Products

ExxonMobil LDPE LD 600 BA

    • Product Name: ExxonMobil LDPE LD 600 BA
    • Alias: LD600BA
    • Einecs: 200-815-3
    • Mininmum Order: 1 g
    • Factroy Site: Yudu County, Ganzhou, Jiangxi, China
    • Price Inquiry: admin@ascent-chem.com
    • Manufacturer: Ascent Petrochem Holdings Co., Limited
    • CONTACT NOW
    Specifications

    HS Code

    599870

    Product Name ExxonMobil LDPE LD 600 BA
    Manufacturer ExxonMobil
    Polymer Type Low Density Polyethylene (LDPE)
    Density 0.920 g/cm³
    Melt Flow Rate 0.3 g/10 min (190°C/2.16kg)
    Tensile Strength At Yield 11 MPa
    Elongation At Break 400%
    Vicat Softening Point 93°C
    Flexural Modulus 200 MPa
    Notched Izod Impact No Break (23°C)
    Form Pellet
    Typical Applications Blown film, industrial packaging, agricultural film
    Transparency Medium
    Additives Slip/Anti-block

    As an accredited ExxonMobil LDPE LD 600 BA factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing The packaging for ExxonMobil LDPE LD 600 BA is a 25 kg white plastic bag labeled with product name, logo, and safety instructions.
    Shipping ExxonMobil LDPE LD 600 BA is shipped in 25 kg polyethylene bags or bulk containers to ensure product integrity and protection from contaminants. The material should be transported and stored in dry, well-ventilated environments, away from direct sunlight and sources of heat, to maintain its properties and prevent degradation.
    Storage **ExxonMobil LDPE LD 600 BA** should be stored in a cool, dry, well-ventilated area away from direct sunlight, heat sources, and ignition sources. Keep the material in its original, tightly closed packaging to prevent contamination. Avoid exposure to strong oxidizing agents. Storage areas should be equipped to prevent accumulation of dust and ensure compliance with local fire and safety regulations.
    Application of ExxonMobil LDPE LD 600 BA

    Applications of ExxonMobil LDPE LD 600 BA in Industrial Manufacturing

    As a dedicated producer of ExxonMobil LDPE LD 600 BA, we supply this low-density polyethylene resin to established downstream sectors that require reliable mechanical properties, controlled rheology, and adherence to internationally recognized standards. The applications below reflect real-world usage by industrial converters and manufacturers, rooted in production realities and compliance demands.

    1. Heavy-Duty Industrial Film Production

    Manufacturers rely on LD 600 BA for its consistent melt flow and toughness in producing heavy-duty industrial films for packaging bulk chemicals, building materials, and pallet wrapping. Processors benefit from this grade’s extrusion process stability and reliable seal performance, critical for protecting goods against moisture and external impacts during transit and storage.

    Industry compliance standards

    • ASTM D4673 (Standard Specification for Polyethylene Films and Sheeting)
    • REACH (Registration, Evaluation, Authorisation and Restriction of Chemicals)
    • RoHS (Restriction of Hazardous Substances Directive, where electrical or electronic packaging applies)
    • ISO 9001:2015 (Quality Management Systems)

    Typical usage ratio

    • Base resin at 88–95% in single-layer film formulations; coextrusion blends adjust between 60–85% based on desired impact strength versus stiffness and product gauge

    Downstream process integration

    • Direct feeding to blown film extrusion hoppers as the primary resin, with occasional blending for tailored tear resistance
    • Blending at gravimetric feeders when coextruded with HDPE or LLDPE for specific mechanical targets

    Final product types

    • Fumigation barrier films
    • Raw material sacks for industrial bulk handling
    • Pallet shrink films
    • Construction site protective sheeting

    2. Extrusion Coating for Industrial Paperboard and Substrates

    LD 600 BA’s melt strength and clarity support extrusion coating lines where paper, board, or aluminum substrates require a uniform PE layer to impart water vapor barrier and heat-sealing capabilities. These films are widely used in industrial laminates for cement sacks, fertilizer bags, and protective packaging laminates, where compliance with transport safety and migration legislation is required.

