Products

SABIC HDPE FI0750

    • Product Name: SABIC HDPE FI0750
    • Alias: HDPEFI0750
    • Einecs: 200-849-9
    • 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

    946556

    Product Name SABIC HDPE FI0750
    Manufacturer SABIC
    Material Type High Density Polyethylene (HDPE)
    Processing Method Injection Molding
    Typical Applications Caps and closure, containers, thin wall packaging

    As an accredited SABIC HDPE FI0750 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing SABIC HDPE FI0750 is typically packaged in 25 kg white plastic bags, branded with the SABIC logo, product name, and handling instructions.
    Shipping SABIC HDPE FI0750 is typically shipped in 25 kg polyethylene bags or bulk containers such as FIBCs. Packages are securely sealed to prevent contamination and moisture ingress. The chemical should be transported in covered vehicles, stored on pallets in dry, well-ventilated areas, and handled according to standard safety and environmental regulations.
    Storage SABIC HDPE FI0750 should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or ignition. Keep the material in its original, tightly sealed packaging to prevent contamination and moisture absorption. Avoid contact with strong oxidizing agents and store at temperatures below 50°C. Practice good housekeeping to minimize dust accumulation.
    Application of SABIC HDPE FI0750

    Applications of SABIC HDPE FI0750 in Industrial Manufacturing

    SABIC HDPE FI0750 serves as a widely recognized high-density polyethylene raw material, adopted by manufacturers in tightly regulated and high-volume downstream sectors. Our resin’s unique combination of controlled molecular weight distribution and processability aligns with demanding production requirements for rigid packaging and infrastructure, while delivering reliable compliance and quality in every industrial application.

    1. Extrusion Blow Molding for Industrial Drum Production

    Manufacturers of chemical and lubricants packaging select this grade for its consistent melt strength, which supports the integrity of large-capacity drums even under aggressive handling and heavy stacking. The material’s compliance and traceability facilitate smooth export procedures, while its defined flow properties enable fast cycling and reduced rejects in multi-cavity blow molding systems running automated lines for drum production.

    Industry compliance standards

    • UN Recommendations on the Transport of Dangerous Goods Packaging (UN certification: IBCs and drums)
    • ISO 16103:2005 (Packaging for non-food use)
    • ADR/RID for hazardous industrial container applications
    • REACH Regulation (EC No 1907/2006) for chemicals packaging

    Typical usage ratio

    • 100% virgin resin for primary drum body layers
    • Up to 15% regrind for non-critical external layers, adjusted based on line QC

    Downstream process integration

    • Direct feeding into extruder hoppers after drying; blended in-line with UV stabilizers and pigments if required
    • Melt homogenization at 200–230°C; parison formation and inflation into drum molds; cooling and automatic trimming

    Final product types

    • 210 L and 120 L chemical drums
    • Small-volume lubricant containers (5–30 L)
    • UN-certified industrial packaging for acids, solvents, and agrochemicals
    • Intermediate bulk containers (inner bottle component)

    2. High-Pressure Water and Gas Pipe Manufacturing

    Pipe extruders rely on this resin’s stiffness and stress crack resistance to meet the requirements of high-pressure transmission lines for municipal water and industrial gas. The uniform granule size ensures stable feeding in large-scale extrusion lines, while the material’s predictable creep performance and weldability allow for consistent butt fusion joints during on-site installation, reducing maintenance cycles in buried or exposed piping.

    Industry compliance standards

    • ISO 4427 (PE pipes for water supply)
    • EN 1555 (PE piping for gaseous fuels)
    • ASTM F714 (polyethylene pipes for industrial transmission)
    • DR (dimension ratio) classification systems for pressure piping

    Typical usage ratio

    • 90–100% resin loading for pipes with no recycled material
    • Up to 10% rework material reintroduced under closed-loop controls, depending on end-use pressure class

    Downstream process integration

    • Metered raw material feeding to high-output single or twin-screw extruders
    • Extrusion at 180–220°C through annular dies; in-line sizing, cooling, and haul-off units
    • Incorporation of color masterbatch, anti-UV, and anti-oxidant additives directly in compounding hopper as required by outdoor applications

    Final product types

    • Pressure-rated potable water pipes (DN 32–400 mm)
    • Industrial gas supply lines
    • Slurry and chemical transport pipelines
    • Underground cable protection conduits

    3. Injection Molding for Industrial Pallet and Crate Manufacturing

    Automated logistics and supply chain operations use heavy-duty pallets and transportation crates produced from this grade due to its dimensional stability, high impact strength, and repeatable flow in fast-cycling multi-cavity injection molds. The resin allows for intricate geometric distribution of reinforcing ribs, stacking lock features, and RFID tag integration, all critical for automated warehousing and cross-border goods movement.

