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HS Code |
508493 |
| Product Name | SABIC LDPE 1922N0 |
| Type | Low Density Polyethylene (LDPE) |
| Density | 0.922 g/cm3 |
| Melt Flow Rate | 2.0 g/10min (190°C/2.16kg) |
| Tensile Strength At Yield | 8 MPa |
| Elongation At Break | >400% |
| Vicat Softening Temperature | 93°C |
| Melting Point | 110°C |
| Flexural Modulus | 200 MPa |
| Dart Drop Impact | 160 g (at 38 µm) |
| Film Tear Resistance Md | 100 g |
| Film Tear Resistance Td | 350 g |
As an accredited SABIC LDPE 1922N0 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging for SABIC LDPE 1922N0 is a 25 kg white plastic bag, featuring the blue SABIC logo and product information. |
| Shipping | SABIC LDPE 1922N0 is shipped in 25 kg polyethylene bags, palletized and stretch-wrapped for secure transport. Shipments are typically delivered via container or truck, protected from moisture, direct sunlight, and physical damage. Proper labeling ensures compliance with safety, handling, and regulatory requirements during transit and storage. |
| Storage | **SABIC LDPE 1922N0** should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or ignition. The packaging must remain sealed to prevent contamination. The material should not be exposed to strong oxidizing agents or moisture. Follow standard practices for storing plastics to maintain product quality and safety. |
Applications of SABIC LDPE 1922N0 in Industrial ManufacturingSABIC LDPE 1922N0 supports diverse industrial segments, delivering reliable performance for demanding polymer processes. The following sections highlight key downstream uses based on actual industry needs and established technical requirements. 1. Food Packaging Film ProductionFood manufacturers use our LDPE grade as a primary material for blown and cast film lines requiring high clarity, sealability, and flexible mechanical strength. Its low gel content and consistent melt flow index support thin-gauge films for critical packaging formats, such as bread bags, fresh produce wraps, and frozen food packaging. Processors select this material for direct food contact compliance and efficient integration with multi-layer coextrusion plants, often as the sealant or outer ply. Industry compliance standards
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2. Industrial Wire & Cable InsulationManufacturers in the electrical sector apply LDPE 1922N0 for insulation and sheathing of low-voltage wires. Its controlled electrical properties, easy processability, and resistance to environmental stress cracking make it suitable for continuous extrusion coating. This application demands resin consistency for defect-free jacketing and high throughput on modern cable extrusion lines, where the polymer must withstand rigorous electrical QA checks and thermal cycling. Industry compliance standards
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3. Medical Device Packaging FilmMedical thermoformers and sterile barrier system manufacturers incorporate this LDPE in peelable tray lids and protective pouches. Key attributes include ultra-low extractables, gamma and EO sterilization resistance, and consistent seal initiation temperature. Healthcare regulatory audits require full material traceability, so each production lot pairs with batch-specific certificates of analysis. Users gain clean tear properties and reliable seal strength for surgical and pharmaceutical packaging. Industry compliance standards
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4. Injection Molded Consumer GoodsProducers of household containers, dispensing bottles, and lightweight molded articles select this LDPE grade for cycles where impact flexibility and non-toxicity are critical. Its stable melt profile and low odor enable precise cavity fill and demolding in multi-cavity injection presses. Molders often run process validations based on ISO and local consumer safety regulation, with adjustments for pigment load or antistatic additive needs. Industry compliance standards
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5. Agricultural Film (Greenhouse and Mulch)Agricultural processors and greenhouse supply firms rely on LDPE 1922N0 for durable, high-clarity films used in crop protection, soil moisture management, and temperature regulation. Films require resistance to UV degradation and mechanical abuse, often produced in wide widths with film thickness tightly controlled to match specific growing cycles. Formulators may compound with light stabilizers and anti-drip additives during pellet blending. Industry compliance standards
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6. Coating for Paper and Board PackagingConverters in the paper and board sector apply LDPE as an extrusion-coated barrier to create moisture- and grease-resistant packaging widely used in foodservice, retail, and pharmaceuticals. The resin is extruded onto kraft, whiteboard, or specialty substrates, providing a pinhole-free seal and adhesion. Strict hygiene and migration controls dominate this segment, monitored by regular migration testing and traceability throughout the supply chain. Industry compliance standards
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Competitive SABIC LDPE 1922N0 prices that fit your budget—flexible terms and customized quotes for every order.
