Products

SABIC HDPE P6006AD

    • Product Name: SABIC HDPE P6006AD
    • Alias: HDPEP6006AD
    • 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

    180895

    Product Name SABIC HDPE P6006AD
    Manufacturer SABIC
    Polymer Type High Density Polyethylene (HDPE)
    Melt Flow Rate 190c 2 16kg G 10min 0.29
    Density G Cm3 0.959
    Tensile Strength At Yield Mpa 26
    Elongation At Break Percent 600
    Flexural Modulus Mpa 1150
    Hardness Shore D 64
    Violent Impact Strength Kj M2 no break
    Thermal Conductivity W Mk 0.43
    Vicat Softening Temperature C 126

    As an accredited SABIC HDPE P6006AD factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing The SABIC HDPE P6006AD is packaged in 25 kg white plastic bags, featuring blue SABIC branding, product details, and safety information.
    Shipping SABIC HDPE P6006AD is typically shipped in 25 kg bags or bulk containers, securely sealed to prevent contamination and moisture absorption. Packaging labels include material identification and safety instructions. The product should be stored and transported in a dry, well-ventilated area, away from direct sunlight and sources of ignition.
    Storage SABIC HDPE P6006AD should be stored in dry, well-ventilated areas, away from direct sunlight, heat sources, and incompatible materials. Keep bags or containers tightly closed to prevent contamination and moisture absorption. Avoid storage near strong oxidizers. Recommended storage temperature is between 0°C and 40°C to maintain product quality. Practice proper material handling to avoid mechanical damage.
    Application of SABIC HDPE P6006AD

    Applications of SABIC HDPE P6006AD in Industrial Manufacturing

    SABIC HDPE P6006AD is a high-density polyethylene grade recognized for its high molecular weight, reliable processability, and balanced mechanical properties. As a manufacturer, we deliver this resin for industry-specific applications demanding consistent performance and strict compliance. Below we detail the principal industrial fields and processing scenarios where this material directly enables downstream manufacturers to create certified, high-value finished products.

    1. Pressure Pipe Systems for Drinking Water Supply

    This grade serves in structured wall and solid wall pipe production for municipal and residential drinking water distribution, where it supports demanding requirements for hydrostatic strength and potable water safety. Its resistance to stress cracking and durability under varying pressures meet both utility operating standards and regulatory specifications in different markets. Processing advantages in extrusion allow manufacturers to achieve tight dimensional tolerances and stable pipe walls during high-throughput runs.

    Industry compliance standards

    • ISO 4427-2 Polyethylene Pipes for Water Supply
    • EN 12201-2 Plastics Piping Systems for Water Supply
    • NSF/ANSI 61 Drinking Water System Components—Health Effects
    • GB/T 13663-2000 PE Pipes for Water Supply (China)

    Typical usage ratio

    • 100% base resin for pipe compounding; masterbatch additions (2-5%) for color or UV stability based on application and certification requirements.

    Downstream process integration

    • A gravity feed into single or multi-screw extruders for direct pipe profile formation; typically coupled with in-line calibration, cooling, and diameter gauging.

    Final product types

    • Pressure potable water pipes
    • Municipal water distribution mains
    • Household supply piping
    • PE100/PE80 high-pressure lines for infrastructure projects

    2. Chemical Storage Tank Blow Molding

    Industrial manufacturers utilize our HDPE for blow-molded tanks storing acids, alkalis, and process chemicals. The high environmental stress crack resistance and stiffness ensure container integrity under mechanical load and chemical attack. This use case addresses safety and environmental management within regulated sites, demanding rigorous QC against leaching and deformation over the tank’s operational life.

    Industry compliance standards

    • ASTM D1998 Standard Specification for Polyethylene Upright Storage Tanks
    • FDA 21 CFR 177.1520 (for tanks storing food additives or potable water)
    • RoHS Directive (Restriction of Hazardous Substances)
    • REACH Regulation (EC) No 1907/2006 for chemical compatibility

    Typical usage ratio

    • 90–100% for the tank structure; 5–10% color masterbatch for visual identification, with possible stabilizer additions for UV or antistatic performance.

    Downstream process integration

    • Raw resin and required additives are dry blended and fed into extrusion blow molding machines; parison extrusion followed by high-capacity air inflation shapes the tank, finished by neck/port trimming and automated QC.

    Final product types

    • Industrial bulk storage tanks
    • Intermediate bulk containers (IBCs)
    • Transport tanks for chemicals and water
    • Mixing and neutralization vessels for industrial processing plants

    3. HDPE Geomembranes for Civil Engineering

    This resin is used for manufacturing geomembrane liners that deliver high chemical resistance, low water permeability, and weathering durability, key for lining landfills, canals, and mining leach pads. Geomembrane producers require consistent resin melt strength and uniformity to guarantee weldability and long-term mechanical properties under ground pressure and exposure to aggressive leachates.

