Products

ExxonMobil HD 5245

    • Product Name: ExxonMobil HD 5245
    • Alias: Mobil DTE 25
    • Einecs: 265-148-2
    • 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

    473098

    Product Name ExxonMobil HD 5245
    Manufacturer ExxonMobil
    Product Type Polyethylene Resin
    Polymer Family High Density Polyethylene (HDPE)
    Melt Flow Index 0.37 g/10 min (190°C/2.16 kg)
    Density 0.954 g/cm3
    Application Film extrusion
    Country Of Origin USA
    Processing Temperature 180-220°C
    Additives Slip-free, Antiblock-free
    Primary Use Heavy duty shipping sacks
    Form Pellets
    Color Natural
    Typical Thickness Range 40-200 microns
    Certifications FDA compliant for food contact

    As an accredited ExxonMobil HD 5245 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing ExxonMobil HD 5245 is typically packaged in 208-liter steel drums, featuring ExxonMobil branding, product labeling, and safety information.
    Shipping ExxonMobil HD 5245 is typically shipped in bulk, drum, or intermediate bulk container (IBC) formats, depending on order size and customer requirements. Proper labeling and documentation accompany all shipments, adhering to local and international regulations. Ensure storage in cool, dry areas and handle according to the material safety data sheet (MSDS) guidelines.
    Storage **ExxonMobil HD 5245** should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and incompatible materials such as strong oxidizers. Keep containers tightly closed and properly labeled. Avoid freezing and extreme temperatures. Use standard precautions for handling industrial oils, and store only in approved containers to prevent leaks or contamination.
    Application of ExxonMobil HD 5245

    Applications of ExxonMobil HD 5245 in Industrial Manufacturing

    ExxonMobil HD 5245 serves as a high-density polyethylene (HDPE) with reliable mechanical strength, processability, and purity preferred by professional plastic processors and industrial manufacturers. Its performance profile has proven market adoption in several critical downstream applications, supporting formulation integrity and regulatory compliance from primary compounding to end-user conversion.

    1. Blow Molding for Industrial Packaging Containers

    Industrial blow molding companies rely on ExxonMobil HD 5245 for manufacturing rigid containers designed for chemicals, lubricants, and specialty bulk materials. Its molecular weight distribution and environmental stress crack resistance enable stable parison formation and container wall consistency during extrusion blow molding cycles. Manufacturers achieve uniform wall thickness and container integrity, meeting standards for substance containment and stackability in logistics.

    Industry compliance standards

    • FDA 21 CFR 177.1520: Olefin polymers for food contact (where applicable)
    • EU Regulation (EU) No. 10/2011 on plastic materials intended to come into contact with food
    • REACH Annex XVII: Restrictions on specific substances in packaging plastics
    • ISO 9001: Quality management for consistent industrial goods

    Typical usage ratio

    • Used as the primary resin, 92-100% by weight; small percentages of colorants, anti-blocks, and nucleating agents added case-by-case

    Downstream process integration

    • Mixed with processing additives in premixed polymer feed
    • Fed into extrusion blow molding equipment at melt temperatures of 180–220°C
    • Formed into parison and blown into precision-matched mold cavities for drum, jerrycan, or bottle production

    Final product types

    • Chemical drums (20L, 50L, 200L)
    • Lubricant jerrycans and pails
    • Detergent bulk bottles
    • Hazardous material compliant storage containers

    2. Pipe Extrusion for Municipal Water and Gas Distribution

    The HDPE grade’s high tensile strength and modulus profile suit the demand for pressure-rated water, gas, and industrial pipeline systems. Pipe manufacturers depend on its process stability during continuous extrusion and ability to meet fusion welding standards. Pipe sections maintain dimensional tolerance, internal smoothness, and long-term hydrostatic performance for subterranean and above-ground distribution networks.