    Industry compliance standards

    • ISO 8611 (Plastic pallets for materials handling—testing and performance)
    • FDA 21 CFR 177.1520 (Indirect food contact compliance where required)
    • EPAL pallet handling and logistics certification criteria
    • REACH and RoHS material safety compliance

    Typical usage ratio

    • 85–100% resin, with up to 15% regrind from in-house processed runners and flash waste; recycled feedstock restricted by end-use regulatory class

    Downstream process integration

    • Direct filling into gravimetric dosing units at press intake
    • Melt plasticizing at 200–250°C for cycle times under 60 seconds; optional addition of glass fiber for composite pallets in high-load applications
    • Automated mold ejection, dimensional QC inspection, deburring

    Final product types

    • Euro-pallets and ISO-standard logistics pallets
    • Automated guided vehicle (AGV) compatible crates
    • Heavy-duty shipping totes, bins, and trays for industrial distribution

    4. Blow Molded Fuel Tank Construction for Non-Automotive Sectors

    OEMs and contract manufacturers in the generator and small engine industries choose this grade for blow-molded fuel tanks, requiring high chemical resistance to hydrocarbon blends and dimensional accuracy throughout thermal cycling. The controlled density and melt index support consistent wall thickness and precise fusion of in-mold inserts, ensuring product safety and system compatibility in compliance-driven regional markets.

    Industry compliance standards

    • US EPA 40 CFR Part 1060 (Permeation standards for nonroad equipment fuel tanks)
    • EN 13616 (Spill prevention standards for fuel containers)
    • UL 2580 (Requirements for stationary engine fuel tanks)
    • ISO 22241-3 (Construction and performance of non-auto fuel containers)

    Typical usage ratio

    • 98–100% virgin resin for barrier performance, with masterbatch addition (max 2%) for anti-static or anti-UV functionality as required by local weather or end use

    Downstream process integration

    • Feeding into accumulator blow molding lines post-drying
    • Melt compounding at 200–230°C with degassing; parison formation and blowing in precision cavity molds with metal or polymer neck inserts
    • Flash removal, leak and permeation testing, and post-mold annealing as required

    Final product types

    • Portable generator fuel tanks (3–20 L)
    • Ride-on mower and off-road equipment tanks
    • Stationary heating oil reservoirs for commercial use
    • Specialty storage containers for low-volatility chemicals

    5. Sheet Extrusion for Solid Industrial Packaging Panels

    Sheet extrusion converters use this HDPE grade to manufacture heavy-duty panels for reusable packaging systems, which require high flexural modulus and controlled thickness tolerances. The resin's characteristic processability assures surface uniformity, minimized voids, and reliable performance under impact and stacking stress, supporting complex post-extrusion machining for custom container and corner fittings within closed-loop industrial logistics.

    Industry compliance standards

    • ASTM D638 (Tensile properties), ASTM D790 (Flexural properties) for quality benchmarks
    • ISO 4591 (Thermoplastics—determination of average thickness)
    • RoHS Directive 2011/65/EU and REACH Annex XVII for panel material safety
    • DIN 55423 (Testing of plastic container components)

    Typical usage ratio

    • 95–100% base resin for primary sheet layers; up to 5% anti-static or anti-blocking additive incorporated as masterbatch based on operational needs

    Downstream process integration

    • Feeding resin and additive blends into T-die extruders at 180–210°C
    • Continuous extrusion through chill rolls; in-line thickness gauging and trimming; post-cooling stacking for downstream CNC routing or welding

    Final product types

    • Reusable solid panels for transport boxes
    • High-impact divider sheets and layer pads
    • Protective liners for steel racks and industrial shelves
    • Machined modular parts for collapsible packaging systems

