Products

SABIC HDPE M80064S

    • Product Name: SABIC HDPE M80064S
    • Alias: HDPE M80064S
    • 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

    492038

    Product Name SABIC HDPE M80064S
    Manufacturer SABIC
    Polymer Type High Density Polyethylene (HDPE)
    Melt Flow Rate 8 g/10 min (190°C/2.16 kg)
    Density 0.964 g/cm³
    Tensile Modulus 1200 MPa
    Tensile Strength At Yield 22 MPa
    Elongation At Break >600%
    Flexural Modulus 1200 MPa
    Hardness Shore D 65
    Vicat Softening Temperature 125°C
    Processing Method Injection Molding

    As an accredited SABIC HDPE M80064S factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing The SABIC HDPE M80064S is packaged in 25 kg white polyethylene bags, featuring the blue SABIC logo and product information.
    Shipping SABIC HDPE M80064S is typically shipped in 25 kg polyethylene bags or bulk containers to ensure product integrity and prevent contamination. The material is palletized and shrink-wrapped for stability during transit. Shipments are handled according to standard chemical transport regulations, with proper labeling and documentation for safe and secure delivery.
    Storage SABIC HDPE M80064S should be stored indoors in a cool, dry, and well-ventilated area, away from direct sunlight and heat sources to prevent degradation. The material should be kept in its original packaging, tightly sealed to avoid contamination. Storage conditions should prevent contact with strong oxidizing agents, and the area should be free from ignition sources.
    Application of SABIC HDPE M80064S

    Applications of SABIC HDPE M80064S in Industrial Manufacturing

    SABIC HDPE M80064S is a high-density polyethylene resin with reliable balance of processability, mechanical strength, and compliance features. This grade supports manufacturers with critical requirements in pressure pipe systems, beverage closures, rigid packaging, blown film, and industrial containers. Below are the main industrial downstream uses, with specific compliance, ratios, processes, and final products for each scenario.

    1. Pressure Pipe Extrusion for Potable Water Infrastructure

    Pipe manufacturers use this grade for producing pipes transporting safe drinking water, where mechanical durability, resistance to slow crack growth, and environmental stress crack resistance are essential. Processors optimize extrusion parameters to achieve low sag in large diameter pipes and high hydrostatic strength, addressing regulatory and project-specific demands for municipal infrastructure.

    Industry compliance standards

    • ISO 4427 (Polyethylene pipes for water supply)
    • EN 12201 (Plastic piping systems for water supply)
    • NSF/ANSI 61 (Drinking water system components)
    • WRAS (UK Water Regulations Advisory Scheme approval)

    Typical usage ratio

    • 100% HDPE M80064S for mono-material pipe walls
    • 80–90% for multilayer co-extruded systems, adjusting based on required barrier or signal layers
    • Minor modification with pigment masterbatch (0.5–3%) for coloration, without affecting mechanical compliance

    Downstream process integration

    • Direct feeding in twin-screw or single-screw pipe extruders
    • In-line compounding with UV stabilizers for above-ground use
    • Calibrating and cooling in vacuum tanks to maintain dimensional tolerances

    Final product types

    • Potable water pressure pipes (20–1600 mm OD)
    • Fittings for water supply
    • Household water distribution conduits
    • Municipal infrastructure pipeline systems

    2. Injection-Molded Beverage Closures and Caps

    Major bottling and closure manufacturers specify this grade for lightweight, high-output closure injection, focusing on tight dimensional control, organoleptic neutrality, and tamper performance. The resin delivers the combination of high environmental stress crack resistance and consistent flow properties necessary for thin-walled, high-speed hot runner applications.