    Industry compliance standards

    • GRI-GM13 Specification for HDPE Geomembranes
    • ASTM D1505 Density of Plastics by Density-Gradient Technique
    • ASTM D5397 Environmental Stress Crack Resistance
    • ISO 4427-1 Quality requirements for geomembrane composition

    Typical usage ratio

    • Continuous film is 100% base resin; up to 3% carbon black masterbatch if required for UV resistance in exposed applications.

    Downstream process integration

    • Resin is extruded via wide die flat film extrusion, cooled, and slit to width; product goes through pinhole inspection, thickness gauging, and roll winding under cleanroom or controlled atmosphere where contamination or surface defects would impact weldability in the field.

    Final product types

    • HDPE geomembrane rolls for landfill capping
    • Chemical-resistant pond and canal liners
    • Heap leach mining pad liners
    • Underground water retention barriers

    4. Large Bore Corrugated Drainage Pipes

    Corrugation of large diameter drainage pipes relies on a polyethylene resin that supports continuous, high-speed forming without collapsing or thinning at the crest/trough transitions. This application requires precise melt viscosity and long-term elasticity for buried installation under vehicular or soil loads, ensuring performance for decades in stormwater and sewer collection systems.

    Industry compliance standards

    • ASTM F894 Standard Specification for Polyethylene (PE) Large Diameter Profile Wall Sewer and Drain Pipe
    • EN 13476-2 Structured-wall Pipes and Fittings—Polyethylene Systems
    • ISO 21138-2 Structured-wall Pipes for Drains and Sewers
    • China CJ/T 225-2011 Polyethylene Large-diameter Corrugated Pipes

    Typical usage ratio

    • Base resin comprises 95–98% of the formulation; up to 5% masterbatch (color, UV antioxidants) adjusted for exposure environment and installation depth.

    Downstream process integration

    • Pellets are introduced to the extruder; melted and shaped through a corrugator; in-line water cooling ensures shape-lock; continuous length cutting synchronized with downstream stacking and ultrasonic weld inspection at joint seams.

    Final product types

    • Buried stormwater drainage pipes
    • Culvert pipes for civil engineering
    • Sewer mains for municipal projects
    • Road and railway sub-surface drainage conduits

    5. High-Durability Crates and Industrial Pallets

    This material supports injection molding of crates and pallets that must fulfill impact, compression, and repeated handling criteria in logistics chains. High density and controlled melt index ensure efficient fill and de-molding cycles at scale. Finished products are tested for load-bearing performance and chemical resistance, essential for food, chemical, and automotive sector distribution operations.

    Industry compliance standards

    • ISO 8611-1 Pallets for Materials Handling—Testing
    • EN 13626 Transport Packaging—Rigid Plastic Boxes and Crates
    • FDA 21 CFR 177.1520 (for food-contact uses)
    • DIN EN ISO 12048 Compression and Impact Resistance

    Typical usage ratio

    • 90–100% primary resin; <5% can be dedicated to colors, antistatic agents, or recycled HDPE if mechanical integrity tests pass for application.

    Downstream process integration

    • Resin and additives are loaded into injection molding machines; hot runners fill multi-cavity molds; robotic extraction and in-line QC (drop, compression, and warp testing) ensure each product meets standards before palletizing for shipment.

    Final product types

    • Reusable shipping crates
    • Rackable and nestable pallets for warehouses
    • Automotive parts bins
    • Bulk handling containers for food and chemicals

    Free Quote

    Competitive SABIC HDPE P6006AD 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

    Get Free Quote of Ascent Petrochem Holdings Co., Limited

    Flexible payment, competitive price, premium service - Inquire now!

    Certification & Compliance
    More Introduction

    SABIC HDPE P6006AD: Raising the Bar in Blow Molding Polymers

    Confidence in Consistency: Experience Behind SABIC HDPE P6006AD

    Working at a production site day after day gives a clear sense of what makes a polymer worthwhile to handle. SABIC HDPE P6006AD stands out from the rest, not only in big claims but in small victories that matter for those running the lines. Over the years, people in the industry have faced all sorts of HDPE grades—some clog machines with fines and dust, some underperform in impact strength, others throw processing temperatures all over the place. With P6006AD, the difference has been easy to see—clean hopper flow, predictable melting, straightforward cooling cycles. These are the truths that operators and line managers recognize before anything else.

    What Is SABIC HDPE P6006AD?

    SABIC HDPE P6006AD is a high-density polyethylene developed primarily with the challenges of blow molding in mind. It’s not just about density or melt flow rate on the spec sheet. The backbone of this material lies in a blend built around both process stability and finished product reliability. Typically, in blow molding packaging—whether for household or industrial goods—customers expect bottles and containers to hit benchmarks for drop strength, environmental stress crack resistance, and low warpage. This grade shows up every time with parts that hold up to squeezing, accidental dropping, and the kind of rough handling that comes from automated filling and stacking.