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Day in and day out, we see new demands coming in from customers who expect more from polyethylene films. They need flexibility, clarity, and dependable processability to keep their own operations running smoothly. SABIC LDPE 1922N0 has found a steady place in factories because it aligns well with the realities of high-output environments. We’ve learned over the years that film lines don’t wait. Downtime cuts into margin, minor material quirks add up to wasted effort and costly machine adjustments, and low standards in raw materials create headaches that few team members ever forget. With LDPE 1922N0, we set out to cut through these hassles.
Our own experience running extrusion lines and supporting downstream operators influenced the formulation behind LDPE 1922N0. Supplied as translucent, free-flowing granules, this resin is manufactured for a melt flow index in the 2.0 range. This translates to steady throughput on both mono and co-extrusion lines. We’ve designed the resin to deliver smooth feeding and low die pressure, cutting down on energy waste and helping avoid inconsistent gauge during runs.
In our test runs, blown film lines benefited from the material’s reliable bubble stability—a direct reflection of the resin’s well-managed rheology and molecular weight distribution. We see 1922N0 often chosen in film production for light and transparent packaging, including those thin, high-clarity bags and wraps that consumers expect to see on retail shelves. Extrusion teams report fewer web breaks and easy trimming, and operators spend fewer hours stopping lines to clean carbon build-up or to battle unwanted gels.
On a busy plant floor, simplicity means less scrap and happier shift supervisors. Operators appreciate how consistently the resin blends with masterbatches for color and additives. Extruders running LDPE 1922N0 at standard temperatures do not usually face issues like die drool or surging, even during rapid speed changes. Handling is straightforward: the granules flow well into hoppers, reducing bridging and downtime for cleaning.
For technical staff juggling line changes, 1922N0 provides flexibility. We have seen the transition from another LDPE grade to 1922N0 go smoothly without much need for fine-tuning process parameters. This makes it easier to schedule urgent orders or react to sudden shifts on the production floor. Operators who have dealt with more stubborn polymers in the past appreciate the cooperative nature of this resin—less fighting the material, more confident throughput.
Our main customer base relies on LDPE 1922N0 for products that call for clean appearance and flexibility. Polybags, garment covers, hygiene film grades, food packaging, and non-food wrapping are routine products leaving plant lines that use our resin. Its clarity and gloss are no accident; they result from the resin’s fine molecular structure and careful attention to polymerization in production. Packaging converters have noticed that print quality holds up well, even at challenging line speeds.
Household and industrial films typically call for a trade-off between strength and easy sealing. Having spent hours alongside line technicians, we know not all LDPEs are equal on this count. 1922N0 offers a good balance—film welds remain secure without excessive shrink, and the resin allows for high-quality bag conversion, minimizing seam splitting. This predictability reduces customer complaints in high-volume supply chains, something procurement teams always keep in mind when reordering.
Choosing resin grades doesn’t end with checking a technical data table. Through countless shop-floor discussions, we have heard how easy it is to overlook how small changes in melt flow or density impact the whole production chain. Some LDPEs offered in the market focus on higher melt flow for faster processing, but this can come at the cost of mechanical properties or film integrity. Others tout improved strength through higher density but bring complications with ink adhesion and print quality. 1922N0 lands in the middle, providing a dependable balance between run speed and mechanical robustness.
Stiffer LDPE resins sometimes appeal to converters seeking easier handling on high-speed bag-making lines, but these grades tend to reduce puncture resistance and may not deliver the clarity needed for direct-to-shelf packaging. We often hear that switching to softer grades can invite wrinkling and machine jams. 1922N0, as we see from customer feedback and our own pilot runs, does not fall into these traps. It carries enough flexibility for form-fill-seal applications and still resists stretching or tearing during packaging operations.
Compared to metallocene-catalyzed LLDPEs, which are gaining traction in some flexibility-focused segments, LDPE 1922N0 maintains higher process stability across a broader range of ambient and machine conditions. LLDPE films excel in stretch and toughness, but draw complaints about extrusion instability and lower clarity. LDPE 1922N0 solves those pain points for customers who want an easier ride with standard mono or co-ex lines, letting them reserve specialty LLDPEs for truly demanding applications.
One persistent challenge for bag makers and converters is keeping a consistent film gauge, especially with thin products. We have had customers report significant reduction in thickness variation after switching to LDPE 1922N0, which cuts down on product rejection and increases yield. The resin gives a gentle, predictable drawdown, staying within tight tolerance bands demanded by volume food packers and retail suppliers.
