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HS Code |
738384 |
| Product Name | SABIC LDPE HP2023JN |
| Polymer Type | Low Density Polyethylene (LDPE) |
| Melt Flow Rate 190c 2 16kg | 2.3 g/10 min |
| Density 23c | 0.922 g/cm3 |
| Tensile Strength At Yield | 11 MPa |
| Tensile Strength At Break | 12 MPa |
| Elongation At Break | 400% |
| Flexural Modulus | 225 MPa |
| Vicat Softening Point A50 | 91°C |
| Melting Point | 110°C |
| Haze | 10% |
| Application | Film extrusion |
As an accredited SABIC LDPE HP2023JN factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging for SABIC LDPE HP2023JN typically consists of 25 kg white polyethylene bags, boldly labeled with product name and SABIC logo. |
| Shipping | SABIC LDPE HP2023JN is securely packaged in moisture-resistant bags or bulk containers, typically shipped on pallets. The product should be transported under dry, covered conditions to prevent contamination and degradation. Ensure proper labeling, handling, and storage in accordance with safety regulations and Material Safety Data Sheet (MSDS) guidelines during shipping. |
| Storage | SABIC LDPE HP2023JN should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or ignition. Keep the product in its original, tightly closed packaging to prevent contamination and moisture absorption. Avoid stacking pallets excessively to prevent deformation. Ensure proper labeling and follow all relevant safety and regulatory guidelines during storage. |
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As a manufacturer specializing in advanced polymer materials, we supply SABIC LDPE HP2023JN to leading industrial sectors where its specific properties—such as low gel content, high purity, and controlled melt flow—enable precise and clean downstream production. The following sections detail established downstream use cases, applicable compliance frameworks, technical dosing guidance, process considerations, and typical finished goods manufactured in each domain.
Major packaging producers value our LDPE resin for extrusion coating applications, especially when consistent adhesion, transparency, and food-contact compliance are crucial. End users integrate it onto substrates such as paper, board, or aluminum to improve barrier and sealability properties for products requiring regulated migration limits. Rapid line speeds and stringent hygiene often define this environment, making resin quality and reproducibility critical.
Industry compliance standards Typical usage ratio Downstream process integration
Final product types
2. Heavy-Duty Shrink and Stretch Hood Films for PalletizingIndustrial film processors rely on this grade to manufacture tough shrink and stretch hoods, essential for pallet stability during logistics. Key technical benefits include balanced shrink behavior, puncture resistance, and weld integrity, enabling secure unitization across the food, beverage, and cement sectors. End-product performance directly relates to the polymer's molecular structure and gel minimization. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Cable Sheathing and Insulation CompoundsWire and cable manufacturers utilize this LDPE resin primarily for sheathing low-voltage energy and communication cables, where electrical insulation, flexibility, and processing stability define reliable performance. Manufacturers require consistent dielectric properties and freedom from gels to reduce extrusion downtime and post-processing defects. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. Rotomolded Industrial Containers and TanksManufacturers for industrial rotomolding processes require LDPE grades with high thermal stability to form seamless, stress-resistant products like chemical tanks and material handling bins. The controlled melt index and low contamination profile of this resin ensures dimensional consistency, resistance to cracking, and minimal porosity under repeated thermal cycling. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
5. Lamination Films for Industrial Laminates and Release LinersProducers of technical laminates use this LDPE as the functional layer or adhesive interface, providing controlled sealing and surface release behavior. Its narrow molecular weight distribution allows steady extrudability in high-speed lamination lines, supporting downstream applications in industrial tapes, self-adhesive label stock, and release liners for composites molding. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
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Competitive SABIC LDPE HP2023JN prices that fit your budget—flexible terms and customized quotes for every order.
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Working at the plant where countless batches of LDPE run through our polymerization reactors, I have seen how customer challenges shape the evolution of grades like HP2023JN. Here, in our own facility, our engineers and skilled operators tweak process parameters, always chasing reliable melt flow, solid mechanical strength, and pure resin clarity to serve the world's most demanding packaging lines. LDPE HP2023JN is not just a trade code to us—it is the product of years' worth of production runs, line adjustments, and customer feedback.
This grade comes out of our high-pressure autoclave reactors. By adjusting initiators, temperature, and ethylene input, we dial in a density of roughly 0.922 g/cm³. If you spend enough time overseeing extrusion lines as I have, you start to appreciate why this specific density and its corresponding molecular architecture matter. LDPE by its nature gives a balanced flexibility and process efficiency that metallic catalysts in other polymer families sometimes miss.