    The Technical Drive: What Sets P6006AD Apart

    Plenty of HDPE grades get talked up for their mechanical properties, but many fall short during actual runs. Problems show themselves in bubble stability, uneven parison thickness, and frequent blockages that interfere with cycle times. With SABIC P6006AD, these headaches tend to disappear. Melt flow rate comes in at a window that suits a broad spectrum of molds and machines, which means less fiddling with screw speeds or temperature profiles. Fewer unplanned stops translate to greater output and better morale for operators. It’s not uncommon for teams to switch over to P6006AD and watch downtime drop notably, especially during peak runs.

    In blow molding, even a small bit of variation in polymer characteristics can result in defective bottles or thick scrap generation. The tight molecular weight distribution of P6006AD offers the kind of parison stability that older HDPE grades struggle to match. When the parison extrudes smoothly, thickness tolerances stay in range and defective rates plummet. In applications demanding precise weight targets—think detergent bottles or canisters for agrochemicals—this material enables lines to hold tolerances batch after batch.

    Application Advantages Backed by Production Realities

    HDPE containers show up everywhere: food oils, cleaning products, industrial liquids and more. Each application brings particular regulatory needs and performance pressures. Over the years, customers have pressed for containers that not only look good out of the mold but stay leakproof after months of shelf time. SABIC HDPE P6006AD gets chosen over basic grades because it reliably produces high-gloss surfaces on finished parts, free from streaks, fisheyes, and other artifacts that can trigger rework or customer complaints.

    Its stress crack resistance has proven critical, especially in challenging fillers like detergents or solvents, where cheaper HDPE often causes paneling or bottle splitting under stress. The P6006AD keeps walls robust and avoids the creeping degradation that leads to slow leaks or package failures downstream. For high-output operations requiring multi-cavity tooling, consistency lot after lot is non-negotiable. We’ve seen producers invest immense time into qualifying resins; after trialing grades like P6006AD, they tend to stick. The cost of swapping back to a less stable resin becomes clear after battling unexpected line stoppages or returns.

    Clean Operation: Improving Worker Experience

    Anyone who has spent time at the extrusion line knows that shop environment affects more than people realize. Grades that throw off dust or pellet fines force operators to stop and clean hoppers or screens. SABIC HDPE P6006AD, produced to a high pellet integrity standard, drastically reduces housekeeping headaches. Operators can focus on the actual bottling instead of constantly clearing fluff and granules from equipment. This focus on pellet quality carries through to better screw feeding, which is essential for keeping throughput high in busy production windows.

    Another issue in older plant environments is fumes. Lower-quality HDPE sometimes off-gasses at processing temperatures, creating foul odors or even leaving residue that must be scrubbed from molds. Our direct experience with P6006AD shows that its controlled composition avoids these problems, helping keep air quality better and reducing maintenance cycles on moving parts.

    Comparisons That Matter: P6006AD vs Common HDPE Grades

    Not every manufacturer likes to call out alternatives, but real differences matter for processors who are responsible for uptime and customer quality. Standard grades, especially commodity HDPE sourced for price alone, often bring more trouble than savings. We’ve seen operators battle erratic feeding, surging flow, overheating zones, and a parade of part defects caused by unpredictable polymer structure. In contrast, P6006AD excels in reducing these sources of waste. For example, while some producers report scrap rates of 5–7% with basic grades, several customers using P6006AD have reliably held scrap below 2%. Those numbers add up fast in larger facilities.

    Switching to this grade cuts back on additive usage, too. Some lines dose extra antioxidants or processing stabilizers to compensate for lower resin quality. With P6006AD, those extra steps are rarely needed. That means less mess for operators, smoother compounding, and more reliable production day in and day out.

    In terms of finished product feel and shelf appearance, consumer-facing packaging benefits from the clean surface and reliable color dispersion this grade provides. Companies that try to drive branding with rich, strong colors find that P6006AD helps avoid mottling and patchiness, even with tight tint doses. In high-speed filling lines, the improved impact resistance and flex crack performance translates into fewer damaged bottles, fewer line stoppages, and happier downstream partners.

    Processing Knowhow Built into the Product

    Talking to machine techs, you’ll hear a lot of stories about resin swaps that seem minor on paper but end up costing weeks of adjustment on the line. The reality is that a resin like P6006AD, set up for easy melting and flow, lets process engineers define operating windows with less trial and error. In our experience, it works well across a range of screw configurations. That predictability lets supervisors blend recycled content or color additives with more control, confident the base resin won’t shift their entire processing window out of spec.

