Products

Borouge LDPE FT5230

    • Product Name: Borouge LDPE FT5230
    • Alias: LDPE FT5230
    • 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

    383790

    Product Name Borouge LDPE FT5230
    Polymer Type Low Density Polyethylene (LDPE)
    Melt Flow Rate 190c 2 16kg 1.8 g/10min
    Density 0.923 g/cm3
    Tensile Strength At Yield 10 MPa
    Elongation At Break 400%
    Flexural Modulus 210 MPa
    Vicat Softening Temperature 94°C
    Haze Thickness 50um 12%
    Clarity Thickness 50um 98%
    Slip Agent None
    Antiblock Agent None

    As an accredited Borouge LDPE FT5230 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Borouge LDPE FT5230 is typically packaged in 25 kg white plastic bags, featuring Borouge branding, product details, and safety information.
    Shipping Borouge LDPE FT5230 is typically shipped in 25 kg bags or bulk containers, securely sealed to prevent contamination and moisture ingress. Palletized loads ensure safe handling and transportation. Compliant with standard chemical transportation regulations, the product should be stored in a cool, dry place away from direct sunlight and sources of ignition.
    Storage Borouge LDPE FT5230 should be stored in cool, dry, and well-ventilated conditions away from direct sunlight and sources of heat. Protect the material from moisture and contamination. Store in original, tightly sealed packaging to prevent dust accumulation and avoid exposure to strong oxidizing agents. Ensure storage areas comply with relevant safety and regulatory guidelines for polymer materials.
    Application of Borouge LDPE FT5230

    Applications of Borouge LDPE FT5230 in Industrial Manufacturing

    Borouge LDPE FT5230 is a specialty low-density polyethylene designed to meet the technical and regulatory demands of advanced industrial applications. Our manufacturing expertise ensures the material achieves consistent melt flow, purity, and mechanical performance tailored to critical sectors relying on high-quality polymer conversion. Below, we detail the primary downstream applications, key compliance systems, practical blending ratios, integration points in customer operations, and the principal finished goods produced using this grade.

    1. Extrusion Coating for Liquid Packaging Board

    Major beverage, dairy, and liquid food processors require extrusion-coated paperboard made with LDPE for liquid containment, printability, and aseptic sealing. Packaging companies select our material to improve coating adhesion, heat seal integrity, and organoleptic neutrality, especially where food safety audits are strict. Formulation varies with multilayer architectures, paper substrate properties, and speed of coating lines. End-use demands, such as shelf-life and filling line compatibility, directly influence processing parameter selection and QC critical points.

    Industry compliance standards

    • FDA 21 CFR 177.1520 (Olefins for food contact)
    • EN1186 European food contact requirements
    • China GB 9685-2016 (Hygienic standard for food contact materials)
    • BRCGS Packaging Materials Issue 6

    Typical usage ratio

    • Coating coverage 12–32 g/m² (typically 100% LDPE base layer; can incorporate up to 15% tie or function layer blends depending on barrier demands)

    Downstream process integration

    • Material is applied via high-speed extrusion coating lines onto primed or unprimed cellulose board at temperatures ranging from 280–320°C after in-line edge trimming and moisture control steps

    Final product types

    • Aseptic juice cartons
    • Milk and cream paperboard packaging
    • Description-labeled liquid food packaging for schools, hospitals, and public tenders
    • Barrier-coated food service containers

    2. Film Blowing for Agricultural Greenhouse Films

    Farm supply manufacturers and agricultural film converters utilize specialty LDPE to balance flexibility, puncture resistance, and clarity over wide film widths. Our polymer meets rigorous photostability and mechanical strength profiles required for demanding open-field and tunnel film installations. Adjustments in formulation depend on crop diversity, climate exposure, and end-user replacement cycles, affecting not just longevity but also harvest output and insurance acceptance.

    Industry compliance standards

    • ISO 18604:2013 (Plastics — Environmental aspects)
    • REACH Annex XVII compliance for European deployment
    • UNI EN 13206 (Plastic covered greenhouses—Films and methods of test)
    • US EPA standards for agricultural plastic mulching

    Typical usage ratio

    • 70–100% base polymer for monolayer films; multilayer applications may blend 10–30% UV absorbers, anti-fog, or EVA as secondary layers depending on crop exposure and requirements

    Downstream process integration

    • Material introduced directly into continuous film blowing or co-extrusion systems, with gravimetric feeders adjusting masterbatch additive levels as dictated by regional climate and seasonality specs

    Final product types

    • Greenhouse covering sheets (single- or multi-season)
    • Agricultural tunnel films
    • Irrigation control mulching film
    • UV-resistant crop protection films

    3. Injection Molding for Container Closures

    High-throughput packaging operators require uniform shrink and flow characteristics for injection molding closures, caps, and small-format packaging elements that must withstand hot fill, tamper-evidence, and torque performance criteria. In applications where food safety, pharmaceutical, or personal care products are involved, processors choose our grade for its clean processing and dimensional consistency, ensuring closure assembly and downstream automated line compatibility.