    Industry compliance standards

    • FDA CFR 21 §177.1520 (USA plastic food contact)
    • EU 10/2011 (European plastics intended to contact food)
    • EFSA food contact safety guidance
    • Migration limits testing according to EN 1186

    Typical usage ratio

    • 97–99% HDPE M80064S as the main matrix
    • 1–3% food-contact approved color/antioxidant masterbatch based on closure design
    • Occasional <1% slip/antistat addition for specific sorting/handling requirements

    Downstream process integration

    • Automated gravimetric dosing into high-cavitation injection molding machines
    • Direct use in hot runner molds ensuring low cycle time
    • Post-mold annealing for stress relief on high-performance closures

    Final product types

    • Still and carbonated beverage closures (28/38 mm)
    • Juice and milk bottle caps
    • Tamper-evident screw-on caps
    • Specialty water dispenser lids

    3. Rigid Blow-Molded Industrial Drums and Jerrycans

    Large-scale packaging companies use this HDPE grade for chemical and hazardous goods containers, focusing on impact resistance, stackability, and regulatory compliance for transport. The resin's molecular weight and clean melt profile deliver uniform wall thickness and high drop resistance needed for meeting international transport standards.

    Industry compliance standards

    • UN Recommendations on the Transport of Dangerous Goods
    • ADR (European Agreement for the Carriage of Dangerous Goods)
    • FM Global Approval for chemical storage
    • ISO 16103 (Packaging—Transport packaging for dangerous goods)

    Typical usage ratio

    • 95–100% HDPE M80064S for primary drum and jerrycan structure
    • Up to 5% regrind material, subject to QA protocols
    • Color concentrates up to 1.5% for standard or custom color codes

    Downstream process integration

    • Continuous extrusion blow-molding of drums up to 220L
    • In-mold labeling where required
    • Post-production leak and mechanical resistance testing

    Final product types

    • Stackable chemical drums (30–220L)
    • UN-certified tighthead drums
    • Industrial jerrycans (10–60L)
    • Isolated hazardous material transport containers

    4. Blown Film for Industrial Packaging and Liners

    Film converters use this grade for heavy-duty packaging films and liners, where puncture resistance, seal integrity, and processability on high-output lines are required. Monolayer or co-extrusion with other polyethylene-based polymers provides custom functional layers with tailored thickness for demanding applications such as bulk goods lining and form-fill-seal bags.

    Industry compliance standards

    • EN 15593 (Packaging hygiene management)
    • ISO 1872-1 (Plastic resins—Identification and designation of polyethylene)
    • Relevant national codes for industrial food contact packaging where applicable
    • Customer-specific audit protocols for cleanroom and direct/indirect food contact use

    Typical usage ratio

    • 60–100% HDPE M80064S as the base layer in monolayer or co-extruded films
    • Adjusted ratios with LDPE or LLDPE (10–40%) for toughness or sealability improvements depending on required peel or tensile properties
    • Antiblock, slip, or anti-static additives up to 2% per process demand

    Downstream process integration

    • Direct gravimetric feed into blown film extruders
    • Multi-zone temperature control for gauge consistency on wide webs
    • Online corona or flame treatment for downstream printing

    Final product types

    • Heavy-duty FFS (Form Fill Seal) sacks
    • Industrial pallet liners and sheeting
    • Bulk commodity bags and liners
    • Construction site protective films

    5. HDPE-Based Wire and Cable Sheathing

    Cable sheathing producers select this resin for over-jacketing of electrical, telecom, and power transmission cables owing to its balance of dielectric strength, weatherability, and extrusion consistency. The polymer supports smoke-free, halogen-free cable types and performs reliably in both tropical and cold outdoor installations.

    Industry compliance standards

    • IEC 60502-1 (Power cables with extruded insulation)
    • RoHS Directive 2011/65/EU (Restriction of hazardous substances)
    • UL 1581 (Electrical wires, cables, and flexible cords)
    • REACH SVHC Compliance

    Typical usage ratio

    • 90–100% HDPE M80064S for primary sheathing
    • Up to 10% flame retardant or UV stabilizer concentrates for outdoor applications
    • Pigment masterbatch up to 2% for color coding as required by industry standards

    Downstream process integration

    • Direct extrusion onto cable cores using crosshead dies
    • Continuous in-line monitoring for wall thickness uniformity
    • Post-extrusion cooling and spark testing for dielectric performance

    Final product types

    • Medium and low-voltage power cable sheaths
    • Data transmission cable jackets
    • Telecom cable outer jackets
    • Outdoor and buried cable protection sheaths

    6. Blow-Molded Consumer Chemical Bottles

    Producers of containers for household and industrial cleaning products utilize this HDPE resin for high-cadence blow-molding of bottles in various geometries. The resin combines process stability, impact resistance, and compatibility with a diverse range of surfactants and solvents. Quality control is enforced for migration, environmental stress crack resistance, and compatibility with label or closure systems.

