Products

Borouge HDPE HE3461

    • Product Name: Borouge HDPE HE3461
    • Alias: HE3461
    • 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

    524276

    Melt Flow Rate 2 16 Kg 190 C 0.22 g/10 min
    Density 0.946 g/cm³
    Tensile Strength At Yield 28 MPa
    Elongation At Break >600%
    Flexural Modulus 900 MPa
    Hardness Shore D 60
    Notched Izod Impact Strength 23 C ≥20 kJ/m²
    Escr F50 10 Igepal ≥1000 hours
    Vicat Softening Temperature 70°C
    Recommended Processing Temperature 170–210°C

    As an accredited Borouge HDPE HE3461 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing The Borouge HDPE HE3461 packaging is a sturdy 25 kg woven polypropylene bag, white with blue Borouge branding and detailed product labeling.
    Shipping Borouge HDPE HE3461 is shipped in 25 kg polyethylene bags or bulk containers, securely sealed to prevent contamination and moisture ingress. Palletized loads are shrink-wrapped for stability during transport. The material should be stored in a dry, ventilated area away from direct sunlight and sources of ignition.
    Storage Borouge HDPE HE3461 should be stored in its original, unopened packaging in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat. It must be protected from moisture and contaminants. Stacking should be stable and not exceed recommended heights to avoid deformation. Avoid contact with strong oxidizing agents and follow local regulations for polymer storage.
    Application of Borouge HDPE HE3461

    Applications of Borouge HDPE HE3461 in Industrial Manufacturing

    Borouge HDPE HE3461 is a high-density polyethylene resin engineered for demanding industrial sectors, where consistent mechanical integrity, processing reliability, and compliance with industry regulations are critical. As the original manufacturer, we supply this grade into application environments where its property balance of strength, stress crack resistance, and processability supports the downstream production of advanced plastic goods.

    1. Pressure Water Pipe Systems

    Municipal and industrial water supply networks require piping materials that maintain high long-term hydrostatic strength, excellent resistance to slow crack growth, and consistent weldability under field conditions. HE3461 plays a central role in the extrusion of pressure-rated water pipes, securing compliance with global drinking water and pipe standards, and helping system owners ensure distribution safety and infrastructure longevity.

    Industry compliance standards

    • EN 12201-2 (Plastic piping systems for water supply – Polyethylene)
    • ISO 4427 (Pipes and fittings made of polyethylene for water supply)
    • NSF/ANSI/CAN 61 (Drinking Water System Components – Health Effects)
    • WRAS Approval (Water Regulations Advisory Scheme, UK)

    Typical usage ratio

    • 100% base resin for mono-layer pipe; for co-extruded products, 85–100% in outer and inner wall layers, depending on pressure class, with adjustments based on chlorinated water exposure and pipe diameter

    Downstream process integration

    • Feeds directly into high-output pipe extrusion lines equipped with spiral or basket dies, after melt homogenization and filtration modules to remove gels or contaminants; resin blends, if any, are compounded immediately prior to extrusion to ensure property uniformity; fusion welding done on-site using approved parameters

    Final product types

    • Cold potable water distribution pipes (PN10, PN12.5, PN16 ratings)
    • Industrial pressure pipeline networks (for water, certain process fluids)
    • Pipe fittings and molded couplings compatible with butt-weld or electrofusion technologies

    2. Gas Distribution Pipes

    Urban and rural gas transmission requires polyolefin pipes optimized for resistance to environmental stress cracking and chemical aggressors found in natural gas flows. The consistent molecular weight distribution and controlled carbon black masterbatch compatibility of this resin enable the manufacturing of gas conveyance conduits that meet stringent field test protocols and service lifetime requirements.