    Industry compliance standards

    • US FDA 21 CFR 177.1520 (Suitable for direct food and beverage contact)
    • EU Regulation (EC) No. 1935/2004 (Materials intended for food contact)
    • ISO 9001 and ISO 15378 (Primary packaging for pharmaceuticals)
    • SFDA (China) Certification for bottle and closure contact safety

    Typical usage ratio

    • 80–100% LDPE for soft touch closures; up to 20% slip or anti-block masterbatch for high-speed lines, depending on closure torque and thread design

    Downstream process integration

    • Material is dosed into high-pressure injection molding machines, post-drying and thermal conditioning for dimensional accuracy, then demolded to inline conveyor for cap lining, printing, or liner insertion

    Final product types

    • Beverage bottle caps
    • Dairy and juice closures
    • Pharmaceutical dispensing closures
    • Personal care product snap and flip-top lids

    4. Wire & Cable Sheathing Compounds

    Cabling manufacturers rely on specialty LDPE for jacketing compounds where resistance to stress cracking, consistency in extrusion profile, and stringent electrical insulation parameters define batch acceptance. The material ensures reliable sheath strength and electrical isolation for low- and medium-voltage applications and adheres to complex smoke/toxicity and flexibility requirements that fulfill international and regional infrastructure projects' regulatory benchmarks.

    Industry compliance standards

    • UL 1581 (Reference Standard for Electrical Wires, Cables, and Flexible Cords)
    • IEC 60332 (Flame Retardance of Electrical Cables)
    • RoHS 2011/65/EU (Restriction of Hazardous Substances Directive)
    • BS EN 50290-2 (Cabling materials safety and performance)

    Typical usage ratio

    • Base polymer content typically 85–98%; 2–10% flame retardant, stabilizer, and pigment dispersion added for colored or higher safety specification cables

    Downstream process integration

    • Compound is directly fed to single or double screw extruders for continuous jacketing over drawn, annealed copper or aluminum cores following stranding and pre-treatment, then passed through in-line cooling, diameter calibration, and spark testing

    Final product types

    • Telecommunication and signal cable sheathings
    • Low-voltage power cable insulation
    • Building wiring outer jacketing
    • Automotive data cable covers

    5. Foamed Cushioning Sheet for Protective Packaging

    Protective packaging converters use LDPE in physical blowing processes to create resilient, lightweight foam for transit packaging, electronics cushioning, and impact absorption. Consistency in cell structure, density control, and antistatic performance are driven by both final package drop-test compliance and consumer product safety labeling in logistics. Granule purity and batch melt index uniformity directly affect foaming behavior and finished thickness tolerances.

    Industry compliance standards

    • EN 13427 (Packaging - Requirements for the use of European standards in the field of packaging and packaging waste)
    • REACH SVHC (Substances of Very High Concern) non-content declaration
    • ASTM D3575 (Flexible Cellular Materials—Physical Properties)
    • RoHS for electronics packaging in global trade

    Typical usage ratio

    • Main resin 88–98%; 2–12% chemical/physical blowing agents and antistatic concentrate as per application—higher antistatic and ESD packaging may increase additive levels within range

    Downstream process integration

    • Material is premixed with blowing agent and additives and processed through continuous extrusion foaming units, expanded and shaped via controlled cooling roll and slitting lines for sheet or profile conversion

    Final product types

    • Electronics buffer packaging sheets
    • Protective foam wrap for furniture and appliances
    • Anti-static cushioning for sensitive devices
    • Floor underlay and interlayer packaging components

    Free Quote

    Competitive Borouge LDPE FT5230 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 LDPE FT5230: Reliability Forged By Experience

    At our production site, each batch of Borouge LDPE FT5230 reflects years of hands-on work and improvement driven by what the industry actually demands from low-density polyethylene. Out on the line, it's easy to spot the subtle details that separate FT5230 from typical general-purpose LDPE grades. Our team invests in real testing, frequent technical reviews, and close cooperation with converters who provide direct feedback, not just data sheets. This grade didn’t earn its place in the market by luck—it came through persistent optimization of polymerization conditions, material consistency, and additive formulation.

    What Sets Borouge LDPE FT5230 Apart

    There's nothing generic about this grade. The molecular structure, the melt flow properties, and the resin clarity are the result of a controlled process adapted to the demands of modern film and coating lines. Melt flow rate around 2 g/10 min at 190°C/2.16kg sets FT5230 up for blown film extrusion where operators chase both output and a fine balance of toughness and processability. For packaging and agricultural film makers, melt homogeneity becomes critical; a minor spike or dip interrupts the film surface, signals customer complaints, and causes waste. We tackled these headaches by adjusting reactor pressures and refining catalyst blends until FT5230 made film with a smooth profile, consistent optical performance, and dependable mechanical strength.

