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HS Code |
641079 |
| Product Name | SABIC LDPE 1965N0 |
| Manufacturer | SABIC |
| Polymer Type | Low Density Polyethylene (LDPE) |
| Melt Flow Rate 190c 2 16kg | 1.9 g/10min |
| Density 23c | 0.922 g/cm³ |
| Tensile Strength At Yield | 9 MPa |
| Elongation At Break | 600 % |
| Flexural Modulus | 200 MPa |
| Vicat Softening Point | 93 °C |
| Melting Point | 110 °C |
| Film Thickness Recommendation | 20-200 μm |
| Clarity | Good |
| Additives | Non-slip, non-anti-block |
As an accredited SABIC LDPE 1965N0 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The SABIC LDPE 1965N0 is packaged in 25 kg white plastic bags, featuring blue SABIC branding and detailed product information labels. |
| Shipping | SABIC LDPE 1965N0 is typically shipped in 25 kg polyethylene bags, shrink-wrapped on pallets to ensure stability during transport. Bulk deliveries are also available via silo trucks. All packaging is designed to protect the resin from moisture and contamination, complying with industry safety and handling regulations for safe transit. |
| Storage | **SABIC LDPE 1965N0** should be stored in a cool, dry, and well-ventilated area away from direct sunlight and sources of heat. Keep the material in its original, tightly sealed packaging to prevent contamination and moisture absorption. Avoid exposure to strong oxidizing agents. Ensure storage areas are equipped to protect against fire and comply with local regulatory requirements for plastic resins. |
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SABIC LDPE 1965N0, a high-quality low-density polyethylene resin produced with strict molecular weight distribution and controlled branching, serves as a staple raw material in demanding industrial environments. Its consistent melting point, excellent clarity, and reliable chemical resistance make it a preferred choice in several intensive downstream sectors. Below are key industrial application scenarios, demonstrating precise formulation practices and compliance demands based on real-world requirements. Food packaging lines frequently select LDPE 1965N0 for its robust sealability and high impact resistance, especially in the production of form-fill-seal bags and shrink wraps designed for direct food contact. Processors value its flexibility to meet migration and purity standards. Film extruders adapt blend ratios based on package requirements for transparency or puncture strength, optimizing yield and resistance for products like dairy, bakery, or pre-cooked vegetables. Maintaining compliance with evolving regulatory frameworks is prioritized from formulation to finished roll stock delivery. Industry compliance standards Typical usage ratio Downstream process integration Final product types Liquid packaging board converters incorporate this LDPE grade as a coating layer for aseptic and UHT beverage cartons, leveraging its high drawdown capability and low neck-in to ensure edge stability and pinhole-free adhesion on cellulose fiberboards. The resin acts as the primary moisture and oxygen barrier. Coating line managers set resin flow and web speeds that fulfill both machinability and protective property requirements demanded by global liquid food markets, all under continuous compliance surveillance. Industry compliance standards Typical usage ratio Downstream process integration Final product types Cable manufacturers operate high-speed extrusion lines requiring LDPE with consistent flow index and low gellation, essential for maintaining precise wall uniformity in insulation and jacketing. This grade’s electrical insulation properties and stress crack resistance allow safe protection of power and telecom wires. Technical teams typically blend it with anti-oxidant and UV stabilizer masterbatches, closely monitoring melt characteristics and moisture content at each production run. Compliance involves subjecting the sheath to rigorous aging and flame retardant screening per international standards. Industry compliance standards Typical usage ratio Downstream process integration Final product types Beverage cap and closure manufacturers depend on resin grades that yield clean molding, fast cycling, and durable finished parts, especially in tamper-evident designs for bottled water and dairy drinks. LDPE 1965N0 is specified for its precise shrinkage, flexibility under multi-cavity hot runner systems, and guaranteed food-contact safety. Molders target zero black spot occurrence, and production QC verifies impact strength and sealing fit with actual bottle finishes. Each batch undergoes testing for extractables and compositional leachates according to end-customer requirements. Industry compliance standards Typical usage ratio
Downstream process integration
Final product types
5. Medical Device Packaging Films and BagsProducers dedicated to sterile barrier packaging for medical devices require resin with reproducible melt purity and physical cleanliness. LDPE 1965N0 ensures low extractable residues, enabling conversion into clear and strong pouches and overwraps for hospital use. Compliance teams audit incoming lots for trace contaminants, with batch traceability maintained through validation protocols. Process engineers control extruder blends for stability during gamma or EtO sterilization processes, supporting device manufacturers’ regulatory submissions worldwide. Industry compliance standards
Typical usage ratio
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6. Agricultural Greenhouse and Mulch FilmsGreenhouse film and mulch sheet producers select LDPE 1965N0 for its ability to deliver the required mechanical strength and UV stability demanded in long-life agricultural applications. Film extruders focus on maximizing width and uniform thickness, especially for use in wide-span greenhouses and crop protection mulches. Manufacturing teams target consistent optical clarity for light transmission while monitoring for gel count and thickness deviation. Compliance with regional standards often includes voluntary adherence to environmental and lifecycle analysis protocols, reinforcing farm-to-table safety initiatives. Industry compliance standards
Typical usage ratio
Downstream process integration
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Competitive SABIC LDPE 1965N0 prices that fit your budget—flexible terms and customized quotes for every order.