    Industry compliance standards

    • EN 13427 (Packaging—Requirements for the use of European Standards in the field of packaging and packaging waste)
    • FDA 21 CFR 177.1520 (where migration into food-contact paper is relevant; non-food applications must document risk exclusion)
    • ISO 11607-1 (Packaging for terminally sterilized medical devices, when the application includes medical-paper laminate pouches)
    • GOST R 57974-2017 (Russian requirements for industrial packaging coatings)

    Typical usage ratio

    • Applied at 12–22% of the composite laminate weight; the PE layer is typically 20–40 g/m², depending on barrier targets

    Downstream process integration

    • Pelletized feedstock introduced at the extruder hopper for direct lamination onto preheated web substrates under controlled nip pressure
    • Occasional in-line blending with EVA for improved adhesion in specific high-friction laminate configurations

    Final product types

    • Multi-wall paper cement sacks (extrusion coated)
    • Fertilizer packaging laminates
    • Release-coated industrial cardboard
    • Non-food industrial wrap papers

    3. Cable Wrapping and Electrical Insulation Sheathing

    Cable and wire manufacturers select this LDPE grade for jacketing power cables, communication cables, and fiber-optic lines. The resin’s defined dielectric strength and process tolerance support continuous extrusion for corrosion protection, insulation, and moisture barrier layers even under high-speed cable production cycles.

    Industry compliance standards

    • IEC 60502-1 (Power cables with extruded insulation and their accessories)
    • UL 83 (Thermoplastic-Insulated Wires and Cables)
    • RoHS Directive 2011/65/EU
    • ISO/TS 16949 (where automotive cable systems are involved)

    Typical usage ratio

    • The sheathing layer comprises 85–100% LDPE, occasionally modified with 1–3% UV stabilizers or colorants for outdoor cable

    Downstream process integration

    • Continuous feed into single-screw extruders for direct application onto precooled cable cores
    • Co-extruded layering where insulation and jacketing require compositional differentiation (e.g., inner HDPE, outer LDPE)

    Final product types

    • Electric power cable jacketing
    • Telecommunication cable sheathing
    • Signal cable moisture barriers
    • Fiber-optic covering tubes

    4. Injection Molded Caps, Closures, and Seals

    This grade serves as a principal resin for injection molding lightweight, impact-absorbing caps and closures used in industrial packaging of agri-inputs, liquid detergents, bulk chemicals, and lubricants. The process benefits from the polymer’s consistent pellet morphology and low warpage profile, which optimize mold fill repeatability in multi-cavity tooling.

    Industry compliance standards

    • EN ISO 11469 (Plastics—Generic identification and marking of plastics products)
    • ASTM D1248 (Classification of PE resins for molding and extrusion)
    • FDA 21 CFR 177.1520 (if closures are used in incidental food-contact packaging)
    • ISO 22000 (where used for closures in food/feed chain packaging)

    Typical usage ratio

    • Primary resin in moldings at 92–100%; possible application-specific addition of slip agents/antistatics at 0.2–0.7% for torque reduction or line efficiency

    Downstream process integration

    • Direct dosing to injection molding machines running high-pressure cycles (600–1200 bar) with set temperature profiles between 160–220°C

    Final product types

    • Threaded caps for drum, can, and pail packaging
    • Pull-off seals for industrial barrels
    • Snap-on closures for detergent bottles
    • Plug-in liners for chemical storage tanks

    5. Foam Sheet and Cushioning Inserts for Industrial Packaging

    Foaming converters employ this resin for the production of flexible LDPE foam sheets and protective inserts, widely utilized in transit protection for machine parts, electronics, and automotive subassemblies. It is prized for its consistent cell structure formation under cross-linking and physical foaming processes, which is essential for reliable shock absorption and dimensional stability.

    Industry compliance standards

    • EN 717-1 (Foam materials—determination of formaldehyde emission, relevance in electronics/auto packaging)
    • IEC 61340-5-1 (where static dissipative packaging is needed)
    • California Proposition 65 (in applications shipped to the US region)
    • RoHS and REACH registration for downstream export compliance

    Typical usage ratio

    • Active polymer comprises 75–95% of batch; blowing agents, cross-linkers, and processing aids make up 5–25%, adjusted based on desired foam density and cushioning characteristics

    Downstream process integration

    • Pellets pre-blended with azodicarbonamide or other blowing agents, then extruded and expanded under controlled heat
    • Optional cross-linking initiation (radiation or chemical) for improved compression set resistance

    Final product types

    • Protective foam sheets for machine tool transit
    • Cushioning inserts for electronics crates
    • Die-cut impact pads for automotive parts logistics
    • Anti-static foam liners for sensitive device shipping

    6. Agricultural Greenhouse Film Manufacturing

    Processors in the agricultural sector convert this resin into greenhouse covering films, where light transmission, controlled diffusion, and mechanical flexibility are critical. This application demands rigorous compliance with environmental safety and weatherability standards as films protect high-value crops over extended growing seasons.