    Industry compliance standards

    • ISO 4427: Polyethylene pipes for water supply
    • EN 1555: Plastics piping systems for gaseous fuels
    • ASTM D3350: Standard Specification for Polyethylene Plastics Pipe and Fittings Materials
    • NSF/ANSI/CAN 61: Drinking water system components—Health effects

    Typical usage ratio

    • Primary polymer in pipe extrusion: 96–100% resin by weight, with specified ratios of carbon black UV stabilizer (2–4%) for light-blocking and external exposure

    Downstream process integration

    • Extruder feed with precise compounding of color masterbatch and process aid
    • Continuous extrusion at barrel temperatures of 200–230°C and downstream diameter calibration
    • Online measurement of wall thickness and melt flow to maintain class and pressure ratings

    Final product types

    • Water supply pipes (DN20–DN630 mm)
    • Gas transmission tubing
    • Sewage and drainage pipes
    • Cable conduit and ducting systems

    3. Injection Molding for Automotive Technical Parts

    Automotive component manufacturers utilize ExxonMobil HD 5245 for under-the-hood and structural interior parts requiring dimensional accuracy and mechanical durability. The resin’s well-balanced flow behavior supports high-throughput molding cycles with consistent weld line strength and surface finish. OEMs and Tier 1 suppliers integrate this grade for moulded parts exposed to mechanical stress, temperature fluctuations, and automotive fluids.

    Industry compliance standards

    • IATF 16949: Automotive quality management system
    • ISO 16232: Road vehicles—Cleanliness of components
    • RoHS 2011/65/EU: Restriction of hazardous substances in electronic and automotive parts
    • OEM-specific material and safety specifications (e.g., VW TL 52650, GM GMW15000)

    Typical usage ratio

    • Base resin for technical parts: 85–98% by weight, modified with impact modifiers, UV stabilizers, or talc fillers adjusted based on mechanical and thermal requirements

    Downstream process integration

    • Dry blend with functional masterbatches and pelletized additives
    • Injection molded at barrel temperatures of 190–230°C and mold temperatures of 40–60°C
    • Cycle time and pressure adjusted according to part geometry and thickness

    Final product types

    • Battery cases and fuse boxes
    • Underbody cover panels
    • Fluid reservoir tanks and air ducting
    • Interior fastener and clip systems

    4. Film Extrusion for Industrial Liners and Agricultural Films

    Professional converters select ExxonMobil HD 5245 in the blown film process to achieve tear and puncture resistance for medium to heavy-duty liners, as well as UV-stabilized films for agricultural ground cover. The polymer’s narrow molecular weight distribution supports film clarity and thickness control for demanding load- and weather-exposure profiles. Processing delivers steady melt output, catering to batch and continuous reel production.

    Industry compliance standards

    • FDA 21 CFR 177.1520: Polyethylene for food contact in packaging films (as per local regulation)
    • EN 13432: Compostability standard for biodegradable mulch films
    • ASTM D4635: Film liners for industrial and hazardous use
    • GMP for packaging materials (EU Regulation 2023/2006)

    Typical usage ratio

    • Blown film extrusion: 90–100% HDPE resin, incorporating slip and anti-block agents (up to 2%), and UV stabilizer (up to 3%) for outdoor applications; gauge and additive levels set by end application and test runs

    Downstream process integration

    • Multilayer or monolayer film extrusion with inline thickness monitoring
    • Resin introduced via gravimetric feeders; blown film line operated at 180–210°C melt temperature
    • Finished rolls converted into bags, liners, or sheeting post-annealing and corona treatment as required

    Final product types

    • Industrial drum liners
    • Agricultural mulch and greenhouse films
    • Pallet stretch hoods
    • Chemical-resistant bin liners and sheeting

    5. Sheet Extrusion for Industrial Construction Panels

    Sheet and panel fabrication plants apply ExxonMobil HD 5245 in the extrusion of smooth or textured high-density sheets for secondary conversion into construction barriers, tank linings, and cutting boards. The resin’s intrinsic hardness and abrasion resistance provide the basis for panel products that must sustain impact and repeated cleaning in industrial and commercial environments.

