls. ExxonMobil LDPE LD 105 stands out as a reliable, well-balanced resin shaped by several decades of hands-on product engineering—meeting practical challenges and helping customers deliver value without unnecessary surprises.
LD 105 draws its roots from a heritage of high-quality film and coating materials. Its melt flow index and density parameters fall into a range that bridges several converters’ requirements. Beyond the technical datasheet figures, what jumps out in shop-floor use is a steady output in both cast and blown film lines. The resin melts smoothly, granting operators fine control over gauge consistency and layflat stability. This results in fewer gauge-related production stops and fewer rejects when aiming for tighter tolerance applications. From experience, operators who have switched to this LDPE often report lower scrap rates and more predictable sealing behavior, compared to some alternative or generic LDPE resins.
LD 105 often enters the picture in industries demanding both clarity and toughness, like bags for food packaging, agricultural stretch films, textile wraps, and coatings for paper products. Its clarity and gloss levels outperform standard bulk resins—providing crisp graphics reproduction and reliable see-through windows. We’ve observed that even in heavy-duty bags and liner applications, where flexibility and resistance to tearing can’t be compromised, LD 105 maintains a good balance. While some resins soften or split under rapid handling, this grade demonstrates resilience through repeated bending and pressure.
We work closely with processors who set up their lines for high productivity. LD 105 brings a degree of process forgiveness—not every batch of raw material will behave the same, and ambient conditions rarely stay perfect for days on end. During hot and humid spells, or when chillers struggle to keep up, LD 105’s stable rheology prevents blocked dies and minimizes downtime due to hanging or dripping extrudate. Veteran extrusion engineers have commented that its balance of low gel count and uniform pellet sizing helps reduce filter changes and screen pack clogging, saving labor and equipment wear.
Plenty of LDPE products claim to strike a balance between toughness, clarity, and processability, but we see the proof in repeat orders and long-term trials. In direct comparison with competitive alternatives, LD 105’s combination of optical clarity and easy processing gives production lines more leeway to run at higher throughputs without sacrificing quality. Some commodity LDPEs require tighter control of line temperature and screw speed, leading to extra operator attention. With LD 105, shop teams report fewer adjustments per shift, reducing stress and human error, especially on high-output shifts or under less experienced crews.
Modern processors face increased focus on workplace safety and environmental impact. Our manufacturing teams consistently refine reactor operations and downstream processes to minimize off-spec production and waste. Clean production means fewer pellets drifting outside the line, reducing slip-and-trip hazards as well as environmental pellet loss. LD 105’s consistent melt flow and low volatility limit the formation of “angel hair” or dusting, so operators and engineers work in a cleaner, safer space.
Sustainability obligations now dominate boardroom and shop floor discussions alike. Downstream, every kilogram of resin that drops out of spec or ends up as cull packaging adds to a plant’s carbon footprint. Because LD 105 runs smoothly across a variety of extrusion and conversion setups, rework and off-grade packaging rates go down. We’ve traced this through customer feedback and internal line trials: less scrap and more packaging reaching the intended market the first time. Several key customers leveraging recycled content have reported successful blending of LD 105 with both PCR (post-consumer recycled) and PIR (post-industrial recycled) streams, supporting closed-loop initiatives without major process changes.
Producers in flexible packaging upstream and downstream pass along their thoughts. With LD 105, printers find the surface takes typical commercial inks cleanly, and the resin’s surface energy responds well to corona or flame treatment. Slitters and bag line operators comment on reduced blockiness when stacked hot or just off-line, which speeds up machine cycles and reduces maintenance.
Lamination teams blending with LD 105 as a base or coextruded mid-layer achieve strong bonds without excess adhesive or primer, even at higher line speeds. The issue of plate-out and roll fouling—occurring with some softer or more extractive-prone resins—shows up less often in lines running this grade. This all adds up to less line stoppage, less downtime, and more net production at end-of-month accounting.
Plenty of resins fill the broad “general purpose LDPE” slot but fall short on the process reliability we and our customers expect. LD 105 sets itself apart by behaving predictably across multiple process variables, from moisture content to reheat cycles. The grade’s resilience to varying barrel temperatures and die pressures means fewer surprises, even when pushing for narrower gauge tolerances or faster line speeds.
Compared to some grades with similar melt indexes but lower clarity or higher gel counts, LD 105 consistently delivers bags and films that stay visually sharp. In thicker film gauges, converters using this grade see strong puncture resistance and no drop in flexibility, even on older equipment. Where some materials cloud or turn brittle when stretched or cooled quickly, LD 105 maintains clarity and toughness—even in films up to 200 microns thick, based on customer survey data and our internal shop-floor comparisons.