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SABIC LDPE 1965N0 has been part of our polyethylene portfolio for generations. As direct manufacturers, we've stood on shop floors, in control rooms, and in customer packaging halls to see how this resin behaves under real-world conditions. Produced using high-pressure polymerization, this low-density polyethylene has forged a reputation among film processors, wire and cable manufacturers, and packagers who demand reliability and robust mechanical properties.
In our experience, SABIC LDPE 1965N0 distinguishes itself through its consistent melt flow and transparency. Melt flow rate lands around 0.3 g/10 min, a sweet spot for many blown film applications and extrusion-coating projects. There’s an ongoing debate among our technical team and industry partners: why does a resin with a moderate melt index like 1965N0 outperform competitors in film clarity and bubble stability? The secret sits in the resin structure—a mix of short and long-chain branching, tuned by our proprietary catalyst processes.
The granules themselves handle well in automated silos and pneumatic conveying lines. Dust generation remains low, thanks to carefully controlled granulation in our finishing operations. This small detail matters to us because dust clouds during transfer can trigger costly downtime or even safety incidents. Many years ago, we saw first-hand just how quickly poor pellet quality could disrupt an entire converter’s operation. As we refined SABIC LDPE 1965N0, we ran storage and transfer simulations in our labs, and our plant operators shared direct feedback from commercial-scale storage. These small optimizations pay off in quiet, trouble-free conveyance and fewer filter changes.
Walk through any packaging film plant working with 1965N0 and you’ll see operators loading the resin for a range of end uses: food wraps, shrink films, heavy-duty sacks, and specialty laminated structures. Each of these markets comes with its own list of demands. Food wrap manufacturers need low gel levels to avoid weak spots and pinholes. Shrink film converters seek tensile strength and puncture resistance. Heavy-duty sack makers ask for elongation and processability at high throughputs.
After working with hundreds of converters on their shop floors, we saw early on that SABIC LDPE 1965N0 delivered a strong balance of these physical properties. Tensile strength in the machine direction lands in the mid-20 MPa range. Elongation runs over 400%, allowing film to flex without breaking. Dart impact and tear performance meet packaging standards without frequent need for blending, which simplifies procurement and inventory.
We get a lot of feedback about optical clarity and gloss. Unlike some general-purpose LDPE grades, 1965N0 produces films with higher light transmission and lower haze, based on internal and third-party testing. This brings real value to customers making transparent overwraps or fresh produce packaging, where consumers judge the product before opening the pack. Film converters tell us they see fewer customer returns due to optical defects when running pure 1965N0 compared to older resins or unbranded imports.
It’s not just a packaging story. Our wire and cable partners use 1965N0 for sheathing and insulation. Here, dielectric properties and surface smoothness become key. Our production team collaborates directly with cable manufacturers, testing extrusion conditions in full-scale lines. We’ve seen improved conductor adhesion and fewer surface flows or voids, especially in low-voltage jacketing. This attention to end-use feedback informs every change to our operating recipe.
SABIC LDPE 1965N0 runs well across both blown and cast film lines. Processors report stable bubble formation—even at high outputs and narrow necks. Our engineers traced this stability to molecular weight distribution and branching architecture. A wide molecular weight distribution tends to boost drawdown rates, helping film producers trim cycle times or reduce neckdown waste. Yet, if branching distribution isn’t controlled, gels and fish eyes emerge. Over the last decade, we’ve tuned our polymerization steps to maintain narrow levels of gel content and precise branching, all measured by GPC and solution viscosity methods.