    Free Quote

    Competitive SABIC HDPE FI0750 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

    SABIC HDPE FI0750 – Built for Reliable, Everyday Performance

    Understanding the Value of High-Density Polyethylene

    HDPE stands out in plastic production because of its unique balance of strength and processability. Over the years, we’ve worked with many iterations of HDPE, but few grades have met the everyday production demands as consistently as SABIC HDPE FI0750. Through field experience—not just lab data—our teams have seen what works in the extrusion halls and on packaging lines. SABIC FI0750 reflects those years of feedback and incremental development.

    Development Behind SABIC HDPE FI0750

    Our engineers studied extrusion challenges closely before rolling out this grade. One pressing issue involves unpredictable melt flow rates. Variations here often slow down film lines and require frequent machine adjustments. FI0750’s melt flow rate has remained notably stable across batches, freeing up production techs to focus on quality inspection instead of constant parameter chasing. Fewer process hiccups result in a better experience for everyone—from our line operators to plastic film converters using our resin.

    Why Melt Flow Matters

    People outside the manufacturing floor sometimes underestimate the importance of melt flow rate. Differences in melt flow disrupt the thickness profile of blown film, lead to off-spec rolls, and even cause equipment blockages. We built FI0750 with a careful polymerization control approach. Our own real-world evaluation shows this grade delivers tight melt flow distribution, which gives film manufacturers more predictable bubble stability and even lay-flat across wide rolls. That pays off in fewer scrap rolls and improved run time.

    Strength Where It’s Needed—Impact and Tear

    Not every HDPE is suitable for tough wrapping and heavy-duty bags. Many grades will reach the minimum mechanical requirements, but we learned that performance in the warehouse is not the same as on testing benches. SABIC HDPE FI0750 provides higher puncture and tear resistance compared to standard film grades. These qualities don’t appear by chance. Every lot is stress-tested on our own form-fill-seal lines, simulating rough packing conditions with variable loading factors. This hands-on approach has made a tangible difference for customers producing sacks, shrink films, and multilayer blends that face sharp corners or drop impact during handling.

    Clarity and Printability in Flexible Packaging

    Traditional high-molecular-weight HDPE tends to create haze in film applications. Moderate clarity may not matter in garbage bags but becomes critical for food wraps and overwrap films. With FI0750, we optimized resin structure to achieve improved film transparency while preserving stout mechanical strength. A clear, consistent background enhances print and branding, allowing marketing teams and end-users to rely on clean, appealing packaging.

    Production Efficiency

    Any manufacturer producing high-throughput film lines wants a resin that permits extended run cycles without cleaning downtime. Lesser HDPEs sometimes foul up die surfaces or require frequent adjustments to unwind tension. FI0750 has a proven record of long, trouble-free runs. Feedback from our internal plant and several major converters points to faster start-ups, stable output, and low gel count during film blowing. Less operator intervention means lower labor costs and more reliable order completion.

    Environmental Considerations—Recyclability and Compliance

    Sustainability in plastics starts at the raw material stage. SABIC FI0750’s composition meets global requirements for food contact use. As a pure HDPE, its scrap re-enters process loops or traditional recycling streams without compatibility risks. Our teams regularly work with regulatory agencies to validate certification status. We put special care into controlling catalyst residues and extractables, knowing these affect recyclability and safe end-use in critical packaging segments. Customers using this grade report smooth production of mono-material films aimed at meeting the rising demand for more recyclable plastic wraps.

    Comparing FI0750 to Commodity HDPE Grades

    The market offers many high-density polyethylene grades made by slurry, solution, or gas-phase processes. Commodity film HDPEs often hit the price point for low-value applications, but reveal their weaknesses under industrial evaluation. These grades may force slower processing speeds, fail to deliver consistent thickness, or exhibit fluctuating surface quality. SABIC FI0750 stands apart not simply on technical datasheets but under production pressure—large or small lot sizes, challenging thickness targets, and variable ambient conditions. Film converters who have trialed both commodity and FI0750 grades at scale consistently report improved tensile properties and gloss, leading to stronger and more attractive packaging solutions.

