Products

LOTRENE HDPE 5502

    • Product Name: LOTRENE HDPE 5502
    • Alias: HD5502
    • Einecs: 200-815-3
    • Mininmum Order: 1 g
    • Factroy Site: Yudu County, Ganzhou, Jiangxi, China
    • Price Inquiry: admin@ascent-chem.com
    • Manufacturer: Ascent Petrochem Holdings Co., Limited
    • CONTACT NOW
    Specifications

    HS Code

    965716

    Product Name LOTRENE HDPE 5502
    Manufacturer Qatar Petrochemical Company
    Material Type High Density Polyethylene (HDPE)
    Melt Flow Index 190c 2 16kg 0.30 g/10min
    Density 0.950 g/cm3
    Tensile Strength At Yield 24 MPa
    Elongation At Break 750%
    Flexural Modulus 950 MPa
    Notched Izod Impact 23c 100 kJ/m2
    Vicat Softening Point 125°C
    Application Film extrusion
    Additive Content Antioxidant

    As an accredited LOTRENE HDPE 5502 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing The LOTRENE HDPE 5502 is typically packaged in 25 kg white polyethylene bags, featuring blue and red LOTRENE branding and product details.
    Shipping The shipping of LOTRENE HDPE 5502, a high-density polyethylene resin, requires packaging in moisture-resistant, sealed bags or bulk containers. It should be transported in clean, dry, and covered vehicles to prevent contamination. Storage and shipping locations must be well-ventilated, away from direct sunlight and incompatible materials to maintain product quality.
    Storage **LOTRENE HDPE 5502** should be stored in a cool, dry, and well-ventilated area, away from direct sunlight, heat sources, and incompatible materials. Keep the product in its original packaging, tightly closed to prevent contamination. Avoid contact with strong oxidizers. Ensure good housekeeping to avoid dust accumulation and maintain proper labeling for identification and safety compliance.
    Application of LOTRENE HDPE 5502

    Applications of LOTRENE HDPE 5502 in Industrial Manufacturing

    As the original manufacturer, we support industrial partners across multiple sectors with LOTRENE HDPE 5502, a high-density polyethylene designed for demanding conversion processes. The following downstream markets represent established uses, each requiring targeted regulatory adherence, formulation specifics, and process optimization for reliable end-product performance.

    1. Blow Molding for Food-Grade Bottles and Containers

    Major beverage and food companies rely on this grade for manufacturing both low and high-volume food-contact containers via extrusion blow molding. Its molecular weight and processability enable efficient parison formation, consistent wall thickness, and controlled crystallinity for mechanical integrity under common filling, sealing, and transport conditions. The resin’s approval for direct food contact simplifies compliance, minimizing customer audit cycles for packaging suppliers. Typical deployment involves strict raw material QC, parameterized process windows, and compatible colorant masterbatches.

    Industry compliance standards

    • US FDA 21 CFR 177.1520 (Olefin Polymers for Food Contact)
    • EU Regulation EC 10/2011 (Plastics for Food Contact Materials)
    • China GB 9685-2016 (Standard for Additives in Food Contact Substances)
    • ISO 22000 Food Safety Management (for certified container producers)

    Typical usage ratio

    • 90–100% resin in primary container walls; up to 5% pigment or additive masterbatches as needed according to required barrier or color properties

    Downstream process integration

    • Material loaded to extruder hoppers, melted and extruded to form parisons, blow molded in multi-cavity machines, trimmed, and tested for migration and leachables prior to packing

    Final product types

    • Milk bottles
    • Edible oil jugs
    • Juice packaging bottles
    • Bulk dry food containers

    2. Pipe Extrusion for Water Supply and Irrigation Systems

    Municipal and agricultural engineering contractors utilize LOTRENE HDPE 5502 to extrude pressure and non-pressure pipe for potable water, wastewater, and low-pressure irrigation networks. Its hydrostatic strength, ESCR (Environmental Stress Crack Resistance), and weldability make it suited for long service environments. Pre-qualified resin lots undergo lot traceability and verification to local and international piping codes. Process lines employ controlled cooling and in-line dimensional monitoring to achieve tight tolerances for pressure ratings and joint compatibility.

