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HS Code |
823318 |
| Product Name | Lotte Chemical HDPE CL9010 |
| Polymer Type | High Density Polyethylene (HDPE) |
| Melt Flow Index 190c 2 16kg | 1.0 g/10 min |
| Density | 0.950 g/cm3 |
| Tensile Strength At Yield | 29 MPa |
| Elongation At Break | >600% |
| Flexural Modulus | 1200 MPa |
| Impact Strength | No Break (23°C, ASTM D638) |
| Vicat Softening Temperature | 126°C |
| Application | Blow Molding |
| Processing Temperature | 170-220°C |
As an accredited Lotte Chemical HDPE CL9010 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Lotte Chemical HDPE CL9010 is packaged in 25 kg white plastic bags with blue branding and product details printed prominently. |
| Shipping | Lotte Chemical HDPE CL9010 is shipped in 25 kg polyethylene bags, securely packed on pallets to prevent contamination and ease handling. Each shipment includes clear labeling with product and batch information. The material should be stored and transported in a cool, dry, well-ventilated area, away from direct sunlight and sources of ignition. |
| Storage | Lotte Chemical HDPE CL9010 should be stored in a cool, dry, well-ventilated area, away from direct sunlight and ignition sources. The packaging must remain intact to prevent contamination and moisture absorption. Avoid stacking heavy loads to prevent deformation. Store separately from incompatible materials such as strong oxidizers. Ensure proper labeling and access to safety data sheets for safe handling and emergency reference. |
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Lotte Chemical HDPE CL9010 supports a wide range of precision-driven industrial manufacturing sectors. As a high-density polyethylene resin produced under stringent quality systems, it serves critical downstream needs where technical performance, compliance, and controlled processing are required from polymer raw materials. This HDPE resin is integral to the production of pressurized water pipes, particularly for municipal potable water infrastructure. Manufacturers value its mechanical strength, environmental stress crack resistance, and certified safety for direct drinking water contact. Precision extrusion and continuous QC verification ensure final pipe meets strict dimensional and system pressure demands. End users require detailed batch traceability to meet statutory audit requirements for large public utility projects. Industry compliance standards Typical usage ratio
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2. Blow-Molded Chemical Drums & Industrial PackagingThe polymer’s controlled molecular weight and melt flow index ensure robust processability for large-volume blow-molded drums and containers. Manufacturers demand consistent resin quality to achieve wall uniformity, stress crack resistance, and chemical inertness, especially for hazardous material shipping. Quality assurance includes accelerated aging and drop tests to confirm batch conformance with global transport laws and downstream end-user approvals for chemical compatibility. Industry compliance standards
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3. Geomembrane Sheets for Environmental ConstructionEngineers specify this resin for extruded or blown geomembrane liners used in waste containment, mining leachate pools, and agricultural reservoirs. The product’s high molecular weight ensures stress crack resistance and durability under UV and chemical exposure. Consistent polymer structure allows tight thickness control in wide-width membrane production. Downstream formulators may blend in specific masterbatches to tailor UV performance or color according to contract and project environmental risk profiles. Industry compliance standards
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4. Wire & Cable SheathingWire and cable manufacturers process this HDPE to create durable sheaths for LV/MV power, telecommunications, and fiber optic cables. The resin offers high processability in continuous extrusion, maintaining dimensional stability and electrical insulation performance. Compliance in this sector demands rigorous dielectric testing and verification of environmental resistance properties via standardized protocols. Final cable assemblies combine this resin sheathing with metal or optical cores to achieve contract-specified lifespans in outdoor or industrial use. Industry compliance standards
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5. Automotive Fuel Tanks & Fluid ReservoirsTier-1 automotive systems integrators use this thermoplastic in the blow molding of fuel tanks and auxiliary fluid reservoirs. The resin’s barrier structure and chemical resistance support demanding OEM requirements for permeation rates and pressure resistance. Automotive suppliers operate under tight process controls including calibrated fill weights, dual-layer parison programs, and integrated leak detection during tank formation. Strict batch documentation is mandatory for vehicle manufacturer supply chains. Industry compliance standards
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6. Consumer and Industrial Housewares (Injection Molding)This material supports high-output injection molding lines manufacturing consumer and industrial housewares such as bins, crates, and shelving units. Processors demand high consistency and impact resistance to minimize rejects in fast-cycle tooling. QC ensures color matching, part weight accuracy, and material traceability from molded part through to packed shipment. Commercial housewares need robust surface finishes and defined mechanical properties due to diverse end-use conditions, including cold storage and heavy load bearing. Industry compliance standards
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7. Agricultural Irrigation ComponentsThe property balance of high molecular density and creep resistance enables production of drip irrigation pipes and emitters. Agricultural component makers use this resin for precision extrusion, achieving consistent flow rates and wall thicknesses in both main and lateral irrigation lines. Producers perform real-time process checks for all key mechanical properties under field condition simulation, including subsoil chemical exposure and UV radiation. Traceability and certification allow downstream integration into regulated irrigation equipment supply chains. Industry compliance standards
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Competitive Lotte Chemical HDPE CL9010 prices that fit your budget—flexible terms and customized quotes for every order.