Let’s talk compounding. Compounders regularly request LDPE to enhance processability or modulate stiffness in blends, especially with LLDPE, Metallocene, or even EVA. Here, 1965N0 stands out for melt compatibility. Our own labs run blending trials across the typical 10–30% range and document viscosity, blend clarity, and melt temperature response. Few resins blend so smoothly, which saves real time for color masterbatchers and alloy compounders.
We’ve had long conversations with foam sheet producers about cell structure. SABIC LDPE 1965N0 yields fine, tight cell size when used in foam extrusion, critical for cushioning, insulation, and specialty packaging. We link this performance to its controlled melt strength. Other LDPE grades with higher melt indexes often bubble out or create coarse, open-cell foams. Our grade’s strength lies in having just enough melt elasticity to trap the blowing agent uniformly, a subtlety learned from batch after batch of production and end-use feedback.
Everyone in the value chain—from resin producer to packaging brand—faces price cycles, supply disruptions, and regulatory swings. We’ve weathered hurricanes in the Gulf, shifts in ethylene prices, and sudden changes in shipping routes. The one thing customers ask for above all: reliable, repeatable resin performance. For our part, we run every final lot of 1965N0 through a suite of melt flow, density, and clarity tests. Even through periods of feedstock cost swings or force majeures, the priority stays on quality control. We also maintain tight integration between polymerization plants and logistics centers, which means we can hold firm delivery dates even in turbulent times.
Sustainability enters every conversation today. SABIC LDPE 1965N0 doesn’t contain post-consumer recycled content, but compared to older-generation LDPEs, it runs leaner on energy during processing and allows for downgauging. Films made from 1965N0 can be produced thinner while meeting the same strength profile—a direct way to cut polymer use. Some of our customers report downgauging shrink films by 10–20% over legacy LDPE grades, with no increase in breakage.
What really separates 1965N0 from other choices isn’t just lab numbers but the depth of feedback loops. Our process engineers sit in on extrusion trials. Our material scientists visit packaging plants and troubleshoot build-up, gel, or surface defects. Over the years, we’ve built technical partnerships with film and cable plants worldwide, from North Africa to Eastern Europe and Southeast Asia. This hands-on engagement has shown us where small tweaks—a shift in pellet temperature, a tweak in reactor hold time, a subtle move in compounding antioxidants—can drive big improvements in converters’ output.
Other LDPEs in the polyolefin marketplace may match individual specs on paper. What we see is that global distributors or third-party compounders often cut a mix of regrind or off-grade batches into their supply. It leads to night-and-day differences in clarity, pinhole frequency, or process start-up stability. Direct-from-manufacturer resin, produced to a controlled specification, consistently outperforms. Customers often tell us this means fewer unscheduled line stops or scrap lots, and reduced claims on packaged goods.
Within our operation, raw material integration counts for a lot. Ethylene feedstock sources trace directly back to our own crackers, which ensures tighter quality tracking. By closing the loop from cracker to polymerization to pellet, we limit off-spec incidents and batch variability. Data from our last fifteen years show that final test deviations on SABIC LDPE 1965N0 fall below industry norms, based on independent audits. This translates directly to what processors see in coil changeover speed and output predictability.
A focus on new applications often prompts us to tweak or reposition resin grades. SABIC LDPE 1965N0 has shown success in traditional blown film circuitry, but the last few years have pulled it into more advanced uses. We’ve participated in multilayer extrusion trials for barrier packaging, collaborating with adhesive suppliers and metallocene film developers. In these settings, LDPE acts as a sealant or tie layer, and 1965N0 demonstrates hassle-free bonding with EVOH and PA. Some of our customers now run 5–7 layer arrangements and depend on 1965N0 as the inner sealant and abuse layer for frozen food bags and chemical drums.
At the same time, the electronics industry has begun testing SABIC LDPE 1965N0 in specialty cable insulation, focusing on dielectric strength and low water absorption. Lab runs and pilot lines indicate strong resistance to tracking and electrical breakdown, making it a favorite for data and telecommunications cable sheathing.