    Industry compliance standards

    • ISO 4427 (Polyethylene Pipes for Water Supply)
    • EN 12201 (Plastic Piping Systems for Water Supply, Drainage and Sewerage)
    • AS/NZS 4130 (Australian and New Zealand PE Pipe Standards)
    • NSF/ANSI 61 (Drinking Water System Components)

    Typical usage ratio

    • 98–100% pure resin for pipe body; small addition (up to 2%) of carbon black masterbatch for UV resistance when specified

    Downstream process integration

    • Continuous extrusion into pipe dies, calibration and sizing baths for dimensional control, on-line hydrotesting, and hot-plate butt welding during installation

    Final product types

    • Drinking water pipes
    • Agricultural irrigation laterals
    • Subsurface drainage tubes
    • Underground conduit for cabling protection

    3. Film Extrusion for Heavy-Duty Industrial Packaging

    Converter plants select this resin for monolayer or multilayer film extrusion where puncture resistance, weld seam strength, and dimensional stability are mandatory. The material’s melt-flow characteristics allow it to be processed on both blown and cast film lines at high yield rates. Operators adjust parameter sets for film gauge using automated feedback based on end-user SOR (Specification of Requirements). Resin batches for this application must support consistent slip performance and opaqueness/clarity based on the customer specification.

    Industry compliance standards

    • ASTM D4976 (Standard Specification for Polyethylene Films and Sheeting)
    • REACH SVHC (EU Regulation for Chemical Safety, applicable to material declaration)
    • RoHS directive (EU Restriction of Hazardous Substances, relevant for some secondary packaging usage)
    • ISO 9001 (Quality management in film converting plants)

    Typical usage ratio

    • 70–100% of the film resin blend; coextrusion with LLDPE or additives (up to 30%) depending on tear strength and sealing performance needed

    Downstream process integration

    • Direct-to-hopper dosing, melt blending in single- or multi-layer film extruders, inflation or flat die for blown/cast film, surface treatment, slitting, and automated reel packing

    Final product types

    • Fertilizer sacks
    • Pallet stretch hoods
    • Construction site sheeting
    • Heavy-duty shipping liners

    4. Injection Molding for Industrial Caps and Closures

    Component suppliers for beverage, chemical, and agrochemical sectors rely on this resin’s high flow index and mechanical stability for producing tight-tolerance closures by injection molding. Repeatable dimensional control is essential to ensure leak resistance and, for food applications, migration compliance. Molds typically run multi-cavity layouts with fast cooling cycles, demanding resin lots with uniformity and minimal contaminant risk. The polymer’s resistance to environmental stress cracking and compatibility with automated lining enable high-throughput, in-line assembly.

    Industry compliance standards

    • US FDA 21 CFR 177.1520 (for food-contact closures)
    • EU Regulation EC 1935/2004 (Food Contact Materials in Europe)
    • ISO 1873-2 (Polyethylene Injection Molding Materials Identification System and Testing)
    • GMP (Good Manufacturing Practice) for food and pharma packaging parts

    Typical usage ratio

    • 85–100% in closure body; color and additive masterbatch additions (1–15%) adjusted for end-use sealing, pigment, or antistatic requirements

    Downstream process integration

    • Granule feeding to high-precision injection molds, in-mold cooling and ejection, post-molding QC (visual and leak testing), automatic sorting, and lining or foil sealing where required

    Final product types

    • Screw caps for soft drinks
    • Pesticide container closures
    • Safe-seal lids for bulk chemical drums
    • Detergent bottle caps

    5. Compounding for Cable Insulation Sheathing

    Major wire and cable manufacturers use this polymer as the core matrix in insulation compounds for low-voltage and communication cables. Its dielectric properties and controlled gel count support flame retardancy and long-term electrical stability. Cable compounders blend the resin with antioxidants and, for outdoor applications or oil resistance, specified retardants. Full compliance with electrical and material performance standards is required, and finished cables undergo line-speed monitoring and voltage withstand testing.

    Industry compliance standards

    • IEC 60502-1 (Power Cables with Rated Voltages 1 kV and 3 kV)
    • UL 83 (Thermoplastic-Insulated Wires and Cables)
    • RoHS and CE Directives (for hazardous substances and marketability in EU)
    • ISO/IEC 11801 (Communications Cabling)

    Typical usage ratio

    • 60–85% in the compound masterbatch; 15–40% for flame retardants, stabilizers, and property modifiers depending on cable grade and testing protocols

    Downstream process integration

    • Dry blending or melt compounding with additives, pelletization, and dosing into extrusion lines, then hot extrusion over copper/aluminum conductors followed by water bath cooling and laser marking

    Final product types

    • Low-voltage power cables
    • Telecom jacketed cables
    • Flexible conduit insulation
    • Building wire sheathing

    6. Rotational Molding for Industrial Storage Tanks

    Fabricators for chemical and water storage select this resin for rotational molding due to its high density, environmental stress crack resistance, and easy powder conversion. The resin’s particle size distribution suits uniform sintering and wall build-up, minimizing voids and inhomogeneity in tanks subject to pressure cycling or UV exposure. Resin supply batches come with certificate of analysis covering density, melt flow, and organoleptic test results for contact with potable water where required.