    Industry compliance standards

    • ISO 18604 (Material recycling of packaging and packaging waste)
    • EN 13206 (Plastic films for agricultural mulching and covering)
    • REACH Annex XVII (Limitation of certain substances in plastics used outdoors)
    • UV resistance testing per ASTM G154 (Outdoor exposure test for polymeric films)

    Typical usage ratio

    • Forms the base polymer at 80–98% depending on film gauge and weathering agent content; UV absorbers or stabilizers added at 1–2% for extended outdoor life

    Downstream process integration

    • Feedstock supplied directly into multi-layer blown film lines configured for wide-sheet output, processed under low-shear to retain resin clarity and flexibility
    • Blending stations add masterbatch for slip, anti-drip, or light diffusion characteristics

    Final product types

    • Greenhouse covering film
    • Row-crop tunnel sheeting
    • UV-stabilized mulching film
    • Light-diffusing horticultural film

    Free Quote

    Competitive ExxonMobil LDPE LD 600 BA 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.

    We will respond to you as soon as possible.

    Tel: +8615365186327

    Email: admin@ascent-chem.com

    Get Free Quote of Ascent Petrochem Holdings Co., Limited

    Flexible payment, competitive price, premium service - Inquire now!

    Certification & Compliance
    More Introduction

    Meet ExxonMobil LDPE LD 600 BA: Shaping Performance with Experience

    The Value of Real-World Polymer Experience

    Standing inside a plant, you get a different sense of plastics. You hear machine rhythms, feel finished pellets under your fingertips, know the patterns that lead to efficiency or waste. We manufacture and use low-density polyethylene every day, so we look well past textbook descriptions. With our hands on the equipment and our eyes on product lines, we’ve learned what matters: consistency, processability, and reliability. This is where ExxonMobil LDPE LD 600 BA fits, standing out among choices for clarity, melt strength, and easy blending.

    Polyethylene grades can run the gamut from general-use to highly specialized. LD 600 BA draws from ExxonMobil’s decades of polymer science and process experience: a homopolymer with a reputation for clear films and solid process performance. We’ve run it on our own lines for hundreds of recipes, watched the results under variable conditions, and chosen it repeatedly when the job called for a material that resists blocking and delivers workable films. This grade doesn’t just tick boxes; it solves common shop-floor problems.

    Clarity and Processability That Make a Difference

    LDPE LD 600 BA was crafted for applications where visual appearance and texture count. In practical terms, you’ll often spot it in film lines—shrink films, agricultural films, and carry bags all benefit from its clarity. Operators appreciate how the resin melts uniformly, allowing for stable bubble formation and a wide processing window. In our own facilities, LD 600 BA rarely throws curveballs. It responds well to changes in line speed or cooling rates. That’s a big deal for extrusion lines running twenty-four-seven.

    Film producers care about gels, pinholes, and the ease of bag conversion. We’ve used LD 600 BA in blown film and cast film applications, noting fewer shutdowns related to contamination or unstable extrusion. We know the frequent cleaning cycles and line stops that come from off-spec resin—this grade keeps those headaches to a minimum. Its balance of melt flow and density enables it to run on a wide range of film gauges. You run fewer rejects, save on labor, and maintain product integrity, all from selecting the right resin up front.

    Model, Properties, and Specifications: Practical Insights

    LDPE LD 600 BA comes with a melt flow index suited to medium-duty films. The numbers on a data sheet only tell part of the story—what matters most is how these properties perform once they’re running at scale. In our experience, the resin flows predictably at standard extrusion temperatures, allowing operators to tune for thickness and strength as needed. Thermal stability holds up even under extended production cycles.

    Density sits solidly in the low-density range, supporting both softness and flexibility. Bags remain pliable without feeling flimsy. In testing, we’ve seen good dart impact resistance, so packaging lines using LD 600 BA can trust in the durability of their final product. Tear strength also holds up well, which customers appreciate in carry bag and shipping applications. The overall tactile feel is smooth; LD 600 BA produces films that handle well in automated filling stations or by end users.

    While the exact specifications might shift slightly batch to batch—no two production days match exactly—consistency between shipments is part of our daily focus. We know how a sudden shift in melt index or density can cripple a downstream production schedule. Tight process controls, from reactor conditions down to pelletizing, help maintain reliability. Customers who’ve visited our plants often remark on how we prioritize repeatable quality, not flashy marketing.

    Addressing the Real Challenges of Film Production

    Films made with LD 600 BA stand out in several ways. Starting up a blown film line, you notice how controllably the resin inflates. That stability translates to less downtime and fewer film breaks. During high-speed production, melt strength reduces neck-in, making it easier to maintain width tolerances. This plays a direct role in the economics of the film business—good melt strength means less material wasted and fewer spools scrapped for not meeting spec.