In our support groups, we run regular troubleshooting audits for customers struggling with extrusion issues—be it gels, die build-up, or neck-in problems. Technical experts pull process samples and help optimize extruder barrel temperatures, screw profiles, and haul-off settings tailored to 1965N0’s melt characteristics. These collaborative efforts turn into shared learning, pushed back into our resin design and operations groups.
A major difference between SABIC LDPE 1965N0 and regionally traded LDPEs comes down to long-term property retention in the finished film or part. Early comparative studies between 1965N0 and older commodity LDPEs showed superior resistance to yellowing, gelation, and mechanical creep in both indoor and outdoor storage. In the southern Mediterranean, for instance, packagers working with imported resins complained of film yellowing and dust adherence during summer months. Films made from 1965N0 resisted these issues far longer, which we attribute to our advanced stabilization package. Our process includes batch addition of antioxidants and UV blockers, tested not just in the lab, but exposed on outdoor racks at our site for real-world aging data.
We’ve also integrated lessons from recycled feedstock trials. Although SABIC LDPE 1965N0 remains a virgin resin, it runs well mixed with up to 15% high-quality recycled LDPE. This compatibility comes from its tolerance for small variances in melt index and density, and means converters looking to increase recycled content for regulatory compliance see fewer issues with process stability.
In our interactions, large packaging players prioritize speed and reliability. They want resin that speeds up start-up and reduces time wasted on unwinding reels or clearing die face build-up. SABIC LDPE 1965N0 consistently wins positive remarks on this front. Operators comment on the clean die response, minimal smoke, and reduced maintenance for both air rings and chill rolls. For smaller downstream firms, inventory flexibility and batch-to-batch consistency matter just as much. We’ve built our internal supply chain around these needs—production runs matched to customer forecasts and raw material buffers that shield regular buyers from sudden supply shocks.
Feedback from foam sheet converters focuses on two outcomes—cell structure and expansion control. With 1965N0, they report tighter control of expansion ratio and cell size distribution, reducing raw material waste. Cable manufacturers point to surface smoothness, which impacts final cable jacket quality and rework rates. We’ve seen customer defect rates drop by more than 20% after shifting to this resin from generic grades.
Packagers in food and hygiene markets want absolute peace of mind on compliance and safety. We keep detailed files of food contact testing, migration studies, and global regulatory certifications for SABIC LDPE 1965N0. Not every competitor does, and processors relying on third-party blends face higher risks of recalls or missed export approvals. By integrating certification review into each lot release, we eliminate the “gray area” that sometimes plagues resin sourcing.
As a manufacturing team, we grapple daily with rising energy costs, changing emissions rules, and global shifts in resin standards. SABIC LDPE 1965N0 offers a foundation for coping with these external pressures. For example, our energy teams optimized reactor energy usage, and film processors saw measurable savings through thinner films without loss of strength. Environmental rules now push for more recyclability and process traceability. 1965N0 resin films, thanks to their chemical simplicity, can be recovered in standard low-density polyethylene streams without special handling.
Yet, we acknowledge gaps. SABIC LDPE 1965N0 is not designed for applications needing ultra-high clarity found in metallocene-catalyzed resins. It lacks the higher tensile modulus targeted by some high-performance film markets. For fiber spinning or ultra-thin-gauge films, dedicated grades work better. Customers with extreme requirements—say, medical IV bag films—should see our team for specialty offerings.
Looking ahead, our product development group explores improvements in catalyst efficiency and long-term stabilization to further stretch the resin’s utility. We also track advances in post-consumer resin integration and carbon capture to keep up with the evolving polyolefin landscape.
Years of direct experience teach us that repeatable, robust resin quality comes from disciplined manufacturing, technical transparency, and continuous end-user engagement. SABIC LDPE 1965N0 embodies these values. In packaging, cable, foam, and compound applications, it shows real and measured advantages in clarity, strength, processing, and supply chain confidence over general-purpose or brokered LDPE grades.
Walking through our production halls, tracking each lot from cracker to compounder, we see daily where minor adjustments make major impacts for our customers. By staying close to processors—testing, learning, troubleshooting—we drive improvements in 1965N0’s performance and shape its development for the next generation of applications. This direct manufacturer’s insight gives us conviction that SABIC LDPE 1965N0 earns its place on converter lines around the world.
