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HS Code |
687060 |
| Product Name | BASF Lupolen LDPE 1800H |
| Polymer Type | Low Density Polyethylene (LDPE) |
| Melt Flow Rate 190c 2 16kg | 0.25 g/10min |
| Density 23c | 0.919 g/cm³ |
| Tensile Strength At Yield | 10 MPa |
| Elongation At Break | 400% |
| Flexural Modulus | 180 MPa |
| Vicat Softening Temperature | 92°C |
| Shore Hardness D | 45 |
| Maximum Processing Temperature | 200°C |
| Dielectric Strength | 33 kV/mm |
| Haze | 8% |
As an accredited BASF Lupolen LDPE 1800H factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The BASF Lupolen LDPE 1800H is typically packaged in a 25 kg white polyethylene bag featuring BASF blue logo and product labeling. |
| Shipping | BASF Lupolen LDPE 1800H is typically shipped in 25 kg PE bags or bulk containers, securely sealed to prevent contamination and moisture ingress. During transport, the material should be kept dry and protected from direct sunlight and excessive heat to maintain its quality and safety compliance. |
| Storage | **BASF Lupolen LDPE 1800H** should be stored in cool, dry, and well-ventilated conditions, away from direct sunlight and sources of heat. Avoid exposure to humidity and contamination. Keep the packaging tightly closed when not in use to prevent dust and dirt accumulation. Store separate from incompatible materials, such as strong oxidizing agents, to maintain product quality and safety. |
Applications of BASF Lupolen LDPE 1800H in Industrial ManufacturingBASF Lupolen LDPE 1800H supports precision manufacturing across high-demand industrial sectors. Its reliable processing consistency and defined physical properties enable efficient downstream integration, where detailed compliance requirements and specific compounding ratios must be achieved for each application below. 1. Extruded Film for Flexible Food PackagingFlexible packaging manufacturers use this grade to achieve high-clarity, resilient films for direct and secondary food contact. Low gel count and controlled melt index support stable bubble formation and thin-gauge film production. Its purity profile helps converters meet regulatory expectations in sensitive packaged foods, maintaining migration specifications and sealing strength in both monolayer and multilayer laminate structures. Industry compliance standards
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2. Injection-Molded Medical Device HousingsOEMs in the medical and diagnostic device sector select this material for non-loadbearing housings and closures. It allows precise molding of thin-wall parts, minimizing sink marks. Excellent organoleptic neutrality and absence of extractables support suitability in clinical environments. Mold release and demolding properties allow repeatable part quality during large-scale automated production, critical for compliance traceability and reproducibility. Industry compliance standards
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3. Wire and Cable Sheathing CompoundsElectrical cable producers choose this material for insulation and sheathing where flexibility, dielectric strength, and smooth extrusion are required. The stable molecular weight distribution minimizes melt fracture, while low water absorption suits indoor and medium-voltage cable coatings. This grade complies with key industrial fire and electrical property benchmarks, reducing the risk of batch rejection due to inhomogeneity or gel inclusions in long continuous runs. Industry compliance standards
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4. Blow-Molded Industrial Container ProductionManufacturers of drums, cans, and technical containers rely on this material for large blow-molded parts. Its rheology supports uniform wall thickness distribution, helping to avoid weak points during hydrostatic pressure or impact testing. In industrial packaging, chemical resistance and long-term stress crack performance are critical; this grade’s molecular structure meets repeat stacking and filling cycles demanded by chemical and lubricant packaging. Industry compliance standards
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5. Masterbatch Dilution and Concentrate CarriersProducers of color and additive concentrates utilize this LDPE as a universal carrier resin. Its compatibility across pigment and additive chemistries ensures high dispersion quality and accurate color strength in dosing systems. Low odor and minimal volatility allow safe use in masterbatches for applications ranging from packaging to consumer products, where compliance and low migration rates are compulsory. Industry compliance standards
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6. Coating and Lamination for Paper and Textile SubstratesPaper converters and textile backers apply this material as a moisture and grease barrier in extrusion coating processes. Its melt characteristics form continuous, pinhole-free layers, ensuring base materials maintain dimensional stability and resistance to fluids or chemicals. When compounding for FDA or EU food contact, processors strictly select additive systems and control teach-in extrusion to meet printing and lamination needs. Industry compliance standards
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Competitive BASF Lupolen LDPE 1800H prices that fit your budget—flexible terms and customized quotes for every order.
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Decades spent in the trenches of polymer production have made us careful in selecting our raw materials and refining our processes, and Lupolen LDPE 1800H stands as proof of that attention to detail. It’s always tempting to talk up a product’s “all-around performance,” but that misses the point. LDPE 1800H arrives with strengths earned from a history of successful applications and steady quality draws. This grade, well-known in our portfolio, consistently shows excellent processability, solid mechanical properties, and high purity.
Our homes and factories recognize this resin for its ability to handle high-output film lines where clarity, smooth feeding, and toughness matter. The melt flow rate sits in a range that lets machine operators push for faster cycles or run complex multilayer structures, without running into gels or downtime for cleanup. Over time, we've seen formulators—including our own people—choose 1800H to craft products for packaging, lamination, shrink films, and heavy-duty bags, precisely because the resin keeps metal surfaces clean and delivers predictable roll formation.