    We've come across a few operations handling both round and square bottle molds. Switching between designs can introduce minor chaos, mainly because of different cooling patterns and shrink rates. With this grade, our own experience shows minimal variation in shrinkage rates, keeping clamping and trim adjustments to a minimum. Less time spent recalibrating translates to more steady output and lower rework levels, especially when job changes stack up on the schedule.

    Meeting Growing Regulatory Needs

    Customers face stricter rules than ever for packaging—everything from food contact regulations to recycling mandates and migration limits. SABIC HDPE P6006AD emerges from our lines with an emphasis on purity, so processors can submit regulatory paperwork with confidence. This isn’t only about certifying grade compliance. Running a clean, well-formulated grade means less risk of cross-contamination or migration failures in laboratory tests. In some cases, lines operating at high output for soap and shampoo bottles report passing migration and purity testing year after year without failures that can cripple production or trigger costly recalls.

    Traceability remains a big part of polymer supply for industries facing regular audits. We’ve implemented robust lot tracking for this grade, making it easier for customers to maintain clear records for downstream users. In markets pushing hard for recycled content, the blend flexibility of P6006AD allows processors to adjust their recipes while maintaining performance, sidestepping many of the headaches that come up with recycled-heavy mixes.

    Supporting Sustainability, Reducing Waste

    Sustainable packaging is more than a talking point: it’s a daily operational reality. Processors call for resins that handle recycled content or operate efficiently enough to cut energy usage. We’ve worked directly with teams experimenting with higher recycled fractions in their bottles. Because of the steady melt flow and controlled branching of P6006AD, processors can achieve up to 15–20% post-consumer resin content in containers without seeing major increases in scrap or drop-off in mechanical properties. Some facilities push even higher, but the edge comes from having a robust base resin as the majority of the blend.

    Waste management teams share that bottle scrap recovery runs smoother with lower additive loads and clean-burning resins. This grade leaves behind minimal residue, supporting cleaner re-melting and pelletizing. Where some grades gum up screens or combust unevenly, our pellets run clean, reducing fire risk and machine downtime. For operations tracking environmental impact, these reductions in scrap, emissions, and cleaning agents are worth tracking.

    Field Insights: Hearing from Users and Partners

    Nothing beats conversations with site managers or engineers actually running the product. Customers have let us know that in both single-shift and 24/7 facilities, line speed increases and maintenance stops decrease when using P6006AD. One large bottle production line reported reclaiming nearly four operational days per quarter because the resin handled coloring agents without unexpected fouling or parison distortion—a difference that translates directly to the bottom line.

    Another customer running trigger-spray bottle molds for cleaning products measured both reduced energy usage and fewer complaints from downstream fillers due to improved neck strength and finish quality. They pointed to the more controlled shrinkage and rapid cooling characteristics of P6006AD resin, helping meet contract requirements with less overfill and waste.

    Continuous Improvement Through Direct Feedback

    Site trials are part of our process for any new or improved product. Continuous feedback cycles with partners have allowed us to fine-tune pellet size, control dust levels, and adjust antioxidant packages for regions with tougher storage and transport conditions. Production managers facing tropical climates or long transport routes sent back observations about caking and agglomeration in other grades. Using this direct feedback, we've tightened quality controls and shipping procedures for P6006AD, supporting smoother transitions from plant to warehouse.

    In cold climates, certain grades of HDPE can become brittle with fast cooling. Reports from processors in these regions confirm the P6006AD resin maintains impact resistance, even in facility temperature swings or in products destined for export outside the region. These small operational details stack up over time, building operator trust and customer loyalty.

    Looking Toward the Future

    The demands on packaging producers will only intensify: regulatory pressure, environmental expectations, and customer scrutiny all keep rising. Production teams must balance throughput with cost and product excellence. A resin that takes headaches off the line manager’s desk genuinely supports these goals. SABIC HDPE P6006AD isn’t alone in the market, but it stands up to daily comparison thanks to its mix of predictability, resilience, and operator-friendly performance. It rarely generates operator gripes and doesn’t complicate processing for the sake of shaving pennies off the blend.

    Customers pushing boundaries in automation, large-volume container runs, or high-color branding all benefit from consistent, steady resin quality. Every little detail, from pellet shape to antioxidant package, has been field-tested—not simply designed in a lab. For teams measuring output in hundreds of thousands of bottles per shift, the difference between a smooth or rough-running resin could mean lost customers or industry wins.

    Conclusion: Why SABIC HDPE P6006AD Matters for the Industry

    As a manufacturer, the measure of a resin comes from feedback, trial runs, and real operational data. SABIC HDPE P6006AD consistently earns its role on high-output lines. Fewer dust-ups at the hopper, smoother runs over long hours, and stronger end products all help customers meet their production targets. By listening to partners and hands-on operators, we have shaped a grade that answers the market’s calls without compromising plant performance. There’s no shortcut to winning operator trust—P6006AD earns it through day-in, day-out reliability and results.

    Top