    Industry compliance standards

    • ISO 4437 (Polyethylene pipes for the supply of gaseous fuels)
    • EN 1555 (Plastic piping systems for gaseous fuels – Polyethylene)
    • ASTM D2513 (PE Gas Pressure Pipe, Tubing, and Fittings)
    • UNE 53131 (Spain PE80/PE100 specifications for gas pipes)

    Typical usage ratio

    • 95–100% (minor proportion of UV-stabilized masterbatch or anti-oxidant for above-ground installations; never compounded with recyclate or other resins for regulated gas lines)

    Downstream process integration

    • Granulate dosed into twin-screw extruders with on-line gravimetric controls; real-time monitoring of melt index to maintain safety-critical pipe strength; immediate surface treatment of extruded pipe for enhanced marking ink adherence; on-line dimensional control and non-destructive ultrasonic testing performed prior to pipe cutting

    Final product types

    • Medium and low-pressure gas transmission lines (PE80, PE100 grades)
    • Flexible gas service lines for residential and small commercial projects
    • Electrofusion and butt-fusion compatible gas pipe fittings

    3. Telecom Cable Conduits and Ducts

    The fiber optic and copper telecom infrastructure sector relies on HDPE conduits that provide continuous, smooth internal surfaces and uniform wall thickness to minimize micro-bending losses and physical cable stress during installation. This resin’s processability and environmental crack resistance support high-speed extrusion of long-length telecom ducts destined for open trench, micro-trenching, or directional drilling deployment.

    Industry compliance standards

    • EN 61386 (Conduit systems for cable management)
    • IEC 60794-3-23 (Protective coverings for optical fibre cables)
    • IS 14930 (India telecom duct standards)
    • UL 651A (Continuous Length HDPE Conduit)

    Typical usage ratio

    • 98–100%, often pure for smoothness; small addition (<2%) of colored masterbatch for banding or identification

    Downstream process integration

    • Pellets loaded into single-screw extruders; color masterbatch incorporated in-line for colored outer stripes; ducts run through vacuum calibration and water cooling baths for dimension criticality; periodic spark testing verifies insulation performance; post-extrusion coiling or cutting to project-specific lengths

    Final product types

    • Fiber optic microduct (2–16mm ID, high-density networks)
    • Main conduit ducts (32–110mm ID)
    • Corrugated telecom sleeves for rocky or difficult soil conditions

    4. Large Diameter Industrial Chemical Storage Tanks

    Industrial storage and process tanks fabricated from high-performance PE must demonstrate resistance to crack propagation, chemical leaching, and mechanical deformation over extended lifespans. The polymer’s stiffness, slow crack growth resistance, and compatibility with butt-weld manufacturing processes enable reliable construction of tanks for acids, bases, or aggressive brines in chemical and mining operations.

    Industry compliance standards

    • DVS 2205 (German guidelines for thermoplastic tank construction)
    • ASTM D1998 (Polyethylene upright storage tanks)
    • ISO 16611 (Thermoplastic tanks for chemical storage)
    • PE100+ Association performance criteria

    Typical usage ratio

    • 100% for mono-material tanks; in multilayer constructions, 90–95% in structural layers with UV-stabilized or conductive outer layers adapted for installation conditions

    Downstream process integration

    • Sheet extrusion or pipe segment fusion welding using custom CNC machines; jointing employs hot gas or butt fusion according to DVS protocols, ensuring homogeneous welds and tank integrity; in-line non-destructive testing of welds for each batch and full traceability from resin lot to end tank

    Final product types

    • Cylindrical or rectangular process tanks for mining solution storage
    • Intermediate bulk containers (IBCs) for corrosive liquids
    • Mixing vessels and secondary containment tanks for water treatment plants

    5. Geothermal and Underfloor Heating Piping

    Ground source energy systems and low-temperature radiant heating infrastructure demand pipework that resists deformation at continuous-use temperatures, maintains pressure-holding ability after years buried underground, and withstands repeated thermal cycling. The controlled bimodal MWD (molecular weight distribution) and hydrostatic stability of this grade ensure reliability for heating system integrators facing national building regulation and energy efficiency codes.