Engineers, procurement leads, and extrusion line supervisors have given us feedback over the years: consistency rules. The Lupolen LDPE 1800H model comes with the kind of specification window that helps avoid the long meetings about off-grade lots or retooling a die every other batch. Our reactors produce a resin that melts and solidifies at repeatable points—critical for customers who work with thin-gauge films or transparent layers.
Because we’ve leaned on strict monitoring, you’ll rarely surprise your staff with an unexpected batch variation or a roll that jams just before a big shipment. Our own teams in the bag-making units rely on 1800H because it delivers even tack and weldability, tying together seams on thick sacks without blowing tiny pinholes. If you’re pushing machines for stacked lamination or high-speed conversion, a shift crew expects the same tactile feel and machine load from each lot—a step we don’t take lightly, since every shift in polymerization echoes in the customer’s bottom line.
What sets 1800H apart in the mix of LDPEs? The balance it strikes between clarity, drawdown, and dimensional stability. High-output blown film lines slot this grade into jobs requiring both transparent inner layers and robust outer skins. Customers point out that bubble stability rides high, so the package’s final gloss remains consistent across long runs. Line operators working with this resin don't fret about splitting or star bursting when hauling up the speed for multilayer film coextrusion.
Those of us overseeing product lines for food contact packaging know that the regulations tighten every year. We only offer grades tested against relevant migration and additive benchmarks, offering the kind of safety documentation a packaging compliance officer wants: traceability, additive packages free from unwanted slip agents, and low extractables. BASF’s LDPE 1800H passes these tests to make sure flexible packaging, bread bags, frozen food wraps, and similar items meet today’s regulatory climate.
Some customers take it into foam extrusion, especially where cushion strength and consistency provide a competitive edge, while others shape it into sheathing or wire and cable insulation. We can vouch for die stability and repeat cut formation—critical wherever every rejected meter means wasted time and material.
Every resin lot we produce represents a learning cycle: what worked, what failed, where the process delivered more than expected. LDPE 1800H evolved through this relentless iteration. Sometimes, customers test the limits by mixing it with masterbatches or other base polymers. We’ve fine-tuned additive blending here on site—tracking how slip, anti-block, or anti-static agents interact at extrusion temperatures—so customers downstream don’t get surprised by something as basic as unexpected haze or surface blooming.
Operators gravitate towards this grade because cleaning downtime drops. It doesn’t gum up rotary knives, and the pellet flow keeps hoppers from bridging. Field staff report a reduction in scrap due to gels and inclusions, which often pop up with less tightly-controlled lots. Teams notice less fouling on dies and smoother roll changes—a side effect of purity and close molecular weight control.
Every manufacturer faces pressure on uptime. A resin with unpredictable gel counts or excessive fines can set back a shift, trigger QC alarms, or even force an entire lot downgrade. Our experience producing LDPE 1800H under the right reactor conditions—combined with frequent online inspection—has led to a level of reliability that helps keep presses humming and warehouses free of holdbacks due to out-of-spec materials.
There’s no magic LDPE resin for every line. In the past, we’ve compared LDPE 1800H with other grades—across our own portfolio and competitive benchmarks. Lower melt flow LDPE may offer a bit more on impact strength, while higher flow materials cater to the thinnest films for specialty labeling. What we’ve learned from the field is that 1800H finds its strongest fit along high-speed blown film and mid-range thickness jobs where clarity matters almost as much as strength. Operators see robust bubble control, smooth draw, and stable thickness over large web widths.
Some customers shift from high-pressure autoclave LDPEs with unique branching structures, seeking one resin that makes processing less finicky even if it sometimes sacrifices a step in toughness. LDPE 1800H bridges that gap—giving both process agility and above-average seal strength, especially when compared to branching-heavy alternatives prone to haze or uneven shrink.
If running EVA or ultra-low-density variants, line crews notice lower output rates or struggle hitting the right gauge without excessive curling. 1800H, by contrast, tends to resist curl and wavy edges, even at high screw speeds. The die adaptiveness saves the time spent tuning back temperatures or changing screen packs mid-campaign, helping keep production targets realistic.
Sourcing always circles back to purity and batch-to-batch steadiness. We buy ethylene feedstock with a long view toward market volatility, and the conversion process stands under strict controls—both automated and watched by line technicians who understand what small process drifts can cost in real time. Our experience blending antioxidants and process stabilizers allows for hot running and extended campaigns on extrusion film lines.
We found that LDPE 1800H’s composition handles stabilizer and pigment blends without unpredictable color streaking, gassing, or severe caking. This property frees up our color masterbatch teams to design vivid packaging, and our cable sheathing teams to avoid spots or lumps across kilometers of material.
Operators who have dealt with excessive dust in other LDPEs—or those with weak pellet integrity—recognize the difference. 1800H pellets fend off attrition during transport and storage. We use pneumatic transfer lines and silos on site, and 1800H handles long drops and dense filling cycles without turning up powder or stringers at the discharge end.