    Industry compliance standards

    • ISO 9001 quality management requirements
    • Relevant packaging conformity for detergents and chemicals (e.g., REACH, CLP)
    • Migration/Sorption tests for storage of cleaning agents as per customer protocols
    • National requirements for packaging safety and transport

    Typical usage ratio

    • 95–100% HDPE M80064S as single resin for body production
    • Colorant masterbatch addition from 0.5–2.5% for branding
    • Post-consumer recycled HDPE up to 10% for some local market requirements

    Downstream process integration

    • Continuous extrusion or injection blow molding
    • Trim and leak-test automation inline
    • Label, closure, and filling line integration

    Final product types

    • Household detergent and shampoo bottles (100 mL–5 L)
    • Bleach and disinfectant packaging
    • Automotive fluid containers
    • Professional cleaning product canisters

    Free Quote

    Competitive SABIC HDPE M80064S prices that fit your budget—flexible terms and customized quotes for every order.

    For samples, pricing, or more information, please contact us at +8615365186327 or mail to admin@ascent-chem.com.

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    Certification & Compliance
    More Introduction

    SABIC HDPE M80064S: Insights from the Factory Floor

    Introduction to SABIC HDPE M80064S

    Every day on the production floor, plastics aren’t just resins on a data sheet—they’re the backbone of tangible progress in manufacturing. SABIC HDPE M80064S stands out in our lineup as a high-density polyethylene grade fashioned for customers who expect reliable performance run after run. Talking with plant managers and engineers, it has become clear why this product keeps earning its place on their lines.

    Model Profile: What SABIC HDPE M80064S Brings to the Table

    M80064S isn’t a theoretical resin that only shines in lab tests. We designed and refined it to thrive in real-world operations. Deliveries roll out as natural pellets, ready for transforming into sturdy consumer packaging, robust industrial containers, and even complex blow-molded parts. It's no coincidence so many large-volume plants in everyday industries flag this model as their go-to. Ask anyone working near an extruder: consistent melt flows and solid mechanical strength matter above almost everything else.

    Take for example a bottling plant churning out tens of thousands of HDPE bottles daily. Any hitch—subtle warpage, unpredictable flow, premature cracking—throws the whole process into chaos. M80064S keeps up pace, forming bottles with uniform wall thickness and improving impact resistance. This isn’t a lucky accident. Our polymer chemists spend years fine-tuning every batch to ensure steady quality, and floor operators notice the difference as downtime and regrind waste drop.

    Why Processors Prefer M80064S for Blow Molding

    On a recent visit to one of our long-term customers, the production manager shared their shift logs comparing similar HDPE grades. SABIC M80064S made a visible difference in cycle times and finish quality. The resin's molecular weight distribution suits large and medium blow-molded items, including tight-tolerance jerrycans and containers facing rough handling in the field. Workers easily dial in process parameters during a changeover, avoiding long calibration routines or unpredictable start-up waste.

    We designed this grade with a focus on preventing common production headaches. It shows strong environmental stress crack resistance, an essential property for products stacked or stored in harsh warehouse conditions. In stack and drop tests, containers made from this material absorb shocks that typically shatter lesser plastics. Customers avoid both lost products and claims tied to container failure, which helps maintain trust with their buyers and reduces costly callbacks.

    Stepping Beyond Standard HDPE

    One misconception is that all HDPE resins blend seamlessly into the same workflows. Even minor differences in density, molecular architecture, or additives ripple into big effects on the line. Not all grades behave the same under heat, extrusion shear, or blow molding pressures. SABIC HDPE M80064S takes feedback from decades of customer production data and pairs it with insights from our own compounding shops.