    Industry compliance standards

    • ISO 15875 (Plastic piping systems for hot and cold water – PE-RT, PE-X)
    • DIN 16833 (German geothermal pipe standard)
    • EN 1264 (Water-based surface heating and cooling systems)
    • SKZ HR 3.32 (Quality mark for geothermal pipes, Germany)

    Typical usage ratio

    • 92–100% in the main pipe layer depending on local regulatory requirement for UV and thermal stabilizers; slightly reduced ratios if pipes are multilayer (adhesive/oxygen barrier outer)

    Downstream process integration

    • Direct melt-fed into multilayer pipe extrusion, with or without co-extruded oxygen barrier layer; extrudate subjected to real-time dimensional and pressure resistance monitoring; finished coil packaged, then stored per standard EN 805 for transport to construction site

    Final product types

    • Geothermal heat collector loops (horizontal, vertical, spiral)
    • Underfloor heating pipework (16/20/25 mm ID)
    • Industrial radiant floor and wall heating system pipes

    6. Cable Sheathing for Power Transmission

    Medium and high-voltage cable manufacturers require insulation sheaths with precisely defined electrical and mechanical parameters, as manufacturing defects can lead to catastrophic end-user failures. The resin’s processability, density control, and low impurity levels support direct extrusion over cross-linked or thermoplastic cable cores, achieving high-voltage breakdown resistance and sustained field performance in accordance with global power utility codes.

    Industry compliance standards

    • IEC 60502-2 (Power cables with extruded insulation and their accessories)
    • ICEA S-94-649 (Standard for concentric neutral power cables, USA)
    • GB/T 12706.1 (Extruded insulated power cables, China)
    • RoHS Directive 2011/65/EU (Restriction of Hazardous Substances)

    Typical usage ratio

    • 96–100% as outer sheath; minor additions (<4%) of flame retardant masterbatch for fire safety in specified applications

    Downstream process integration

    • Feeds continuous cable coating extruders paired with automatic concentricity control; resin enters after conductor core formation and insulation extrusion, sometimes co-extruded with jacketing layers in multi-stage lines; completed cable subject to spark and water immersion testing prior to coil or drum winding

    Final product types

    • Medium-voltage distributed power cables (up to 35 kV)
    • Low-voltage building and industrial cables
    • Data and control cable outer sheaths for transport infrastructure

    Free Quote

    Competitive Borouge HDPE HE3461 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.

    We will respond to you as soon as possible.

    Tel: +8615365186327

    Email: admin@ascent-chem.com

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    Certification & Compliance
    More Introduction

    Borouge HDPE HE3461: High-Performance Polyethylene from the Plant Floor

    Bringing Practical Solutions to the Table

    Producing high-density polyethylene these days comes with big expectations—lots of technical details can get tossed around on paper, and buyers often sift through one datasheet after another. We believe the surest way to measure the worth of an HDPE grade comes from real production lines, hands-on molding halls, and feedback from actual converters. Borouge HDPE HE3461 holds a story that doesn’t simply rest on technical jargon; it shines through what it delivers in today’s value-driven manufacturing world.

    As a manufacturer, we’ve watched demand rise for HDPE grades that do more than just tick off melting points or tensile strength on a list. Down on the shop floor, customers look for a grade that performs with consistency. The people using Borouge HE3461 run their machines for long shifts, and they count on the resin to behave predictably. We’ve shaped HE3461 to meet the day-in, day-out needs of blow molding shops, chemical drum fabricators, and large container manufacturers, addressing the push for productivity and safety, not just data points.

    What Sets Borouge HDPE HE3461 Apart

    Borouge HDPE HE3461 came out of years measuring what matters in real-world environments. High-density polyethylene isn’t a single, rigid recipe. Over time, we’ve blended batches, run test molds, and logged hours over large-scale extruders. The molecular structure of HE3461 lands it among the heavy hitters in the world of blow molding. Its design results in a balance between stiffness, impact performance, and environmental stress crack resistance—a trifecta operators echo out on the floor.

    Molecular weight distribution leans toward the stiff side with HE3461. In practice, this separation means containers made with this grade maintain their shape even after long hauls in rough handling conditions. Customers producing jerry cans, chemical drums, and agricultural sprayers often talk about the headaches of panel sinking, denting, or surface deformation. HE3461 holds up under internal stress and stacking pressure, so packaging integrity doesn’t falter at the most critical moments.

    Stress crack resistance comes from the resin’s structure; too many HDPE grades crack under pressure, especially when exposed to cleaning agents or aggressive contents. In our own downstream molding tests, we watched competitive products fail at the base of chemical drums after only moderate exposure and aging. HE3461’s formulation builds in longer resistance, allowing for extended lifecycles—a point brought up frequently by procurement managers seeking to cut replacements and claims.