Plastic resin faces more scrutiny now than ever. Food packagers, logistics teams, and industrial film processors all need a guarantee that their supply won’t swing from clear to milky, or from strong to brittle, due to batch variability. We field order-after-order of LDPE 1800H because operations managers behind loading dock doors and packaging lines remember how painful it gets to swap a resin mid-production. One bad delivery can mean scrambling for new compliance documents, revalidating weld and heat seal parameters, or sorting stacks of rejected inventory.
We’ve seen how 1800H’s dryer blend, clean pellet structure, and tightly-maintained melt flow parameters save not just headaches, but plenty of lost hours and overtime costs. Customers who keep ordering this resin usually do so after trials with alternative grades result in overlooked dust, odd odors, or fouling that creeps through the plant. Consistency, paired with technical support, helps maintain production schedules year-round.
Markets don’t stand still. Neither do plant requirements or industry codes. Every year, regulations on food safety and product contact evolve. Our compliance teams take cues directly from customers running 1800H on high-speed printing films or food-wrap extrusion, pushing us to sharpen additive controls and documentation. We’re always digging into process analytics to pull down gel counts, narrow the molecular weight distribution, and ensure resin “dusting” stays at bay in big-bag discharge.
We run side-by-side comparisons with new resin lots, pressure checking for melt index drift, pellet surface flaws, or shifted additive packages, using lab analytics and good old-fashioned line trial feedback. Field engineers come back with notes on how minor changes ripple out to reject rates, print registration, and weld integrity. Many customers running LDPE 1800H on third-shift bag making or shrink line operations credit the resin with bringing down scrap rates, a point that validates our focus on steady outputs over flashy specialty blends that can’t anchor a standard job.
Everyone in the polymer field recognizes the mounting call for more sustainable practices, from both regulators and end users. LDPE 1800H doesn't escape the same pressures. As the manufacturer, we monitor waste streams, blending recycled process scrap back into compatible lots during pelletizing, without compromising the resin's expected quality metrics. We've invested in energy recovery at our reactors and check additive suppliers for responsible sourcing. Customers pushing circular packaging models will find that LDPE 1800H, thanks to its predictable processing, adapts well to incremental blends with post-industrial reclaim, so long as the reclaim quality is tightly managed.
We’re candid with customers about what’s achievable today versus what new tech can deliver. Our labs keep trialing ways to further reduce gels, boost recycled content, and cut down on batch emissions, but the cut-and-dry fact remains: every step forward happens through real-world production feedback and persistent follow-up. We participate in industry task groups on food contact, recycling compatibility, and design-for-recycling initiatives—a testament to our place at the manufacturing source, not just the distribution end.
Any product description can list numbers—what matters to converters is how the resin performs shift-to-shift. From our vantage point, the best support isn’t only about phone calls or recommendation documents, but on-site troubleshooting, machine audits, and real analysis of what’s happening at the die. Our process engineers take line samples, track gauge uniformity, film appearance, seal times, and link these back to resin lot histories. Running LDPE 1800H, we’ve intervened directly to optimize die temperatures, haul-off speeds, and blend ratios, making sure companies avoid the all-too-common trap of chasing their tail after a minor plant tweak.
Because we know how costly an inefficient resin can get, both in raw material and lost throughput, we’ve placed a premium on field support. LDPE 1800H reflects that focus—a product meant to solve problems, not hand off new ones. Customers who trust us with their recurring orders do so because of what they don’t see: fewer production jams, less unexpected operator downtime, and shipments sent out on schedule.
As manufacturers, progress means more than chasing after every fresh feature. Improvements must link directly to operator feedback, downtime history, and actual improved finished goods—not just upgraded data sheets. Our approach with LDPE 1800H stays rooted in long production runs, machine data, and customer reports. We keep up pressure on our labs and production control to shave off variability, delete dusting, and trim the waste curve. Customers pressing for faster, thinner, or more compliant packaging solutions will find our approach measured, but never stagnant.
Every change we bring forward—be it tweaking raw polymerization inputs, adjusting extrusion conditions, or refining pelletization—runs through a gauntlet of testing. And feedback from film converters, cable sheathers, or foam producers using LDPE 1800H always feeds the cycle. Our job isn’t to simply supply resin for today’s orders. We aim to refine, adapt, and keep PAC lines and packaging shop floors competitive for what comes next.
Lupolen LDPE 1800H represents the convergence of manufacturing know-how, robust specifications, and time-tested plant experience. Its role in high-output films, packaging, and industrial uses emerges not through marketing gloss, but through the reduction of reject rates, improved uptime, and steady adaptation to changing requirements. In a field where production mishaps can spiral into large financial costs, having a resin with built-in reliability becomes a force multiplier.
We look at LDPE 1800H not as a wonder-material, but as the practical choice in settings where stable performance and clarity align. Countless film lines, packaging converters, and sheet producers have counted on its consistency—backed not just by specification sheets, but by regular plant audits, operator feedback, and a mindset of continuous improvement. That’s how we judge a product’s real value, and LDPE 1800H earns its place at the core of so many industry operations because it keeps doing the basics well, every shift, every lot.