    Material consistency has become the most coveted trait among high-output manufacturers. Small variances might pass unnoticed in test runs, but on plants running 24/7, operators quickly spot shifts in flow rates or cooling times. We keep molecular parameters of M80064S tight between lots. Resin density hovers in a controlled window, which reinforces the final product’s strength and storage stability. This is especially vital for large packaging vendors who can’t afford to swap resin suppliers each time a small issue pops up.

    Applications and Real-World Examples

    Years ago, some factories hesitated to shift major production lines to new resin types, worried about unproven results. Those days have faded. SABIC HDPE M80064S now powers everything from chemical drums to everyday milk bottles. Industrial packagers need more than just chemical compatibility—they want parts that finish smoothly in a single pass, without needing secondary operations or extensive surface treatments. Switching to M80064S led one food-grade packager to report a 12% drop in rejected parts last quarter, saving raw material and overtime hours.

    The automotive market drives up requirements for moving fluid containers that shrug off impact, operate under pressure, and resist UV or corrosive fluids. Our polymer engineers developed process blends with additives for increased stress crack resistance, making the grade a natural fit here. Elsewhere, garden can manufacturers saw their warranty returns dwindle as end users struggled to damage products molded with this grade.

    Comparing to Other HDPE Grades

    It’s easy to overlook, but many resins used by local molders fall short in at least one dimension—either the cost is tough to justify, or the processing is too sensitive for older machines. SABIC HDPE M80064S brings a measured approach. Performance never tips the price out of reach, and its ease of handling means processors using older extruders don’t battle flare-ups or gelling. Competing resins sometimes boast advanced features on paper, but those features rarely add value if they slow down lines or trigger more shutdowns.

    In side-by-side runs with other regional HDPEs, M80064S parts blemish less and eject faster. The difference boils down to how this grade resists sag during cooling and keeps its shape once released from the mold. Shipping departments see reduced breakage in transit, which cuts logistics disputes downstream. For the big-volume mover, that’s a bottom-line benefit factory planners count on.

    Practical Considerations in Handling and Storage

    Running any resin through a full production cycle reveals hidden headaches—dust pickup, humidity effects, pellet flow during transfer. M80064S resists caking and packs efficiently in silos. In humid or dusty warehouses, careful attention to pellet size uniformity and density means feed hoppers rarely clog. Plant supervisors can dial in feeder speeds and keep equipment moving smoothly without needing frequent manual intervention.

    On the safety side, our production labs continue to monitor for off-gassing, trace emissions, and foreign particulate levels. Exceeding industry standards is our norm because we see firsthand the risks of subpar resin—not just for operators, but for consumers handling the finished products. We continually invest in better dust extraction at bagging stations, and train staff on best storage practices to keep resin quality intact from plant floor to end user.

    Long-Term Durability and Sustainability Impact

    Across the market, sustainability conversations have shifted from buzzwords to boardroom priorities. Producers must answer tough questions about sourcing, recyclability, and lifecycle emissions. SABIC HDPE M80064S takes advantage of closed-loop initiatives at our manufacturing sites, helping offset landfill waste through rigorous scrap reclamation. As pressure mounts to lower overall environmental impact, our customers need reassurance that switching grades doesn’t open them up to hidden environmental liabilities.

    For consumer product makers, final goods need to stay robust after months in storage, whether exposed to sunlight in a backyard or stacked in a warehouse. This product’s resistance to weathering, coupled with stable mechanical properties over time, supports that confidence. Retailers call out fewer returns tied to yellowing, brittleness, or microcracking in products produced with this material.

    Handling Regulatory Requirements

    Navigating a world of changing regulations takes more than keeping a binder of data sheets nearby. Countries and industries place their own twists on permitted chemicals, food-contact approvals, and traceability. Our team tracks not just major regulatory blocs, but also local policies that affect everything from packaging to industrial parts. SABIC M80064S meets or exceeds most global and regional standards used by large food and pharma packaging houses. We keep documentation ready for audits, and cooperate with on-site inspectors testing packaging on their lines.