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Out on the production line, certain products earn their reputation through the work they do day in and day out. Lotte Chemical HDPE CL9010 arrives in our facility as a high-density polyethylene we test, mold, and see perform under genuine factory conditions – not just in the numbers found in a catalog. The CL9010 grade brings characteristics we know matter for processors: it handles elevated pressure during extrusion, carries the strength to meet tough impact requirements, and stays easy to process through a range of molding or film equipment we run.
Our team works with tons of polyethylene yearly, yet few grades match the steady, clean finish of CL9010 in blow molding and specialized extrusion lines. The granule shape allows fast integration, keeping downtime to a minimum when changing grades or refreshing a hopper. In plant trials, CL9010 shows consistent melt flow with minimal surges or hang-ups, especially in large-scale continuous processes. Feedback from operators always circles back to the ‘clean run’ they get on the line – fewer clogs, no unexplained residue, even after hundreds of hours in production.
Years of hands-on work tell us that not all HDPE grades behave equally. Lotte Chemical’s CL9010 brings together a balance of melt flow and molecular weight that makes a real difference in output quality. Melt index runs around 1.0 g/10min, giving processors a polyethylene that forms tough finished products at running speeds commercial converters demand. The density range sits at 0.951 g/cm³ by industry standards, enough to deliver rigidity, but not so high as to force brittleness in finished items.
Comparing CL9010 to other HDPE grades, we notice better flow stability, especially when running thin-walled or complex-mold geometry products. Lower-strength or lower-density HDPE tends to lose tight dimension control or warp during cooling, where CL9010 holds its shape and wall thickness. In composite structures, we see this grade blend smoothly for multilayer bottles, collapsible containers, and high-strength drums. Even after extended cycling and aging processes, our lab testing confirms continued stress crack resistance.
Our main customers use Lotte Chemical HDPE CL9010 in blow-molded containers, high-capacity bottles, tanks, drums, and product packaging that demands long shelf life. Industrial clients report reliable results from automotive tanks to stackable chemical containers and houseware products. The grade’s resistance to moisture and many household chemicals means it serves both food-contact and industrial purposes. We run CL9010 in our own testing lines for prototypes and find it adapts easily to new molds with minor adjustments.
Building experience over numerous runs, staff note that cycle times remain short and outputs stay steady – an important factor for processors looking to maximize machine hours and minimize waste. Finished bottles and containers show stiff walls with even weight distribution, reducing rates of off-spec rejects and costly rework. Applications that depend on pressure resistance and light protection, such as lubricant and detergent packaging, benefit from the product’s barrier properties and UV stability. We hear consistent feedback that CL9010 performs under both low and high mold pressure settings, supporting both large-volume and specialty runs.
Much of the value in CL9010 comes out not just in extrusion, but in how the finished goods perform in warehouses and in transit. We see customers relying on this grade to take repeated drops, abrasion, and filling stresses. Food packaging outfits highlight low-odor performance and ease of regulatory compliance, referencing migration and extractables testing typical for demanding end-use regulations. Drums and automotive tanks often undergo stacking and impact tests, both in-house and independently, where the product’s resilience continues to provide strong outcomes.
Shippers and storage managers prefer using containers formed from CL9010 due to less deformation under load and a lower risk of crack formation. Our inspection staff note that post-molding, surfaces remain smooth and resist dust or dirt build-up, leading to fewer cosmetic or hygiene complaints. Transport partner feedback indicates lids, threads, and handles formed with CL9010 avoid the ‘brittle snap’ issue found in lesser grades, especially after months exposed to fluctuating temperature or humidity. From a manufacturer’s perspective, it saves time and cost when complaints and returns remain rare due to robust material choices.
Plant safety heads prioritize material we know won’t bring new hazards or environmental headaches. Lotte Chemical HDPE CL9010 meets a wide slate of compliance standards, passing the standard heavy metal and phthalate content tests. Health and safety specialists appreciate the predictable fume and emission profile, keeping workplace air and environmental discharge controls straightforward. It’s this long-term reliability that shapes our trust in CL9010 for use in parts headed to food and medical supply chains.
One feature we appreciate in daily operations relates to the low-dust, free-fl owing pellets this product presents. Anyone working with high-output extruders knows the maintenance time that builds up with fines or sticking granules. With CL9010, our filter and dryer cleaning schedules see improvement, and operators report reduced cleaning times at the end of each shift. Workers in the compounding room note less need for anti-static additions or processing aids, since the pellets themselves resist clinging and channel-building in feed hoppers.
As the folks doing the actual batch samplings and melt flow tests, we look for repeatable results from shipment to shipment. Lotte Chemical CL9010 comes with full traceability, and supply batches arrive tested against chemicals and mechanical property targets. QC staff can confirm data sheet numbers on real machines, spotting little deviation in melt flow, density, and visual appearance, even during long-term storage.
