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HS Code |
749768 |
| Product Name | ExxonMobil LDPE LD 150BW |
| Producer | ExxonMobil |
| Polymer Type | Low Density Polyethylene (LDPE) |
| Melt Flow Index | 0.3 g/10 min (190°C/2.16 kg) |
| Density | 0.923 g/cm³ |
| Tensile Strength At Yield | 10 MPa |
| Elongation At Break | 500% |
| Flexural Modulus | 210 MPa |
| Vicat Softening Point | 93°C |
| Film Application | Blown Film |
| Clarity | Medium |
| Additives | Antiblock, Slip |
| Main Uses | General purpose film, packaging |
As an accredited ExxonMobil LDPE LD 150BW factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | ExxonMobil LDPE LD 150BW is typically packed in 25 kg white plastic bags, featuring blue ExxonMobil branding, product name, and safety information. |
| Shipping | **Shipping Description for ExxonMobil LDPE LD 150BW:** ExxonMobil LDPE LD 150BW is shipped as non-hazardous solid polymer pellets, typically packed in 25 kg polyethylene bags or bulk containers. Ensure protection from moisture, direct sunlight, and physical damage during transport. Follow standard procedures for handling industrial plastic materials. Not classified as dangerous for transport under GHS/UN regulations. |
| Storage | **ExxonMobil LDPE LD 150BW** should be stored in a cool, dry, well-ventilated area away from direct sunlight and sources of ignition. Keep the material in its original, tightly sealed packaging to prevent contamination and moisture uptake. Avoid storage at high temperatures to maintain product quality and prevent clumping or degradation. Follow all regulations concerning the storage of polyethylene resins. |
Applications of ExxonMobil LDPE LD 150BW in Industrial ManufacturingExxonMobil LDPE LD 150BW offers high clarity, low gel levels, and reliable melt flow for demanding industrial processes. Our resin supports critical downstream sectors by delivering process consistency, compliance with international standards, and effective integration with modern manufacturing systems. 1. Extrusion Coating for Food Packaging FilmsPackaging converters rely on this LDPE grade for extrusion coating onto substrates such as paper, aluminum foil, and BOPP films, mainly for liquid food cartons, dairy pouches, and lidding. Its melt stability, high clarity, and good adhesion provide safe food contact layers that withstand high-speed coating lines while maintaining integrity under sterilization or pasteurization. Production teams achieve target coat-weight with tight gauge tolerances, using precision dosing and rapid cooling to meet specific sealing and barrier requirements for food safety and shelf-life. Industry compliance standards
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2. Blown Film Manufacturing for Industrial LinersIndustrial film converters use this LDPE grade for high-clarity blown films, suitable for liners protecting bulk powders, chemical drums, or sensitive pharmaceutical intermediates. Operators select this grade for its consistent gauge, controlled gel content, and reliable processability on multi-layer blown film lines. LD 150BW’s balance of strength and flexibility enables cost-effective film structures with tailored thickness and mechanical properties for safe handling, reduced contamination risk, and compatibility with automated bagging systems under cleanroom protocols. Industry compliance standards
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3. Injection Molding for Laboratory and Medical ConsumablesMedical and laboratory product manufacturers require LDPE for flexible injection molded items, such as transfer pipettes, sample bottles, and tubing connectors. This resin offers stability during injection molding across multiple mold cavities, ensuring minimal warpage, absence of contaminants, and uniform wall thickness. It meets rigorous process validation protocols and audit requirements, especially in cleanroom Class 7 or Class 8 environments. The resin's low extractables and leachables are critical for non-pyrogenic, cytotoxicity-free medical-grade outputs. Industry compliance standards
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4. Cable Sheathing and Wire InsulationLD 150BW serves cable manufacturers producing sheathing and primary insulation on low- and medium-voltage cables. The resin’s molecular structure supports even melt flow, helping achieve uniform dielectric properties and anti-tracking performance. Compounding engineers blend with antioxidants, UV stabilizers, and masterbatch colorants according to end-use electrical and flame-retardancy requirements. The material’s low gel level prevents surface defects and pinholes during high-speed extrusion, ensuring product reliability for power transmission and telecommunication infrastructure. Industry compliance standards
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5. Lamination Adhesive Layer for Flexible PackagingManufacturers apply LD 150BW in extrusion lamination to serve as a heat-sealable adhesive tie-layer between dissimilar substrates such as PET, aluminum foil, or BOPP and sealant films. Line engineers adjust thickness and process conditions to achieve consistent peel strength and bubble-free lamination at commercial speeds above 250 m/min. Careful process monitoring limits migration and ensures compliance with food or personal care regulations for packaging snack foods, ready meal wraps, or personal hygiene products. Industry compliance standards
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6. Masterbatch Carrier Resin for Color and Additive ConcentratesMasterbatch manufacturers select this LDPE grade as a carrier matrix for colorants, slip agents, and processing aids. The resin’s reliable melt flow index (MFI) allows optimal pigment dispersion while maintaining pellet integrity at high filler loads. QC teams validate dispersion quality and thermal stability before approving product for downstream polymer processing, where color and additive masterbatches influence film, fiber, and molding operations across plastics industries. Industry compliance standards
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Competitive ExxonMobil LDPE LD 150BW prices that fit your budget—flexible terms and customized quotes for every order.