    Blocking and slip can drive operators mad, especially in humid conditions. LD 600 BA’s base formulation handles both without the need for excessive additives. Finished rolls come off the winder clean, without films sticking together or generating static charge. It runs well by itself or in blends, giving flexibility depending on the end-use: packaging films, liners, or even low-volume specialty jobs. Our teams have mixed it with other polymers, seeing predictable outcomes each time. You won’t get unexpected compatibility issues when running LD 600 BA in an established recipe.

    For converters, the clean resin profile matters. We produce LD 600 BA with feedstock traceability, watching for off-odors or yellowing. Batch sampling at every step ensures that films destined for critical packaging stay odor-free and clear. Industries feeding perishable goods, pharmaceuticals, or hygiene products need that reliability. As a manufacturer, we never ship a batch that we wouldn’t trust in our own finished goods.

    LD 600 BA in Real Factories: User Stories Matter

    Step into any packaging line and you’ll immediately pick up on what operators look for: stable extrusion, high yields, smooth roll finishing. We’ve run LD 600 BA on both old and new extruders. On legacy equipment, the resin’s forgiving process window lets us push line speeds without risking film breakage. On modern, high-output lines, the resin keeps up, producing consistent gauge and gloss. Our maintenance teams highlight fewer die lip deposits, which reduces unplanned cleaning.

    Bag makers using side-welding or bottom-sealing equipment note how the resin handles post-extrusion conversion. Seals hold without burn-through or incomplete fusing. In high-speed bag lines, changeovers running LD 600 BA go smoothly, as resin blends consistently through hoppers and doesn’t hang up inside screws. These small details add up. It’s clear from years on the floor that process downtime isn’t just about resin specs; it’s about resin you can rely on day after day.

    Many of our long-term customers cite LD 600 BA’s resilience across seasons. In hot months, the resin doesn’t soften excessively. In cold, it remains pliable. Whether we’re shipping to nearby markets or exporting overseas, the performance holds. These repeatable outcomes aren’t luck—they reflect years of refinement and listening to what factory crews report back.

    Comparing LD 600 BA to Other LDPE Grades

    LDPE isn’t all created equal. Some products push clarity at the expense of process stability. Others focus on toughness but compromise on flexibility. LD 600 BA, in our experience, nails a useful spot in the spectrum. It brings optical clarity while holding strong enough for daily handling, whether in a produce bag or an industrial liner.

    Compared to higher-melt index LDPE grades, LD 600 BA resists sagging during extrusion, so films don’t become thin and weak at the center. It also reduces neck-in, so width tolerances stay tight across runs. For converters chasing properties beyond what LDPE offers, such as barrier strength or extreme toughness, alternative copolymers or multi-layer structures might play a role. Yet, for most everyday packaging needs, LD 600 BA brings a balance—a combination of usability, clarity, and strength that’s hard to beat unless you’re willing to accept trade-offs elsewhere.

    We’ve tested competitive LDPE grades labeled for similar end uses, running them through comparable controls. Some lift clarity but tend to gum up die lips after longer runs or react poorly to minor changes in barrel temperature. Others offer toughness but with significant haze. With LD 600 BA, the in-machine experience matches the promised outcome more often than not. We don’t just repeat data points; we track actual run reports from our clients and look for patterns in operational issues and customer complaints.

    Why Manufacturers Pick LD 600 BA

    Process reliability changes everything on a shop floor. It means the difference between endless troubleshooting and a smooth shift with full pallets at the end. LD 600 BA delivers process consistency without the learning curve of more specialized resins. New operators pick it up fast. Experienced techs rarely fault it for instability.

    Customers facing changing raw material prices know the strain that comes from an unpredictable resin supply. We keep strict batch control, with full traceability and regular process audits. Every pellet comes from a controlled system, with spot checks for gels and visual inclusions carried out daily. We take pride in the resin shipping out looking every bit as clean as the batches we run for our own downstream applications.

    We also hear regularly from converters that LD 600 BA helps manage inventory better. Because the resin works in both extrusion and conversion, factories don’t need to stock multiple grades unless absolutely necessary. That means less capital tied up and more floor space for finished goods. Simpler logistics allow operators to turn around customer orders faster.

    Environmental Considerations and Sustainability in Manufacturing

    Sustainability in plastics depends on several factors—recyclability, process efficiency, waste reduction, and energy consumption. LD 600 BA is widely accepted in standard recycling streams. That clears a major hurdle for any film product intended for markets facing increasing environmental scrutiny.