    Industry compliance standards

    • EN 13501-1: Fire classification of construction products
    • ASTM D4976: Polyethylene plastic molding and extrusion materials
    • ISO 178: Flexural properties of plastics
    • CE Marking for building and construction applications (where required)

    Typical usage ratio

    • HDPE resin forms 95–100% of panel mass; specific color concentrates and UV stabilizers up to 5% as per service conditions and panel thickness specification

    Downstream process integration

    • Resin and additive blending, followed by feeding to single- or twin-screw extruders
    • Sheet die extrusion onto three-roll calenders, operated at 200–240°C for planarity
    • Post-forming via CNC cutting, welding, or lamination for final panel geometry

    Final product types

    • Structural wall panels and construction barriers
    • Protective tank linings
    • Food-grade cutting boards
    • Machined technical sheets for secondary fabrication

    Free Quote

    Competitive ExxonMobil HD 5245 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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    Certification & Compliance
    More Introduction

    ExxonMobil HD 5245: Reliable Performance Grounded in Experience

    After years standing on production lines, running reactors, and hauling tankers all over, you get a sense for which materials work without fuss. ExxonMobil HD 5245 has earned that spot in our line-up. It’s a high density polyethylene (HDPE) resin, but more than that — it's the kind of resin you can count on for both consistent results and processing flexibility.

    Understanding What Sets HD 5245 Apart

    In manufacturing, reliability means everything. Too many polymers on the market look identical at a glance, but once you step onto the floor and watch how a resin extrudes, flows, or tolerates stress, real differences show up. HD 5245 steps up to these challenges and keeps processes humming. Our own runs have shown its combination of stiffness, impact resistance, and good stress crack resistance. Each bag or bulk load comes out with tightly controlled melt index and density, which is key when you want predictable output, not day-to-day guessing.

    This resin does best in processing methods like blow molding and injection molding, both of which push material through serious temperature swings and shear. If you’ve spent enough time with HDPE in a plant, you know certain grades can hang up or burn. HD 5245’s flow characteristics make purging and changeovers easier, so you save time and avoid scrap. That means fewer headaches for both the line workers and the maintenance crew.

    Typical End Uses Backed by Industry Experience

    Over the years, we’ve watched customers put HD 5245 to work in heavy-walled containers, automotive parts, crates, pails, and caps. We first tested it on our own lines with 20-liter drums and tool caddies; large and midsize pieces stay rigid through rough handling and stand up well during stack tests. Packaging manufacturers often call out its balance between rigidity and processing window — you get sturdy walls without pinholes or warping, which is a chronic problem with some lower-spec HDPE.

    Our quality control team has tough standards, and we've learned that HD 5245 beats a lot of other options for blow-molded tanks and chemical storage. The resin’s resistance to environmental stress cracking shows itself in applications exposed to detergents, alkalis, and cleaning solutions. Yard bins and outdoor products made from HD 5245 weather direct sun, cold snaps, and the odd whack with a metal rod without splitting. Not every HDPE can manage these impacts. We examined parts in extreme cold, and they retained toughness — something designers appreciate when keeping product returns to a minimum.

    What Processing Looks Like on the Floor

    A useful thermoplastic resin doesn’t just look good on paper; it needs to perform on the floor over thousands of cycles. With HD 5245, we’ve adjusted processing speeds and temperatures without worrying about surging or burning off. Operators report stable barrel temperatures and fewer shutdowns for cleaning. Injection molders have told us that parts eject with smooth surfaces, minimal flashing, and fill evenly even on multicavity tools.

    Some cheaper resins require frequent tuning, especially with multi-stage molding. We haven’t had that trouble with HD 5245. When a run starts, it finishes strong, and color additives disperse well without streaking. This has helped our partners deliver orders to strict color tolerances on drums, canisters, and closures. The result: less downtime, less material wasted, and more confidence in keeping to deadlines.

    Why Resin Consistency Backs Up Production Targets

    From small-batch compounding to full-scale continuous runs, inconsistency in feedstock always slows things down. What we value about HD 5245 is its repeatability. We’ve worked through thousands of tons and found melt flow rates, density, and physical properties right in spec. Our technical staff keeps close tabs on every railcar, ensuring what ships matches our best-run batches.

    Missed specs don’t just cause production headaches. In our experience, off-grade resin forces downstream partners to rework parts, often scrapping a full shift’s work. Bringing a resin like HD 5245 into our own facilities reduced that loss. Customers running automated high-throughput lines get guaranteed results; that reliability leads to fewer complaints and lets both us and our partners plan inventory with less buffer stock. In times when resin markets can shift overnight, that counts for a lot.

    Performance in Real-World Conditions

    On test benches and in finished goods, HD 5245 holds up. We’ve sampled parts left outdoors through UV exposure cycles and freeze-thaw testing — critical for bulk chemical containers, trash bins, and pallets. The resin maintains impact resistance, so finished goods come off the truck looking the same as they did when they left our plant. End-users call in less about cracks or splits, and we pass those savings on to them.