Machine managers value the tight spec control, since minor composition skews or off-grade lots show up quickly in the next run or on dimensional checks. Our supply chain staff note Lotte’s reliable delivery schedules and unchanged lot properties ease planning. Whether it’s a high-volume container job or a smaller, specialty parts run, product behavior stays inside the stated spec bands. Frequent and honest communication with the Lotte technical team keeps R&D and process troubleshooting moving ahead.
Our floor supervisors have rotated between a range of HDPE suppliers and can quickly spot the grades that require more frequent equipment adjustments or repairs. Compared to commodity HDPE that leans softer or gums up dies, CL9010’s firmer melt behavior allows tighter dies and finer print details. This shows up most on multi-cavity bottle lines, where curing shrinkage or warping can add to scrap rates. CL9010’s steadiness cuts down on the guesswork during startup calibrations.
From a technical vantage, this grade’s molecular weight distribution supports broad processing windows – helpful for plants juggling many product codes or rapid job switches. Cross-referencing yields in blow molding versus injection or roto-molding, CL9010 keeps its mechanical edge in strength and savings on colorant. Margins improve as scrap volume drops, partly due to reduced surface defects and cleaner part ejection.
Production rarely runs without unforeseen situations. With commodity resin, we see more frequent color streaking, air trap marks, or inconsistent shot weights. Lotte Chemical HDPE CL9010 stands out for its limited streaking and low gel formation after repeated screw runs. Operators who run back-to-back shifts appreciate this, because unscheduled line stops or excessive mold purging cost time and money. We log significantly fewer calls for unscheduled intervention with this grade compared to comparable resin.
Another pain point addressed by CL9010: compatibility with recycled stream blends. Many processors blend virgin with post-consumer or plant-reclaimed HDPE to meet sustainability targets. In these mixes, CL9010’s stable melt flow continues with only minor process tweaks, achieving high percent addition of recycled content without collapse or loss of finish. This quality supports brands aiming to increase circular material while keeping product warranty and line speeds.
It is easy enough to call a resin high-quality. Our judgment rests on years of hands-on bench tests and production feedback. With growing demands for chemical durability, safety, and sustainability, HDPE CL9010 shows practical advantages. It meets food safe and drinking water requirements set by global agencies, securing its spot in supply chains facing strict regulatory audits. It also fits programs pressing for product re-use and mechanical recycling, since the grade demonstrates strong reprocessing yield and continued part strength, even after several cycles.
Our clients in personal care, household, and industrial packaging value the performance repeatability. Supply planners appreciate the confidence Lotte brings with consistent product support and clear documentation, smoothing global deliveries and specification transfer from country to country. Tracking root cause of molding anomalies becomes easier with known and reproducible resin characteristics. It matters when lines run non-stop and downtime means thousands lost per shift. We see less need for emergency adjustments thanks to CL9010’s predictability.
Few decisions about raw material make more of a difference to uptime and product quality than choosing the right grade of HDPE. We base our trust in Lotte Chemical HDPE CL9010 on batches run for various markets, customer feedback logs, and testing data kept on file. Manufacturers who rely on CL9010 can discuss compound and additive recommendations directly with the Lotte team, sharing technical know-how from the field back to the factory. This two-way communication loop means formulation tweaks and process improvements reflect real-world processing, not just theory or lab-scale checks.
Over the last several years, we see an uptick in requests for custom applications – from lightweighting bottles to meeting stricter drop and stacking tests. The baseline performance of CL9010 allows our R&D staff to push the limits, testing thinner walls, sharper threads, and tougher pull handles with lower failure rates. Suppliers working with retailers on shelf-life regulations and stricter container seal needs also benefit from the tight property control in this HDPE grade.
Sustainability forms a growing part of every manufacturer’s reporting and procurement requirements. We track CO₂ emissions, resource use, and end-of-life management for every resin we deploy. Lotte Chemical HDPE CL9010 forms part of our product lines with strong documentation supporting recycling and safe re-use. Finished parts made from this grade gain acceptance in most domestic and international recycling streams, raising recycled material yield and value.
Operators familiar with the resin report minimal off-gassing and odor under typical processing. Fume capture technology stays effective, with no need for extra scrubber investment. Downstream, our customers building finished goods for the food supply, healthcare, and sensitive packaging segments lean on the security of CL9010’s origin and compliance data.
As legislation and supply chains grow stricter, grades like CL9010 allow us to hit rising product and compliance standards with fewer surprises. Supply security and product homogeneity matter most with global customers expecting zero deviation in quality. With Lotte Chemical as a partner, batch after batch keeps on target and supports risk management strategies in volatile raw material markets. As more companies roll out recycled content mandates and lower-carbon pledges, CL9010’s processing friendliness and blend tolerance keep it a prime choice for new packaging and industrial development.
Years of hands-on use, cross-sector testing, and live line feedback have anchored CL9010 in our regular rotation. Whether scaling up for new project launches or sustaining legacy contracts, we rely on this high-density polyethylene’s reliability and continued support from factory experts. Good resin decisions clear the path for safe, clean, and profitable finished goods.