    Reliable Processing for Industrial Producers

    One issue we often spot out in production is resin that flows well in the lab, but clogs or bridges under real operational conditions. Granule shape, dust content, and handling tolerance all play roles. Our team works right alongside packaging plants to chase away feeding problems and downtime. HE3461 passes stringent granule consistency checks before it leaves our silos. That means bulk resin feeding stays smooth, and pneumatic transport lines keep running shift after shift. Fewer blockages translate to fewer headaches and less wasted man-hours ejecting jammed resin from hoppers.

    Machine operators running heavy-output blow molders have a single, constant demand: “No surprises from the resin.” With HE3461, we’ve zeroed in on rapid extrusion cycles while keeping melt strength high enough for complex, deep-draw shapes. Cycle time shortens, energy stays optimized, and plant throughput rises—a rare sweet spot that only comes after fine-tuning resin structure for repetitive, high-speed molding lines. Anyone who’s dealt with excessive sagging or out-of-spec dimensions in hot parisons understands the pain; HE3461’s flow characteristics give operators a window to work within, not a razor’s edge.

    End-Use Versatility

    Our main feedback loop comes from packaging, agriculture, and shipping sectors. Makers of stackable drums steer toward HE3461 because they want packaging that holds its form and doesn’t crack under all-day warehouse stacking. Poultry vaccine carriers and chemical canisters often require protection against both mechanical shocks and chemical corrosion. Borouge HDPE HE3461’s high density and robust environmental stress crack resistance answer that call, sustaining container function after repeated cleans or knocks off loading docks.

    We have watched this material perform in diverse climates, too, from desert heat where container expansion is constant, to cold storage warehouses where brittle fracture becomes a real threat. Its resistance to UV aging and temperature shifts makes it a reliable choice for outdoor storage drums and agricultural tubs, conditions where inferior resins fail. Customers who once lost margins to panel failure or leakage now routinely report lower reject rates and fewer late-night calls for urgent resupply.

    The grade also plays an unsung role in transport supply chains. Freight forwarders and shipping managers demand lightweight, tough containers to cut transport costs. HE3461’s finished parts carry a consistent density profile, which helps container manufacturers hit precise tare weights and payload specs without the cost bloat of reinforcing ribs or excessive wall thickness.

    Comparing HE3461 to Other HDPE Grades

    It’s easy to spot plenty of generic HDPE pellets on the market, but the difference emerges in performance, especially at scale. Some HDPE resins may promise higher melt flow rates, yet end up weaker during drop tests. Others may advertise aggressive stress crack resistance, but at the cost of stiffness, leading to deformed panels or out-of-spec dimensions. Our work in feedback-driven improvement has shown that HE3461 consistently threads the needle between high strength and manageable processability.

    Competing offerings sometimes falter in the balance between flow and strength. If you push melt flow too high, extruded parisons risk sagging prematurely; if you swing the other way with ultra-stiffness, you end up with brittle fracture or warped components. We’ve put real effort into making HE3461 stable for both standard and high-output molding tools. This tuning pays off in production lines looking to ramp up output without ballooning scrap rates or running constant parameter tweaks.

    For clients new to HE3461, some have wondered about switching costs. In our experience, transitioning from other HDPE grades can be completed with minimal downtime—extruder temperature profiles and die gaps need only minor adjustments. The granule uniformity supports rapid flushing and color changeovers, minimizing transition waste and speeding up new job runs. Operators confirm that this grade quickly settles into their established QA standards without a steep learning curve.

    Safety, Environment, and the Modern Mandate

    Manufacturing no longer ignores either safety or sustainability. Over the years, stricter controls on chemical exposure, migration, and recyclability have driven formulation changes. Borouge HDPE HE3461 is made to comply with the global benchmarks for food contact and chemical safety. We work directly with packaging lines supplying food and pharma sectors—migration limits, extractables, and compliance with major regulatory standards have shaped every refinement to the resin.

    Customers facing audit pressure look past technical specs and turn toward details of traceability and sustainable sourcing. We have opened up our supply chain for review, showing full transparency on feedstocks and additive packages. This way, clients who build containers for hazardous materials or sensitive goods can demonstrate real traceable compliance to their end users and regulators.