    Industry compliance standards

    • ASTM D1998 (Standard Specification for Polyethylene Upright Storage Tanks)
    • ISO 16603/16604 (for chemical resistance and containment, where hazardous liquids are stored)
    • Drinking Water Inspectorate (DWI) WRAS approval (for tanks intended for potable water, UK market)
    • NSF/ANSI 61 (for drinking water system components)

    Typical usage ratio

    • 95–100%, occasionally modified with UV stabilizers (up to 5%) depending on above-ground deployment

    Downstream process integration

    • Powder preparation via grinding, batch dosing into roto-mold forms, heated sintering cycles with biaxial rotation, demolding, and pressure/leak testing of finished tanks

    Final product types

    • Chemical storage tanks
    • Underground septic chambers
    • Rainwater harvest reservoirs
    • Process water buffer tanks

    Free Quote

    Competitive LOTRENE HDPE 5502 prices that fit your budget—flexible terms and customized quotes for every order.

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    Email: admin@ascent-chem.com

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    Certification & Compliance
    More Introduction

    Introducing LOTRENE HDPE 5502: Factory Insights and Value

    Real Manufacturing for Practical Needs

    Inside any polymer plant, it quickly becomes clear that success depends not on glossy promises but on reliable, hands-on performance day after day. Our focus always rests on what works in real-world conditions—and nobody on the shop floor has tolerance for costly line shutdowns or substandard yields. With that in mind, we produce LOTRENE HDPE 5502 for processors looking for high-density polyethylene that actually meets the shifting needs of film producers, blow molders, and converters who value both clean consistency and output efficiency.

    LOTRENE HDPE 5502 represents a steady standard in our high-density product family. Many customers look to this grade because it brings a balance of processability, tensile strength, puncture resistance, and environmental stress crack resistance. We watch over every batch, knowing—even in a high-volume line—that a small deviation ripples downstream, affecting not only the processors but their downstream customers. As manufacturers ourselves, we recognize the unpredictability that comes with global feedstock markets and logistical hurdles, so each lot of 5502 comes from tightly monitored production—stable enough for both high-speed and more modest machinery, and consistent in melt flow and particle size.

    Building Reliability, Not Just Labels

    Polyethylene grades crowd the market, each promising “performance” or “adaptability.” We don’t see value in vague claims. Instead, we judge our material in actual warehouse and extrusion environments: LOTRENE HDPE 5502, for example, belongs to the medium-molecular-weight category of blow molding and film grades. Across thousands of metric tons each month, this translates to stable outcomes in film thickness and mechanical properties—no need for repeated line tuning once you dial in your process parameters. The resin’s melt flow rate strikes a workable compromise, making it suitable for thin films, industrial liners, and even general-purpose extrusion where cost and output speed carry just as much weight as mechanical strength.

    Some processors work primarily with low-density or linear-low-density polyethylene, focusing on softness or toughness for bags and wraps. Others rely on high-molecular-weight HDPE, which resists stress cracking but brings challenges during molding. LOTRENE HDPE 5502 splits the difference. The product provides enough rigidity and chemical resistance for durable film applications but comes without the unwieldy extrusion behavior often associated with higher molecular weights. This gives processors better flexibility on die clearance, cooling time, and film drawdown, which keeps labor and energy use predictable.

    The Lab Reality: Specifications In Action

    At the plant, we measure resin lots using modern melt indexers, particle imaging, density meters, and mechanical testers. The typical density of 5502 runs about 0.950 g/cm³ (on par with quality general-purpose HDPEs), combined with a melt flow index that favors both mono-layer and multi-layer production. Direct conversations with film producers, masterbatch makers, and blown container clients drive our continual process tuning. If a batch slips outside its window on ESCR or gel levels, we catch that before it leaves our facility, because nobody likes a surprise at extrusion or molding.