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At our facility, the rhythm of LDPE production shapes every decision, every shift, and every finished bag. ExxonMobil LDPE LD 150BW tells a story of how resin technology and process discipline translate into plastic you can count on in the field. The 150BW grade earns its place in the product line for the way it balances melt flow with mechanical reliability, making it a steady option for blown film applications, everyday packaging, and film rolling lines everywhere.
Looking at the specs, LD 150BW sits in the classic zone for melt flow indexing—roughly 0.25 g/10min under standard test conditions. This level works well if you deal with higher throughput lines without wanting to fight a resin that runs too thin or too sluggish. Operators set up the extruders once and get clean film with a repeatable bubble, reducing coil variation shift after shift. For converters who can’t afford stoppages, this resin shows up with a reputation for consistency.
Polyethylene isn’t just another polymer to us; it’s what we’ve molded, stretched, and reeled for decades. Across every railcar and silo, quality controls back up the LDPE batches, but the test happens on your line. LD 150BW keeps gels to a minimum. That means fewer line stops for screen changes or die cleaning. On high-speed lines, gels that sneak past batch controls gum up the works, costing time and raw material. This grade’s tighter gel-control reduces scrap rates, letting converter operations run further between filter breaks.
Tear and puncture resistance matter for end-users stacking bundled products or wrapping goods on pallets. LD 150BW doesn’t bring exotic toughness, but what it does is hold up just enough under normal packaging loads. Customers turning out industrial liners, shrink films, or bags lean into that attribute. Films show decent clarity—enough to show product contents on display, without going milky after extrusion. On the pouching side, LD 150BW holds up to sealing, with melt integrity that keeps film from drawing too thin or popping under moderate heat.
Every converter puzzles over resin selection—cost, output, and end-use demands collide every day. LD 150BW meets the everyday film producer where they work. Some grades run lower density, bringing in better flexibility but weaker sealing. Others hit higher melt flow ranges; these break down under stress, creating edge-curl, snapback, or excessive die lip buildup at normal line speeds.
We’ve seen compounding shops pick lower melt index grades for thicker film—a move that makes sense for heavy-duty sacks or geomembranes. Yet those resins don’t handle thin-gauge bagging where rapid cooling and drawdown make a difference. Where specialized clarity or puncture is top priority, some switch to metallocene-catalyzed LLDPE blends, but with tradeoffs in cost and process quirks. LD 150BW lands on a practical middle ground: easy to run, no drama in troubleshooting, and wide compatibility with commercial pigments or slip additives.
Every plant runs different ratios for slip, anti-block, or antistatic—no two production lines see the same product run twice. LD 150BW’s formulation handles a range of masterbatch inputs, while still giving reliable film strength and consistent surface characteristics. We see downstream printers run it for overwraps and labels, with dependable ink adhesion under typical corona treatments. Larger converters take the same base resin for lamination or co-ex coextrusion, counting on the resin to blend without fisheye formation or poor web handling.
Film shops chasing the thinnest gauges cut margins close; minor resin issues balloon into waste or failed product rollouts. With LD 150BW, output stays in spec down to common grocery bag or trash liner gauges—unpredictable shrink or pinhole rates just don’t show up often, provided the extrusion settings are tuned for local conditions. Older lines, newer gear, or regional temperature swings rarely knock it off balance, as long as operators mind basics: back pressure, die gap, cooling air, and chill roll speed.
The chemical plant’s supply chain makes or breaks a converter’s profit margin. LD 150BW comes through the reactors to the same targets, batch after batch. Our in-house logistics team and dedicated rail loading crews check every lot for spec adherence, not just by paperwork but by physical melt flow, density, and gel content checks. This consistency slashes guesswork for production planners. We’ve found that bagging lines need weeks of uninterrupted runs, not quick hits of off-spec or variable-resin blends, to keep inventory lean and customers loyal. LD 150BW’s steady supply lets them promise ship dates and hit customer specs every time.
Some customers mix this grade with recycle, trying to keep resin bills down and meet circular economy goals. LD 150BW blends easily with certified post-consumer or scrap regrind, as long as sorting and cleaning lines upstream keep quality up. Across the industry, more bag manufacturers push for these recycled-content blends, and we see LD 150BW tolerate moderate loadings without obvious fish-eyes or poor welds.