Within SABIC’s LDPE portfolio, HP2023JN stands out because of a carefully controlled melt flow index in the region of 2.0 g/10 min. This value governs not only flow but also ease of bubble stability in film-blowing lines. With decades of hands-on problem-solving, I have watched converting companies struggle with grades just a notch too stiff or too fluid. HP2023JN sails through blown film machines, quickly achieving target gauge, while minimizing die build-up and zippering that increase downtime.
A big section of our customers rely on thin-gauge film. They want a resin that can maintain clarity and flexibility, and stretch just far enough during forming to prevent pinholes. HP2023JN brings all of this in a single pellet form—optimized over many orders and extruder trials we’ve had on our own lines and with global brand partners.
Processors often tell me that HP2023JN performs in jobs that push material to its limits: shrink films for beverage multipacks, light-duty liners, bread bags, and premium wrapping film. Many processors mention frequent starts and stops on their lines. Our close monitoring of gel content, moisture, and pellet uniformity means fewer snags during roll changes. The consistency in width and strength helps converters cut waste and improve uptime.
Our customers in flexible packaging rarely have the luxury to change their film layer specifications overnight. Equipment investments run into the millions, so they want a resin that can play well with LDPE, LLDPE, and functional resins in co-extruded structures. At the plant, our own coextrusion tests use HP2023JN for sealant and core layers, since its balanced slip characteristics and moderate gels reduce interlayer sticking and trouble during unwinding or bag sealing.
Within our own operation, we track how each grade responds to the main questions customers ask us: Can the resin be processed fast enough for lower cycle times? Will film run flat and smooth, no matter the extruder screw design? Will it keep clarity for point-of-sale packaging?
HP2023JN matches many of the “workhorse” grades made by global competitors. There are other SABIC resins delivering faster melt index or stiffer tensile strength. I’ve seen specialized LDPEs targeted at very thick geomembrane liner films, but in those cases, the resin is often overengineered for the thinner, higher-speed blown film jobs.
Compared with conventional LDPE grades designed for injection molding, HP2023JN sports the right shear response for film blowing. Processors find it less prone to flow marks and distortion—a benefit you see throughout reel-to-reel production on modern film lines. Each resin’s molecular weight and branching fingerprint does not just sit on a spec sheet; it shows in clearer end products and less scrap headed for regrind.
On our own pilot film lines, we have measured bubble stability and drawdown with HP2023JN at a range of output rates. The gauge uniformity in single-layer films holds up well, and the clarity remains high with minimal gels. Whether running low-blow-up ratios for tube film or challenging high ratios for shrink films, our operators have consistently seen HP2023JN supporting reliable output.
Customers benefit from high machinability and smooth unwinding, two features we attribute directly to strict control on ash, contaminants, and optical properties during pelletization. The pellet itself feeds well in gravimetric dosing units, minimizing bridges and feeding troubles that sometimes appear with less regular granule size distributions.
Converters pushing for downgauging usually report HP2023JN lets them shave microns off film thickness targets. That saves material and energy costs at scale. On resealable pouches, thickness uniformity and seal performance make a big difference to brand owners who get one shot at shelf appeal. Our plant’s familiarity with these end-uses has driven the control parameters now standard for every lot.
Our knowledge of regulatory compliance for food contact and consumer packaging is not theoretical—every batch passes checks to keep within migration limits and ECHA-restricted substances. Processors exporting into Europe, North America, or Asia have requested compliant documentation that confirms HP2023JN’s suitability for food wrap and hygiene applications.
Sustainability concerns are more than a bulletin at the front office. The HP2023JN production line recovers off-gas for reuse and adheres to low emissions standards. Our team has explored bio-based and post-consumer PCR-compatible blends with HP2023JN to help customers meet recycled content targets. Success here comes down to decades of extrusion knowledge, not only lab data.
On the production floor, real-world problems test a resin’s worth. Issues like die lines, gels, or haze can tank a batch. For HP2023JN, we’ve engineered filtration protocols and polymerization tweaks that catch fine gels long before the resin cools. That translates to months running with only routine filter changes.
Converters tell us that consistency in melt index means fewer tear-outs or misfeeds. If a resin’s properties swing batch-to-batch, start-up scrap piles up, eroding profit. Our line operators work alongside QA teams to check melt flow, density, and optical values for every silo that leaves the plant. If a batch sits outside our control limits, it never leaves our site.
Years of coordination with film manufacturers have left a mark on how we tune our process. Our operators have traced line stoppages back to off-spec pellet lots on rare occasions, but regular process improvements closed those gaps. Continuous upgrades—extruder screw design, tighter coolant controls, improved die maintenance—link directly to the ease with which customers run HP2023JN.