    Disposal and recycling also count. HDPE’s reputation as one of the most easily recycled plastics puts added weight on the granule’s consistency and purity, not just for first-life use but also for life after recovery. We keep pigment and additive systems streamlined, so post-consumer material recovery yields clean regrind—this ends up in more secondary markets, closing the loop and feeding growing demand for circular economy feedstocks.

    Hands-On Production, Not Just Paper Performance

    Besides the specs and testing, our strength as a manufacturer grows out of how closely we stay in step with the converters using HE3461. We spend time not just selling resin, but actually studying its behavior under the constant demands of rotating shifts, raw material fluctuations, and shifting order books. Machine operators and plant foremen know the headaches of dealing with uneven batches or resins that change performance from sack to sack. Our QA labs match the actual runtime production, not just the test bench. We log run data, track shipped lots, and talk directly with technicians on the ground.

    Service requests from production lines keep us responsive. Minor issues, such as minor batch color drift or granule sticking, don’t get left on a ticket system—we send practical answers, and, if needed, revise production parameters immediately. Our technical staff knows the value of minutes lost to machine adjustments, and the risk when changes in resin behavior cause downtime. We stay committed to keeping our supply not just available, but consistently right, week after week.

    Cost, Efficiency, and Operator Experience

    Owners and purchasing managers weigh not just per-tonne costs, but the total value realized over each container’s lifespan. HE3461 finds its advantage in delivering a lower overall cost of use: fewer rejected outputs, fewer stoppages for cleaning and feeding, and longer container lifespans in tough lending pools. Whether the end-user faces new storage regulations or wants to stretch asset life, this grade helps customers save not just money but also time once spent on reworks and warranty claims.

    From a manufacturing perspective, resin that processes smoothly means less intervention from experienced operators, freeing up skilled labor for higher-value work. On a busy plant shift, the difference between fighting adjustment dials all morning or letting runs proceed smoothly becomes clear. We’ve refined HE3461 not only for high-speed lines but also for smaller seasonal facilities that need reliability without a full-time polymer specialist on staff.

    Reliability and trusted supply underpins everything. Disruptions in raw material supply or unpredictable quality can upend whole production schedules. Sourcing directly from our manufacturing hubs, buyers eliminate finger-pointing and long project lags. We track every tonne, every lot number; we commit to open records and immediate response if any issue ever arises with our product.

    Continuous Improvement and Feedback-Driven Changes

    We walk the shop floor, tune recipes, and audit melt properties based on continuous customer dialogue. Lessons learned from actual users—whether a shipping clerk flagging an off-color batch or a tool setter noting parison swell—get folded directly into our improvement cycles. No batch ships without a review of real performance, and we track all feedback to guide process changes.

    In the long run, this way of working lets us respond to emerging challenges, from new regulatory barriers to changes in container filling media. Should a new cleaning agent trigger earlier drum failures, we take that input and review structure-additive balance. If a converter reports out-of-spec cap threads, we sit with their technicians, analyze cooling profiles, and run reformulated pilot batches to solve it.

    Supporting the Future of HDPE Applications

    We see HDPE moving into expanded roles—smart connected packaging, chemical-resistant tubs, and lightweight transport bottles that balance sustainability with strength. HE3461 stays ready for these changes because of its balance of property strengths and easy adaptation across production lines and molds. More converters push to integrate recycled content into their blends; the compatibility of HE3461 with secondary streams gives downstream players the freedom to innovate and comply with tougher environmental expectations.

    Our work doesn’t end at shipping out a batch. Building lasting partnerships with converters, processors, and logistics teams lets us keep our manufacturing at the edge of processability and performance. The challenges our clients face each week—tightened tolerances, higher safety expectations, logistical bottlenecks—translate into direct action from our plants and R&D teams.

    Conclusion: The Value of Practical Experience

    Every grade of HDPE has a story, but too often it’s written by marketers and distributors, not those who mold, fill, stack, and transport the finished products. Our perspective comes from working on both sides of the resin—the chemistry, and the production front line.

    Borouge HDPE HE3461 reflects years spent learning from mistakes, listening to practical feedback, and tuning the product to solve persistent, everyday problems. Every drum or can made with HE3461 carries more than a product guarantee—it delivers the sum of thousands of production hours, field fixes, and collaborative improvements between our plant and yours.

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