High demand for safe, food-contact packaging keeps regulatory pressure high. LD 150BW passes tests for most mainstream food contact applications in the regions we serve. We support film converters who need compliance documentation for their brand customers. The industry’s focus on food safety remains stronger than ever. Our operating discipline means thorough record-keeping, batch traceability, and transparency for every lot of resin shipped—whether bagged, boxed, or bulk.
Customers making food pouches, bread bags, produce wraps, and recyclable air pillows always ask about taste and odor neutrality. LD 150BW comes out of production lines with minimal taste or odor transfer, following repeated customer taste panel checks and in-house GC-MS analyses for volatiles. Bread bags or frozen produce films extruded from 150BW hang up clean on racks; the resin stands up to routine hot-fill and cold-chain stress, so off-tastes or film rupture get controlled before any product heads to shelf.
Our technical teams have walked the line during startup headaches, troubleshooting blown film bubbles or unplanned shutdowns—all the calls at midnight, on weekends, in rain or sun. We work with operators to dial in 150BW on specific extruders, pointing out die lip gouges, temperature balance issues, or cooling air that knocks the bubble off-center. LD 150BW’s forgiving range means fewer race-day errors for new operators, and production engineers pick it for that peace of mind.
Converters always juggle film width, gauge, back pressure, and chill roll temp. We support with side-by-side extrusion tests in the field, making sure that the resin runs the same at the customer’s plant as it does in ours. If an application changes—switching to colored film for branding, adding more slip for bag-on-roll lines, or boosting gauges for heavy loads—LD 150BW adapts with few surprises.
Plastic film finds itself under a microscope, and no resin escapes the push for accountability. LD 150BW is designed for recyclability in most LDPE recycling streams, especially for stretch and shrink films, liners, and food wraps. We’ve invested time in lab studies to measure resin breakdown, durability, and compatibility with reprocessing. For film snip and bag trimmings, customers see clean reclaim with little dust or color migration. Many plants use their own in-house reclaim, and LD 150BW resins from earlier runs integrate back into the hopper without creating foggy film or misshapen rolls.
As global standards tighten, our roadmap includes working toward even lower-odour, lower-residue, and higher-purity LDPE lines. We keep a sharp eye on pellet transfer and storage: silo cleaning routines, resin drying, and bulk handling all impact finished film properties. Most of our large-volume customers already track sustainability metrics, so the pressure stays real to support their audits and supply chain transparency. LD 150BW helps meet circular economy goals through post-consumer blends, but it also behaves in the extruder the way converters expect—without the processing quirks of exotic, highly modified, or reclaim-heavy blends.
Pricing spikes unsettle the entire industry. Many of our customers measure success by cents per kilo saved. LD 150BW’s performance across a wide window of extrusion speeds helps cut downtime, slashing waste and energy bills. We supply customers with regular bulk volumes so they skip market shortages or speculative buying games. Our resin purchasers forecast months ahead, letting us smooth out wild price swings and guarantee product availability, long before spikes ripple through the system.
Unlike LLDPE or HDPE grades that force rewiring of extrusion lines or retraining of operators, LD 150BW plugs in with no need to change existing hardware. Customers with legacy lines or intermediate-capacity extruders stick with our resin because the learning curve doesn’t erode their throughput, labor costs, or warranty risk.
In comparison to other LDPE grades, 150BW doesn’t try to be everything at once. Some products chase high-clarity or ultra-toughness and bring more complexity. Customers who ran those resins often tell us higher gel rates, off-smells, or unpredictable web handling take up valuable shift time. LD 150BW lands in the sweet spot: high output at competitive cost, with enough toughness to run pallet wrap, enough clarity for everyday bagging, and smooth blending with masterbatches for colors or slip.
On the line, we’ve seen film widths hold steady, weld seams pass drop tests, and extruder heads run cooler. Years of batch data show LD 150BW outperforms general mixing resins for standard mono-layer or two-layer films. For converters balancing three or more product lines daily, this means simplified resin stocking, fewer grade switches, and less downtime.
As direct producers, we walk the line with film manufacturers facing a storm of market competition, labor shortages, and the constant hunt for reliability. LD 150BW evolved out of hands-on work with those customers—trouble-shooting at the extruder, not just sitting at the lab bench. Full-scale runs, trial orders, post-ship feedback loops, and direct operator calls drive our product improvements.
Real feedback from converters running everything from pallet wrap lines to bread bag operations shapes our process controls, blend guidelines, and logistics planning. We keep our team informed about customer complaints, resin behavior under odd weather, or sudden market shifts, driving home the importance of direct customer contact. Every lot out the door owes its consistency to this culture.
Industry demands keep evolving, but the backbone remains practical, reliable resin grades that fill the middle ground. LD 150BW keeps production simple, efficient, and compatible with the needs of modern converters, without expensive surprises or over-promise. As manufacturers, our experience blends with customer operations, feeding back into every bag, film roll, and finished liner. We trust LD 150BW from our reactors to your shop floor—standing behind it batch after batch, for the work it does every day.