    Strength and toughness trade off with process speed and clarity, especially with polyethylene. LOTRENE 5502 stands as a practical answer: the films made from it show enhanced tear and puncture resistance, helping bag or liner producers meet standards without overengineering their process or paying for unnecessary property margins. Since some manufacturers want crystal clarity and softness, and others want the sharp, crisp “snap” of HDPE, we recommend 5502 specifically for those seeking that classic HDPE feel—bags that rustle in the hand, liners that hold shape, tubing that doesn’t stretch out under load.

    Environmental Responsibility in Manufacturing

    Polyethylene faces criticism for resource use and waste, a reality impossible to ignore inside a chemical plant. We optimize LOTRENE HDPE 5502 production for minimal off-spec material, investing in modern filtration, degassing, and pelletizing so that more of what leaves our reactors becomes commercial product. The grade’s clean melt helps processors incorporate post-consumer or post-industrial recyclate without fear of gel formation or property drop-off. We support closed-loop production by providing a stable primary resin, which recyclers and compounders can blend back with offcuts and returns, reducing landfill pressures.

    Multiple regulatory authorities—local and international—keep close watch on additives, migration levels, and heavy metals. We keep LOTRENE HDPE 5502 free from problematic substances, tracking every raw material batch and updating compliance methods as standards shift. Food contact approval, potable water testing, and REACH or FDA certifications reflect both the raw material sourcing and our operational discipline. In-house audits and traceability allow us to resolve customer concerns quickly, particularly in markets facing stricter scrutiny on virgin resin. The grade regularly moves into food packaging, medical disposables, and children’s toys, because we never compromise on raw material traceability or consistent test data.

    Production Lessons Learned on the Floor

    Manufacturing LOTRENE HDPE 5502 has underscored the importance of communicating directly with customers at every step. Early production runs taught us that even a 1% difference in melt flow can change the way a film line runs—or create costly production stops for bag makers relying on automated packaging. Process engineers prefer a predictable feed, and warehouse teams report less dust-up or clog formation after we improved our pellet sieving and cooling logistics. We train technicians to spot issues early, since every batch carries real-world risks if ignored.

    Our lab teams find value in collaborating with customers during application trials: some blow film lines need tighter control to minimize gels while running at low thickness, and some molders require steadier flow at higher temperature. By observing these processes side-by-side with clients, we adjust catalyst selection, reactor parameters, and pelletizing speed to fit market demands—not abstract requirements, but the ones that define real-world production economics. Every adjustment shapes the next campaign, so plant teams learn to adapt continuously alongside advances in converting and recycling technologies.

    Performance in Blown Film and Beyond

    Installations worldwide put LOTRENE HDPE 5502 to the test during everyday production. In blown film, processers look for low melt viscosity, good bubble stability, and consistent gauge control. This grade brings all of these to the table without costing more to run or maintain. Customers using less predictable off-brand or third-party materials have noted improved throughput and fewer start-stop cycles after switching—downstream effects show up fast when you count every roll produced per shift.

    Outside of just classic film, converters move to LOTRENE 5502 for tube extrusion, pipe, and simple injection-molded items like closures and housings. The property profile holds up—products retain their mechanical integrity even under flexing or stress, which means less downtime for warranty investigation or claims. As a manufacturer, we share that relief: it is easier to stand behind a material when its properties result from both our own process control and regular field feedback.

    Making the Choice: Why LOTRENE HDPE 5502 Stays Popular

    Buyers compare resin grades on more than technical tables. While melt index, tensile numbers, and ESCR rates count, the story unfolds in longer production runs, line performance, and finished-part testing. LOTRENE HDPE 5502 sets itself apart by reducing surprise variability: its formulation and plant discipline mean production data from last year relates directly to what ships this quarter. Fewer requalification headaches, fewer rejected rolls, and less scrap benefit every stakeholder, from production managers to the operators on the floor.

    Cost pressure remains relentless in the plastics industry, whether from shifting crude prices, technological change, or mounting environmental fees. We focus on efficient raw material management, recovery of off-cuts and purges, and continual debottlenecking in both masterbatching and final production. Trends shift frequently: new bio-plastic blends enter the market, recycled content quotas rise, and governments update their lists of approved additives every quarter. LOTRENE HDPE 5502 belongs to a product family robust enough to respond, with process tweaks that support faster lines and more demanding end-use testing, without leaving processors in the lurch as standards tighten.