Commercial packagers also comment favorably on the heat-seal performance of LD 105. Compared to some stiffer or waxier grades, seals made using this resin are stronger at a given temperature, tolerate minor contamination (from starches, salts, or ink), and resist splitting under real-world distribution stresses.
From initial lab batches to full-scale commercial runs, LD 105 supports production through scale-up transitions, material changes, and evolving packaging trends. Our team often works hand-in-glove with major converters to dial in blown film bubble sizes, adjust for variances in secondary feedstocks, or meet new regulatory benchmarks in food-grade packaging. Shifts toward monomaterial lamination, “easy-open” seals, or reduced-gauge packaging do not disrupt LD 105’s contribution to plant efficiency.
In agriculture, where field conditions swing from cool, damp mornings to scorching afternoons, LD 105’s resilience shows in silage and mulch films that stay tough season after season. In shrink-wrap and stretch packaging, the resin forms films that expand and retract smoothly over irregular loads, avoiding the “neck-in” and “snap-back” that sometimes affect lower-quality alternatives.
Producers needing food-contact compliance benefit from the clean raw material supply chain and consistent traceability in each drum, tote, or bulk container. Every batch of LD 105 undergoes in-line monitoring for contaminants and residuals, reflecting the growing scrutiny of food packaging safety worldwide.
Not every plant runs on auto-pilot. Newer operators benefit from materials with a broad “sweet spot” for process settings. LD 105 lets less-experienced crews achieve good output with minimal process tweaking. Feedback from customer surveys points to reduced startup scrap during shift changes and more stable line output, as process teams do not have to chase temperature or wind speed changes with every minor resin lot variation.
From a maintenance and operations perspective, LD 105’s lower gel and speck counts help keep filters and screens open longer, supporting planned maintenance cycles rather than emergency stops. Operators tend to report cleaner hopper walls and less buildup, which reduces downtime for manual cleaning and lessens potential contamination during quick product changeovers.
Every manufacturer faces pressure to innovate, chase thinner gauges, or incorporate more recycled content. LD 105 gives development teams confidence to experiment without stepping back in process stability or end-use performance. Recent packaging innovations using LD 105 include pouches with degassing microperforations, medical packaging with peelable seals, and custom banners and envelope liners that blend clarity and feel.
In blending and compounding operations, LD 105 works well as a carrier resin for color and functional additives. Third-party tests and customer-led experiments have confirmed color masterbatches disperse readily, with surfaces free of streaking or clumping. This results in tighter color control and fewer rejects on retail display or during inspection.
Smooth plant operation starts with knowing the next truckload or railcar of resin will match the one before. Our LD 105 production lines run to deliver against tight supply chain commitments. Repeatable quality, batch to batch, comes from steel-on-steel maintenance, continuous reactor monitoring, and direct feedback from the largest customers. Over multiple decades, investments in bulk handling and resin drying facilities have kept moisture and particulates at levels that protect downstream product integrity.
In less predictable times, when sea or land logistics slow down, customers return to established suppliers with a proven record of on-time and in-spec delivery. LD 105 has consistently met these needs, especially for plants picking up extra demand following logistics disruptions or downstream plant stoppages.
At the end of this supply chain, a shopper or industrial customer expects packaging that keeps goods safe and easy to access, looks clear on the shelf or in the warehouse, and withstands transit abuse. LD 105 shapes films and bags that survive rough docks, extended storage, or freezing in cold-chain logistics.
Whether used in thin bread bags, thick builder’s sheeting, agricultural harvest films, or medical and laboratory pouches, this resin forms products that hold up under daily demands. Through heat-sealing, bag making, or lamination, LD 105 remains a trusted backbone for demanding applications because field experience keeps showing strong returns over swap-in alternatives.
No product suits every application or plant setup, and we do not shy away from learning. Early runs can highlight quirks—film lines under stress might reveal differences in gauge build-up, or extruders needing recalibration for resin lots outside historic averages. Close communication with processing teams, field engineers, and line operators ensures each plant squeezes the most value from every batch.
Raw materials constantly evolve, and environmental standards shift. We keep an eye on energy efficiency, resin purity, and process optimization—directly impacting the delivered quality of every lot. We work jointly with converters to run trials, share best practices, and tweak process controls to close the gap between design and output.
We plan for LD 105 to keep serving as an adaptable and resilient solution for packaging, agriculture, and specialty film applications. Our plant teams, process engineers, and product specialists contribute knowledge from every new trial and runtime hour, feeding improvements back into reactor operations, pelletizing lines, and quality assurance labs. This direct conversation with our customers, built over years of steady delivery and on-site support, helps every roll and bag arriving downstream perform as promised.