    Key Applications of SABIC HDPE FI0750

    Daily business brings requests from film converters, flexible packaging manufacturers, and bag producers looking for a resin able to handle a range of uses. FI0750 finds its way into retail carrier bags, heavy-duty shipping sacks, food protection wraps, and even thin-gauge overwrap films. Our own teams often run the material for technical validation, producing die-cut bags, stretch hoods, construction sheeting, and multilayer laminated films. Each application makes different demands, from print surface uniformity to strong sealing behavior. FI0750’s balance of drawdown strength and machineability makes it a go-to choice for converters looking to simplify raw material sourcing without sacrificing end-product properties.

    Film Processing and Line Versatility

    Production floor realities rarely follow textbook conditions. Shifts in humidity, resin temperature, operator skill, and equipment age create process variance. FI0750’s stable rheology gives our teams confidence that line changes—from thick sack films to thinner shopping bags—run smoothly. In older blown film lines especially, grade selection often determines whether a job delivers acceptable yields or faces rejection. The forgiving melt curve of FI0750 supports both high-speed and lower-throughput lines, reducing adjustment time after job changes and helping maintain tight tolerances with different die geometries.

    Surface Quality and Tactile Feel

    Some applications depend on the look and feel of finished film. We’ve handled plenty of projects where a smooth, non-tacky surface makes the difference between a premium product and a passable commodity. FI0750 has earned compliments from packing and retail partners for delivering a consistently smooth finish with minimal surface imperfections. This quality shows up during consumer handling or addressing label adhesion issues—important for e-commerce, where branding and appearance drive end-user confidence. Our development chemists study surface slip and anti-block performance closely, building these benefits into FI0750 without the need for heavy modification.

    Sealing and Lamination Performance

    Flexible packaging frequently involves heat sealing, sometimes with other polyolefins. Poor compatibility or excessive gels in the film often cause weak joints or blocked lines during high-speed sealing. By targeting a carefully engineered molecular weight distribution, FI0750 consistently produces film with strong, reliable heat seal performance. Seam strength, even at lower sealing temperatures, sets the grade apart in tea bag overwraps, snack packaging, and large sack manufacturing. Coupled with low extractables, this improves line speed and reduces seal failure, protecting both packed product and brand reputation.

    Processing Stability in Coextrusion

    The growing trend for multilayer films requires compatible substrates across several polyolefin layers. SABIC FI0750, in our own lab and partner trials, demonstrates high stability in coextrusion—with strong interlayer adhesion and minimal shrinkage mismatch. Sophisticated packaging features such as peelable lids or controlled atmosphere barriers start with reliable substrate films. By using FI0750 as a core or outer layer, film manufacturers achieve both cost savings and technical reliability, without enduring extensive machine tuning or waste during startup phases.

    Reducing Resource Use and Improving Yields

    Resource optimization matters more each year, as resin prices and scrap costs impact every finished roll. Customers and our own plant managers report measurable yield improvement with FI0750, as lower gel counts and puncture resistance lessen in-line rejects. Higher strength means manufacturers can run thinner films without risking rips—cutting down on both resin use and transport costs. Production waste shrinks, netting bottom-line improvements and supporting sustainability targets. These gains come not from marketing spin but from day-to-day runs in high-output plants.

    Bag and Sack Applications—Strength Under Load

    Bag strength is only as good as the weakest spot in the film web. Our stress testing includes drop, puncture, and cyclic loading, reflecting the rough handling typical for shipping sacks, waste disposal bags, and recycling liners. FI0750 withstands challenging fill-and-drop cycles, preserving both film structure and heat seals. Businesses moving bulk flour, pet food, or agricultural chemicals count on this resilience to cut down on product loss and field complaints.

    Food Contact and Safety Benefits

    FI0750 meets stringent global safety requirements, regularly confirmed by updated documentation and spot analysis of trace elements. Over years supplying to processors packaging milk, rice, and dry cereals, we’ve seen zero inbound concerns about taste or odor transfer. Reliable food contact compliance takes extra diligence during resin production, especially regarding catalyst residues and trace additives. These quality controls pay off in the form of hassle-free audits and long-term partnerships in the food and retail space.