    Part of our confidence in HD 5245’s performance comes from how well it resists creep and warpage over time. We’ve seen this tested year after year in high-rack storage, even with heavy loads. Failures from sag or deformation are rare, and we trace that back to the resin’s density and molecular weight distribution. This isn’t always something buyers think to ask, but poor warpage leads to lost shelf space and product damage or spillage.

    Differences Between HD 5245 and Conventional Grades

    After working with dozens of HDPE grades, key differences become clear. HD 5245 achieves higher impact resistance and environmental stress crack resistance while keeping a solid balance of stiffness. Some other grades cut corners to maximize one at the expense of another — either too brittle and crack-prone or too soft and flexible. Our technicians find HD 5245 strikes the balance, so processors don’t have to blend several types to hit required specs.

    A common problem with lower-end resins involves shifts in viscosity across shipments. You end up adjusting cycle times more than working on value-added aspects. With HD 5245, melt index hovers within a tight window every time. This holds important value in high-output, precision-focused factories. Finished goods look better, run rates stay up, and maintenance logs show fewer unplanned stoppages.

    On the sustainability front, HD 5245 supports recycling efforts. We’ve run post-industrial scrap through our system and found good compatibility with established recycling streams, which helps customers meet recycled content targets. Finished products made with this resin qualify for stringent industry standards — not all HDPE achieves similar results without performance sacrifices.

    Supporting Customers with Data and Application Know-How

    Rather than just drop off a shipment and wave goodbye, we put technical teams on the ground when customers try out HD 5245 for the first time. They bring process expertise from our own lines, helping dial in temperatures and pressures, and sort out quality issues before they start. This hands-on approach matters because not every plant runs the same tooling. Understanding where adjustments are needed saves time and stress.

    If a customer runs packaging for chemicals and needs regulatory testing, we supply histories of third-party test data, not just internal certificates. Our labs have measured tensile strength, ESCR ratings, and thermal properties under simulated field conditions. ASTM test results accompany orders, so customers working on tight compliance deadlines stay covered if audits roll through.

    Learning from Customer Feedback and Field Issues

    We’ve worked hand-in-hand with processors who do short runs, and also those with 24-hour shifts. Feedback from both ends helps us keep improving. For instance, a component supplier for the auto industry spotted minor swirls in thick-walled parts during a hot summer run. Working together, we traced the source to a dryer setting, adjusted the profile, and eliminated the visual imperfections. That tangible partnership builds stronger business ties and leads to improvements factory-wide.

    Customers dealing with color matching get our formulation notes on pigments and masterbatch compatibility. Our engineers track barely visible shifts in haze or gloss, which make or break a consumer package. HD 5245 supports a broad set of pigments; off-brand resins sometimes react poorly to heat-stable reds or deep blues, causing fading or pitting on finished goods. With this resin, complex colors turn out true and last for the lifetime of the part.

    Efficiency and Energy Use During Processing

    With global energy costs climbing, keeping the line efficient has never mattered more. HD 5245 processes at temperatures that don’t spike the electric bill or overheat visitors in the molding hall. Our own facilities, fitted with energy meters and exhaust heat reclamation, have compared resin-grade power draws across campaigns. HD 5245 takes the win for melt uniformity without forcing us to hold heaters at max. That extra margin shows up at the bottom line for every plant running all year.

    Producers chasing lightweighting targets benefit from HD 5245’s ability to form thin-wall components without pinholing. Seasoned operators need less time tuning screw speeds and backpressures. On the injection molding side, cycle times average shorter, and mold release stays smooth even on parts with deep undercuts or built-in threads. These gains matter for teams juggling delivery targets and raw material budgets.

    Keeping Pace with Regulation and Traceability

    HDPE manufactures paying attention to supply chain integrity know that full traceability isn’t optional anymore. HD 5245 enters our inventory systems with data on batch, raw material origination, and journey logs right through to the end-use sites. Customers get access on request, a practice that sets new expectations in transparency.