    Manufacturing LD 600 BA, we keep resource utilization top of mind. Over the years, we’ve introduced feedstock reprocessing lines to recapture purges and trim waste. Every kilogram of saved material means real-world carbon savings. In the plant, stable processability yields fewer start-up scraps and off-spec runs. Less waste off the line saves both money and landfill space.

    On end-use, converters blending in post-consumer or internal scrap into film recipes report that LD 600 BA handles regrind efficiently. The resin absorbs minor fluctuations in melt index introduced by recycled content. This gives manufacturers a real option to drive up recycled content without operational headaches. Some customers run up to twenty percent regrind content in non-food-contact films and still hit end-customer specs. That flexibility comes from the grade’s stable backbone.

    Supporting Operators and Designers on the Shop Floor

    Over the years, we’ve hosted line crews, R&D teams, and plant managers inside our own facilities to demonstrate LD 600 BA’s real-world attributes. Operators using the resin for the first time quickly report back reduced screen changes and easier startup. For those developing custom colors or additive packages, the clear base of LD 600 BA gives a reliable base tone, making it easier to hit color targets without wasting pigment. Mixing in slip, antiblock, or UV in-line requires predictable resin compatibility. We’ve tracked hundreds of unique blends, supporting film designers looking for a dependable backbone resin.

    Die and extruder fouling wastes time and resources. In our regular process reviews, we see fewer cleaning shutdowns while running LD 600 BA compared to comparable grades. This isn’t just luck; ExxonMobil spends heavily on feedstock filtering and reactor controls before the resin ever hits the bagging line. By controlling particulates and limiting gels, we protect both our own assets and the converters relying on daily shipments.

    Product designers who’ve tested the resin appreciate the surface gloss and tactile feel. For prints and multi-color graphics, LD 600 BA provides an even, receptive surface, supporting sharp print registration. Packages come off conversion lines ready for direct-to-market use. For end users, this means clear, strong wraps that showcase products inside without the cloudiness sometimes associated with other polyethylene products.

    Practical Solutions for Day-to-Day Manufacturing Hurdles

    Manufacturing means solving real problems: downtime, maintenance, customer complaints, shipping delays. Over time, we’ve tackled these hurdles by tuning process controls, updating filtration systems, and fostering steady logistics relationships. LD 600 BA’s stable formulation reduces unexpected failures, making it easier for plant managers to deliver on contract metrics. For us, that means fewer late-night calls and more steady production schedules.

    Shipping issues can disrupt even the best-run production plans. We’ve built strong systems around pellet handling—sealed packaging, in-process vacuum transfer, and protection from environmental contamination. Finished LD 600 BA resin moves rapidly from reactor to bag, minimizing storage time and exposure. That effort pays off in long-haul shipments, especially for export customers needing consistency after weeks in transit.

    From our own troubleshooting logs, we see recurring issues with static buildup, roll blocking, and conversion downtime minimized when film producers switch to LD 600 BA. This saves both time and resources across the chain—from resin storage all the way out to the final consumer, who sees consistent finished products on store shelves or shipping rooms.

    Collaborative Product Support: Beyond the Pellet

    We’re not just material suppliers; we’re partners in our customers’ manufacturing success. Our technical field teams maintain regular contact with converters, supporting process optimization and troubleshooting on-site. When a client faces a new product challenge or shifts to a faster line, we don’t just ship resin and disappear. Instead, we share our internal knowledge on ideal barrel settings, filter mesh selection, and optimal blend ratios. That kind of support comes from having hands-on knowledge of both the resin and the full scope of plastics manufacturing.

    The lessons we learn on our own lines fuel our recommendations and rapid adjustments. For example, if a film producer experiences excessive haze or inconsistent drawdown, we offer tailored improvements based on our run logs, not just catalog advice. For us, the difference is personal. Many of our engineering and technical leaders have spent time in control rooms and at the extruder, not just behind desks.

    We also track industry trends and make direct investments in updating production lines and technologies, ensuring that LD 600 BA keeps pace with equipment and downstream requirements. Whether adapting to new regulatory limits on additives or supporting thinner films, we evolve the product based on active feedback from the field.

    A Final Word on Trust and Quality in Resin Manufacturing

    Decades in polymer manufacturing teach you that resin quality isn’t just delivered by machines—it’s built by people committed to steady work and truthful communication. LD 600 BA has earned a trusted spot on our own production schedules and those of converters worldwide. The reliability, clarity, and ease of use reflect years of process optimization and hands-on engineering.

    For those coming to us looking for a dependable, clear LDPE resin that works across lines and applications, LD 600 BA has proven to deliver. We stand behind every shipment, knowing that what leaves our facility will become the backbone for millions of finished goods handled daily by consumers everywhere.

    Top