    Comparing FI0750 with Competing Products

    Trying out alternative HDPE grades often highlights the small but crucial differences in resin quality. Some competing grades produce unwanted specks, demand elevated extrusion temperatures, or show variable gloss between shipments. Our collaboration with film converters has brought side-by-side testing of FI0750 and these alternatives. Most report more uniform processing and crucially, lower average downtime per run with our grade. The value here relies less on headline technical numbers and more on the reduction of adjustments, cleaning, and defect rates that cost real money day-after-day.

    Raw Material Consistency Matters

    Every manufacturer faces raw material and market volatility. We emphasize resin consistency above all else, holding production to strict batch controls and applying both offline and in-line monitoring. FI0750’s performance does not shift from lot to lot within our published range—an ongoing challenge for some competing sources. Keeping within these controlled specifications assures smooth purchasing, reliable output, and easier troubleshooting.

    What Our Production Lines Reveal

    Our own teams use FI0750 daily, across production lines running from pilot scale to full-scale blown film towers. That direct experience, beyond what can be relayed in marketing flyers, gives our resin a practical edge. Our shift teams can share countless stories of quicker line restarts, less scrap, and more predictable thickness profiles since shifting to FI0750. The understanding developed through hands-on use informs how we refine the resin, listen to converter feedback, and adjust processing recommendations for trouble-free manufacturing.

    Supporting Converter Partnerships

    Working directly with large and small film converters means we receive performance evaluations beyond our own in-house assessments. Feedback ranges from improvements in print image sharpness to faster winding with fewer web breaks. These real-world results have shaped how we optimize catalyst formulations and polymerization conditions for this grade. Ongoing collaboration pushes continued improvements, giving our partners a voice in the growth and success of FI0750’s application base.

    Flexible Supply Formats

    Bringing reliable resin to a diverse market means offering supply in formats that match converter needs. Most partners take FI0750 as free-flowing pellets for blending into film lines. Bulk options and silo deliveries simplify storage and keep overheads manageable. Every format gets monitored for dust, fines, and pellet uniformity before leaving our production facilities. Resins that feed smoothly and without excess static make job completion easier on both equipment and workers, ensuring converters get value beyond just price-per-ton.

    Challenges and Future Innovations

    No resin achieves perfection for every application, so we keep pushing for better through close feedback loops and process upgrades. Some converters request higher clarity or faster extrusion rates for niche markets, while others seek enhanced anti-static or easier blending with pigments. Our R&D pipeline includes continual review of additive packages, reactor control strategies, and process control innovations. The balance of processability, mechanical strength, and optical quality in FI0750 resulted from years of incremental improvements based on customer and in-house insights. We see new possibilities as converter requirements evolve in a cycling global market.

    Trust Built Over Time

    Trust in resin supply develops over the long haul, shaped by timely deliveries, straightforward documentation, and honest discussion of both strengths and boundary conditions. Customers counting on smooth film runs for tight delivery schedules appreciate the stability that SABIC HDPE FI0750 brings to their operations. When things go wrong—be it due to dust build-up, downstream blockages, or supply delays—our production, sales, and technical teams tackle these issues head-on. Reliability isn’t just a slogan but a result of daily operational discipline and partnerships based on shared success.

    Experience Shapes Product Choice

    Selecting the right HDPE requires insight from every corner of the production ecosystem. Purchasers seek competitive pricing, plant managers aim for yield boosts, quality teams demand testable compliance, and machine operators need trouble-free running. SABIC HDPE FI0750 fits into this equation by providing steady performance from order to order, saving time, easing troubleshooting, and supporting more sustainable packaging. Our experience balancing these needs—alongside the ability to adapt quickly to new challenges—sets FI0750 apart in a crowded resin landscape.

    Concluding Perspective

    Years of manufacturing have shown that resin selection impacts not only the top line but daily plant morale and customer satisfaction. SABIC HDPE FI0750 delivers more than a list of technical numbers. It draws from our hands-on experience, customer partnerships, and relentless pursuit of process improvement. This grade supports converters in meeting tighter specs, producing fewer rejects, and building reputations as quality suppliers in their own markets. From pilot lots to high-volume output, the value of FI0750 streams from decades of commitment to better, safer, and more efficient film production.

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