Some of our experts have cut film samples and run FTIR for customers at our own technical center. Customers benefit because we see their problems through the eyes of extrusion technicians, not just chemists or sales teams. Dry blend compatibility, optical finish, and process economy—that is the language spoken on our shop floor.
The story of HP2023JN plays out in thousands of grocery aisles and industrial warehouses. Transparent bread bags, shrink film that stretches and rebounds, fruit packaging able to take real-world knocks—each use case has shaped the tweaking of our process window. With every feedback round, from haul-off speed adjustments to vacuum vent upgrades, we refined HP2023JN to be a straightforward answer for daily converting headaches.
Brand owners have pressed us not only for performance but also for a resin that runs with fewer additives cutting into processing margins. Our response has included formulation tests to minimize the need for antiblock or slip agents—always testing under high-humidity, high-speed runs to keep the product flexible and reliable. These hands-on improvements follow years of partnership with packaging producers and printers.
Each time our teams tour a converter’s plant or patch in a remote diagnostic system, knowledge flows both ways. We gain insight about line speeds, humidity, and downstream requirements that textbooks never mention. As processors tune their setups for thinner-gauge, multilayer films or variable-temperature sealing, HP2023JN’s predictable processing helps clear bottlenecks.
Dialogues with film printers have underscored another advantage: the surface consistency of HP2023JN film supports high-quality flexographic and gravure printing, making for more vivid packaging. That means brands get better shelf presentation. Meanwhile, plant teams see fewer ink anchoring problems or ragged tear lines during conversion.
The close-knit working relationships between our technical staff and downstream users have become a source of continuing improvement. Their requests have shaped everything from pellet shape optimization to resin degassing targets at the reactor. If a pellet batch fails on surface performance, tweaks can and do happen fast, as lab analysis and small-batch tests are part of our regular operation.
Supply chain disruptions, resin shortages, and energy price hikes test both our resilience and that of our customers. Experiences from those tougher periods—like sudden shifts in required throughput or material substitutions—have proved HP2023JN can shift gears quickly. The resin stays robust whether lines run full-throttle or slow down for product changeovers.
During regional shortages, LDPE converters often blend recycled materials in film layers. Our engineers analyze blend compatibility and film mechanicals with various recycling streams. They check for property drops and provide practical advice drawn from on-the-ground extrusion trials. That connection between our plant and processors keeps end products consistent in real-world use, even if feedstocks fluctuate.
The future of packaging asks for lighter, stronger, and more sustainable films. We have invested in fine-tuning HP2023JN at the catalyst and reactor level, not just through cosmetic tweaks. Our pilot lines have tested bio-compounds and new additives, always checking how films stretch, snap, and seal. Data from these runs have triggered iterative improvements, so the grade remains ready for both conventional and emerging flexible film needs.
HP2023JN’s rollout wasn’t dictated by a standard formula. Instead, dozens of test batches, market trials, and processing audits shaped its profile. Every shift in pellet sheen or sealing property came out of methodical reactor and process redesign on our own shop floor, with our in-house team reviewing every change. This direct loop between field feedback and manufacturing muscle means each lot carries lessons learned by real people on real machines.
From a manufacturer’s vantage point, we carry the risk and reward attached to every pellet. Reliability is non-negotiable, because every unscheduled stop at a film converter’s plant costs money and strains trust. With HP2023JN, we do not only emphasize technical grade names and melt values. Our teams are all in for troubleshooting, visiting customer sites to offer on-site extrusion support, swap insight on screw design, and compare daily scrap rates.
We track long-term equipment wear data and film burst strength in partnership with high-volume converters. These data points circle back to reactor parameters and quality controls at our facility, creating an ongoing cycle of product and process improvement. Operator input is valued at every step, and technical support does not close at shift’s end.
Processors—large and small—often visit to audit our site or request quality records. We freely show our testing procedures, including melt flow checks, ash residue evaluations, and mechanical sampling. All this is to bring peace of mind and back up every technical claim with transparent evidence. For those exporting films into sensitive sectors like food packaging or medical, our documentation and batch traceability have helped ease customs and regulatory audits time after time.
As someone steeped in the daily running of a resin plant, I see HP2023JN as one result of decades shaped by real technical needs and the people meeting those needs. We answer every question not with distant theory, but practical evidence from line to bag and back again. Its mix of clarity, flexibility, strength, and reliable processing reflects more than a formulation: it reflects the lives of manufacturers committed to every bag, sheet, or pouch that leaves our facility.