Every plant must deal with cost pressures, not just on raw material but in labor and waste handling. Our regular customers running LDPE 1922N0 describe savings from less scrap and faster changeovers compared to some aggressively priced, off-brand LDPE alternatives. Operators mention shorter warm-up times and smoother transitions when adjusting gauge or adding recycled content. Such operating wins accumulate line by line over a quarter, supporting bottom-line performance.
In sealability tests, we see strong, neat welds across a broad temperature window, even on high-speed lines. Missed seals cost more than most realize, especially for companies shipping products over long distances. Our data, drawn from regular QC checks and customer reports, shows a measurable drop in failed seals after lines moved to 1922N0, translating to fewer customer returns and better warehouse inventory turnover.
The broader packaging market demands recyclable, easily handled materials. LDPE 1922N0 readily mixes with post-consumer or industrial regrind without compromising processing or final product appearance. Film producers moving toward a circular economy approach value this resin’s compatibility with recycled streams, letting them boost recycled content in products while keeping film performance steady.
We have helped customers qualify their packaging for eco-labels by adjusting blends and optimizing thickness. Some resin grades choke in this setting, suffering in clarity or seal strength as recycled content rises. In contrast, 1922N0’s balanced properties let companies achieve higher recycled fractions with less trial and error. Much of the progress in packaging sustainability relies on dependable raw materials that adapt without endless troubleshooting; 1922N0 supports this shift.
Anyone who has run continuous production lines knows that small batch-to-batch differences can create real problems, from ink bleeding to seam failures or line stoppages. We work hard to keep LDPE 1922N0 on a tight leash when it comes to melt flow and density, monitoring production lots closely. Years of feedback from regular customers show stability—unlike some generic LDPE grades, which arrive with subtle, unpredictable shifts in performance.
We take pride in rapid troubleshooting support. For example, during resin shortages or periods of fluctuating supply, customers moved to 1922N0 with minimal issues. Our technical team remains hands-on, working through line trials and responding to process concerns. Material predictability leads to smoother customer audits, fewer product recalls, and steadier business relationships. Most importantly, operators down the line benefit from uninterrupted daily runs as a result.
Markets dealing with food-contact products place emphasis on compliance, not just performance. LDPE 1922N0 meets common international food-safety standards. We regularly test outgoing lots to confirm they are free from contaminants and off-spec byproducts, as demanded by large retailers and global food packers. Unlike some unbranded imports where identity and traceability get lost in the shuffle, every shipment of 1922N0 is tracked back to source production date and lot.
In addition to safety, quality assurance covers packing as well. Granules are delivered in moisture-proof bags that resist tearing during transport. Onsite QA teams test heat seal performance, clarity, and mechanical strength with every outgoing lot before release. For converters, this translates to less time spent screening raw input and more trust in future deliveries.
We don’t leave converters and processors to figure things out themselves. Through countless plant visits, remote troubleshooting, and lab assessments, we gather ongoing feedback to improve both process and resin quality. Our technical support teams work shoulder to shoulder with customers to fine-tune extrusion, gauge setting, and sealing operations. This feedback loop keeps us honest about LDPE 1922N0’s strengths and places for improvement.
If something is off in a product run, or if a customer faces an unusual machine setup, we stand ready to adjust. This results in fewer rejected shipments and higher confidence among plant managers, who often have little margin for error. The resin’s repeatability reduces headaches—one less factor for busy teams to worry about in a market where reliability counts.
Too many packaging projects struggle because the selected LDPE cannot match project needs at scale. Having seen all types, from off-spec resin offered in a pinch to more expensive “latest” materials advertised by third parties, we watch how new grades perform in real-world settings. LDPE 1922N0’s track record is the result of ongoing, frank dialogue with operators, engineers, and procurement specialists.
A plant’s choice in raw material determines day-to-day work satisfaction as much as long-term profitability. Our focus remains the same: provide LDPE 1922N0 in a consistent, accountable manner, so that the people running film, bag, and packaging lines can depend on process stability, secure job satisfaction, and sustained product quality.
Making smart resin decisions relies on more than list price or melting point. Quality-related downtime, off-grade product, and extra labor eat into margins. Our team helps customers run real cost-benefit comparisons using 1922N0, including operating time data, scrap rates, and end-customer claim rates. From these exercises, many discover hidden costs when switching to cheap alternatives, while seeing measurable gains in uptime and predictable quality with steady, genuine LDPE supply.
Our approach stays practical. Resin selection isn’t just chemistry on a page or a marketing pitch—it’s line operators on busy shifts, shipping deadlines, and product shelf appeal. In all of these, LDPE 1922N0 delivers the reliability, clarity, and process ease that today’s packagers want in a world of tight deadlines and rising technical expectations.