    Our compliance team tracks shifts in global and national regulation on chemical content for packaging or potable water parts. HD 5245 has sailed through several tough certification audits, and data stands ready for any new requirements as they arise. Whether it’s for food contact, chemical container, or export licensing, we help customers cut through the paperwork. This kind of proactive approach protects both our business and end-users.

    Keeping Sustainability in Mind Across the Supply Chain

    Many markets now demand lower environmental impact and more circularity in materials. HD 5245 fits into these trends thanks to its adaptability for reprocessing. We collect clean in-house scrap and reintroduce it — up to a targeted percentage — into new run batches without drop-off in performance. Recyclers downstream have confirmed that this grade blends smoothly into secondary streams for use in consumer or industrial goods. Not every resin can handle repeated cycles without losing strength or resistance to cracks, but HD 5245 delivers — verified by independent test labs.

    Sustainability isn’t just about recycling, though. Our production of HD 5245 employs modern reactor technologies with optimized catalysts, letting us minimize both off-gassing and solid waste. By keeping tight control of process variables and monitoring for emissions, we keep output clean for both our team and communities around our plants.

    Listening to the Pulse of the Industry

    Raw material buyers, process engineers, and production planners know that every hour of downtime puts them at a competitive disadvantage. HD 5245’s performance comes from the deep experience of our teams tackling real shop-floor problems: minimizing tool wear, preventing die fouling, cutting down purge waste, and streamlining changeovers.

    Distribution partners comment on how the resin delivers the same quality whether it’s the first bag out of a new silo or the last. That consistency supports just-in-time inventory and avoids large warehouse builds, especially in sectors where space is tight or cost-prohibitive. By tracking feedback, observing wear parts, and performing teardown analyses on used equipment, we catch trends early and update processing guidelines.

    What the Data and Our Experience Show

    Across materials science meetings, trade fairs, and factory visits, we see the same questions again and again: Does this resin maintain properties over time? Can it handle complex geometries? Will it help with regulatory compliance and support for post-industrial recycling efforts? Based on what comes off our own equipment and from customer sites, HD 5245 answers these questions with results.

    Parts tested for impact, drop, and compression come out with strong numbers. HD 5245 makes it possible to design lightweight, resilient pieces without introducing expensive engineering plastics. For factories running high-cavity tools or long campaigns, this means delivering parts that work for the price customers can afford. We often work with end-users who return much less scrap than with other grades, and over time, that has changed their bottom line for the better.

    Technical Support Built on Real Production Knowledge

    We do more than just sell resin. Our process teams provide equipment-matching solutions to injection and blow molders alike. That means retrofitting parameters, recommending maintenance cycles, and troubleshooting on short notice. In multi-plant environments, this makes the difference between a smooth transition and costly retooling. Our own manufacturing team uses HD 5245 every day, so we see the same pain points as our customers.

    Alongside product deliveries, we offer in-depth training, which covers switching resin grades, optimizing tooling, and resolving quality issues in live settings. The result is fewer calls for emergency troubleshooting, lower defect rates, and supervisors who have answers ready for their operators.

    Looking Ahead: Continuous Improvement

    Materials science keeps evolving, and so do customer demands. We invest in both product development and better reactor technologies so HD 5245 keeps pace. Collaboration with equipment makers helps us support novel part designs and more aggressive lightweighting. We test resins in parallel with emerging additives and stabilizers, checking for compatibility with HD 5245 and passing along processing tips to partners, not just a data sheet.

    Our research staff feeds field experience back into formulation work. If we see recurring processing challenges in a certain region — say, humidity effects on pellet flow — we adapt our packaging, storage protocols, and make formulation tweaks to address these problems. By closing the loop from raw inputs to finished part, we keep the customer’s best interests in focus.

    Real World Value, Long-Term Results

    HD 5245 isn’t just a number on a price list. Each ton moves through our process with end-user needs at the center: clean, tough, and efficient to work with. Companies making anything from drums to lawn equipment to specialty packaging rely on durability that stays predictable through thick and thin. You get the benefit of our production history — and the perspective of a manufacturer who stands behind every bag.

    The industrial world looks for benchmarks, not just empty claims. HD 5245 stands above the crowd through sturdy properties, excellent processability, and technical knowledge that spans from compounding to scrap reprocessing. If your goal is to keep production lines steady, finished goods moving, and waste down, this resin gives you that foundation, proven every day in our own plants and those of our customers.

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