    Processors often ask about compliance related to heavy metals, phthalates, and extractables. We regularly run independent verification on batches, then supply the evidence directly to compliance managers. This isn’t about satisfying paperwork—it’s about real liability protection, both for us and for the customer. Years of near-miss stories from customers switching away from unreliable sources prove why trusted provenance matters.

    Supporting Processors through Technical Collaboration

    Our story isn’t just about what goes in the hopper. Any processor who’s been through a rough batch or supply scare knows that good chemistry goes hand-in-hand with fast, utility-driven field support. We've built up teams of polymer experts with hands-on experience who don't hesitate to walk the floor alongside operators during product trials or conversion projects.

    Not long ago, a molder struggled with sagging walls on large cleaning-product containers using a competitive HDPE grade. We worked the line alongside their team, tuning thermal profiles and adjusting die gaps. After swapping in M80064S and changing a few cycle times, production stabilized, scrap levels dropped, and workers spent less time on troubleshooting. It’s these first-hand collaborations that reveal just how much material science decisions shape bottom-line productivity.

    Our R&D feedback loop lives out in the real world—processors email or phone us with blow-molding or extrusion challenges, and we pass those insights back into our development cycle. The product improves not because of abstract bench testing, but thanks to shared insights from batches run at scale.

    Maintaining Quality over Time

    One part of the job that never changes is the pressure to deliver batch-after-batch of resin without surprises. Manufacturing plants line up truckloads of goods against tight shipping windows, and a faulty batch bottlenecks operations in a heartbeat. We control traceability back to each raw material shipment. Detailed logs track every step of production, from polymerization reactors to bagging lines. Our floor teams routinely cross-inspect final resin using updated lot norms, which we revise as real-world data accumulates.

    A few years ago, a customer flagged a subtle viscosity shift that crept into their finished part tolerances. Quick traceability let us zero in on the root cause—an impurity in a catalyst feedstock. We resolved the issue and customized reporting for similar large users. This level of responsiveness keeps customers loyal, as they rely on us not only for material, but also rapid out-of-cycle troubleshooting.

    Economic Value in Large-Scale Supply

    One question always pops up in procurement meetings: what’s the true cost per kilogram once you add in logistics, processing headaches, and downstream product loss? SABIC HDPE M80064S proves its value not just at the resin price, but across the full production chain. Machine downtime shrinks, yield percentages climb, and warranty claims fall away. Over the years, processors balancing sheets have seen how this grade stabilizes both budgets and labor planning.

    We don’t just move material—we partner with customers to forecast, deliver, and troubleshoot supply quickly. Regional warehousing and consistent shipping schedules let end-users avoid sudden market price surges or material shortages. By keeping lines stable, our partners spend more time ramping up production and less time searching for backup sources.

    Looking Forward: Growing with Industry Needs

    Every product improvement comes from real dialogue between operators on the floor and our development teams. We draw on manufacturing feedback before every new batch comes to life. Staying glued to those conversations keeps SABIC HDPE M80064S a strong fit for evolving industries, whether the challenge is increasing recycled content, improving food safety, or reaching stricter global standards.

    The next-generation challenges won’t be solved by speculative features or theoretical lab gains. They will require resins that make life easier on the floor, keep reject bins empty, and scale without drama as customers' own ambitions grow. SABIC HDPE M80064S proves itself each day in factories powering hometown industries and fueling global trade alike. It’s the product of collective know-how, drawn from decades of boots-on-the-ground work, and shaped by the honest experiences of real people who build with it.

    Final Reflections on SABIC HDPE M80064S in Production Life

    The mark of a successful resin isn’t just measured in data sheets or monthly sales—it’s measured by how many operators trust it under real pressure. SABIC HDPE M80064S keeps finding new homes in facilities where trouble-free production equals profit, and where resilient end products mean fewer late-night headaches for both makers and users.

    From our perspective, every improvement, every ounce of reliability, and every open discussion with users carves out a better future for plastics manufacturing. Our job is not just to make materials—it’s to support the people putting them to use, to learn alongside them, and to rise to each challenge that emerges on the factory floor. SABIC HDPE M80064S stands as proof of what careful attention, real-world trial, and honest partnership can deliver for the industry and beyond.

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