    Real Challenges and Industry Solutions

    Every serious manufacturer faces similar roadblocks. Off-brand or out-of-region resins often come with vague or missing traceability, risking food safety or medical compliance. Downtime in film or molding costs manufacturers in lost throughput and missed delivery targets. Tight control over resin quality and physical properties helps guard against those lost days. Our plant team knows a single delivery of out-of-spec resin quickly creates quality, trust, and financial headaches. By keeping every LOTRENE HDPE 5502 batch in known process windows, we ensure easier qualification and fewer downstream rejections.

    Processors expect more from their resin choices now—both in physical properties and in environmental responsibility. LOTRENE HDPE 5502 supports emerging blends with biodegradable or recycled additives, enabling film and rigid packaging lines to meet modern sustainability targets without dramatic process change or extensive downtime for requalification. As new regulatory requirements appear, we run test campaigns and publish verified data so that both our technical and commercial teams have hard numbers to share with customers under pressure from retailers and end-users.

    Understanding Differences: Why Not Just Any HDPE?

    Choosing LOTRENE HDPE 5502 rather than a generic HDPE resin brings several clear benefits. We have prioritized a balance between high mechanical strength and good processability; that means easier transition across different equipment, whether the customer runs new or older-generation extrusion lines. Some grades skew toward maximum rigidity, but prove difficult to run without frequent die cleaning or temperature cycling. Others offer easier flow, but at the expense of bag or liner tear strength—which leads to higher failure rates during customer use. 5502 stands in the middle, offering enough process flexibility and robust final properties, all supported by consistent factory data.

    This reliability proves especially helpful for converters in export markets or those under stricter audit regimes. The clarity and feel of 5502 films meet both subjective and technical benchmarks, which matters for products where end consumers expect a smooth finish, no lingering off-odors, and strong seams. Having tested our resin against major international brands, we routinely find our grades stack up in puncture resistance, impact strength, and ease of blending—without demanding expensive changes to plant infrastructure.

    Continuous Improvement in Manufacturing

    We operate under the belief that “good enough” never stays good enough for long. Feedback from customers running 5502 in high-throughput operations points to reduced downtime thanks to improved resin pellet uniformity and tighter dust control at shipping. Our plant teams use regular audits, from pellet shape to additive blending, to guard against the issues that once plagued older grades—blockages in feeders, static buildup in silos, or uneven extrusion at line startup.

    Research and development never stop. Our chemical engineers, plant operators, and application specialists review not only customer complaints but also their suggestions: one customer's experience running 5502 with higher regrind prompts us to study process tweaks, turning lab trials into production scale faster. Working closely with machinery suppliers, we confirm compatibility with new die geometries and line designs, keeping up as the tooling side of the industry advances.

    Supporting Processors at Every Stage

    As a manufacturer rather than a distributor, we see both challenges and successes close up. Customers often contact us directly to troubleshoot issues like gel spots, blend inconsistencies, or inconsistent film gauge; our application engineers have direct plant experience and understand the chain of cause and effect from batch formulation to bag formation or liner sealing. We maintain technical support labs for joint development projects, helping customers make the most of resin characteristics with local trials and process simulation.

    No two processors run lines alike. Some prioritize maximum output for commodity bags, while others focus on optical properties or low off-taste for food wraps. LOTRENE HDPE 5502 handles both, its steady melt flow reducing the risk of surging or smoke at start-up, and its pellet form working well even in demanding feeding setups or in masterbatch dilution for colored films. Our bags and liners, sampled from hundreds of international customers, demonstrate real-world performance across climates and humidity levels, which means less need for regional reformulation.

    Practical Takeaways and Industry Direction

    We hear regularly from buyers watching costs, producers fighting off-quality imports, and technical managers under pressure to qualify products in record time. Their feedback shapes the ongoing manufacturing discipline behind LOTRENE HDPE 5502. This resin sits at the intersection of stable supply, regulatory readiness, and honest processability—supported by factory teams who know every lot number and formulation parameter. As the market for plastics faces greater scrutiny, our approach remains straightforward: keep every step verifiable, keep every property reproducible, and meet challenges head-on with direct technical support.

    Our experience proves that successful partnerships between manufacturer and processor rely on trust, transparency, and nonstop attention to line realities. LOTRENE HDPE 5502 exemplifies that approach—not as a fleeting specialty grade, but as a backbone product for everyday production, ready to keep pace as equipment, regulations, and customer standards rise. We’ll continue to invest in reliability, sustainability, and real process communication, knowing that every processor, from single-line operators to global converters, depends on honest, factory-tested performance.

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