    Comparing FT5230 to older, legacy LDPE resins from other sources, the jump in gel reduction is clear. Frequent filter changes used to slow down extrusion. Countless hours and several minor tweaks later, the current FT5230 resin remains remarkably clean, reducing downtime and helping factories run longer shifts without fuss. No one wants unexplained gel streaks or surface imperfections—so we’ve set stricter control limits at the pelletizing and compounding stages to drive those issues down.

    LDPE That Holds Up Where It Counts

    Film processors face all sorts of pressures beyond just throughput. The resin needs to fight through ambient humidity, recycled content fluctuations, and less predictable extruder maintenance. FT5230 proves its worth under these circumstances: stable bubble formation, good tear resistance, and no brittle failures even when stretched thinner for cost savings. Customers manufacturing carry bags, shrink films, or hygiene liners turn to FT5230 because they’ve seen that reduced gels and more reliable extrusion translate to fewer complaints and less scrap.

    Tack, slip, and haze all play roles on a busy film line. That’s why we built FT5230 with enough flexibility to suit most slip agent and antiblock masterbatch combinations. Whether running a mono-layer or a three-layer film, processors find FT5230 adapts and doesn’t fight new recipes. Instead of fighting to achieve repeatable gauge, converters say the bubble stays stable and machine direction strength holds up, even at lower thickness. The clarity of film off FT5230 also draws attention—transparency and gloss do not take a back seat, especially for packaging lines seeking shelf appeal.

    Specifications and Quality Direct From the Source

    We take pride in the in-depth quality controls behind FT5230. Each shipment undergoes inspection not by checking boxes, but by verifying attributes that matter on the factory floor: gel count, contamination, and pellet consistency. Molecular weight distribution gets tightly monitored. No one likes surprises, so every bag of FT5230 comes with a backstory of process checks and test runs, not just a batch number. Moisture control stays tight because any trace of water can generate bubbles in the final film—those never pass unnoticed on high-speed lines.

    Unlike lower-grade LDPEs which often land in the “commodity” bin, FT5230 goes through tighter process windows and filtration. Environmental compliance sits right alongside mechanical performance—restricted substances don’t just get checked for regulation, but also for real machine impact. There’s more to the promise than a lab result. Real-world feedback from dozens of customers goes back into our process improvement, whether it’s fine-tuning resin clarity, controlling black specs, or keeping slip uniform.

    Distinct Uses: Experience Shaping Application Focus

    Over time, we have tracked the success of FT5230 across food packaging, carrier bags, agricultural film, and release liners. Flexible packaging engineers rely on its balance of draw-down ability and seal strength. Agriculture film producers recognize its weatherability and resistance to punctures. In the hygiene sector, the resin gives reliable barrier performance without odor transfer issues. Some users try to substitute generic LDPE for specific applications and end up fighting split seams and inconsistent film webs. FT5230 simply shrugs off these problems when lined up against older technologies.

    Iso-thermal blends are becoming more common, and FT5230 fits tightly with co-extrusion layers. During trials, processors observed that transitions remain stable and machine downtime due to blend incompatibility disappears. It’s not just about the resin itself—our technical support helps factories diagnose and solve resin handling hiccups, fine-tune temperatures, or tackle coloration shifts that sometimes come from blends or recycled streams.

    Real Differences From Market Alternatives

    We’ve worked with end-users who switched back and forth among LDPE grades, hunting for better output but ending up frustrated with unplanned downtime. FT5230 stands out through steady performance, lower start-up waste, and smooth winding, especially during long production runs. One of the regular comments we hear: “The gauge and bubble are just stable—no creep or flutter mid-shift.” Film processors chasing speed find that line speeds can edge up without drawing filament or snapping the bubble, owing to the resin’s elasticity profile.

    Global producers often compare FT5230 to North American and European LDPE grades. In blind tests, FT5230’s tear strength and puncture performance consistently align with or outperform benchmarks, especially in high-throughput bag lines. Packaging converters looking for cost control notice savings from reduced gel content and enhanced process reliability, not just listed physical properties. The difference plays out in waste rates, customer returns, and overall plant efficiency.

    Operators juggling frequent product changes have praised FT5230 for the way it simplifies grade transitions. The resin purges cleanly, leaving less residue in the system and reducing downtime between runs. Teams report that even after extended production cycles, die streaking and buildup remain low, and cleaning routines that once needed daily intervention now stretch out to longer intervals. These improvements show up in real cost savings and allow plant managers to shift attention to other operational challenges.

    Supporting Sustainability—and Avoiding Empty Promises

    There’s more pressure every year for sustainable packaging, recycled content, and waste minimization. Any LDPE resin that claims “green” features ends up under scrutiny, not just from regulators, but also from plant supervisors fed up with greenwashing. FT5230 doesn’t solve every sustainability challenge, but it brings clear advantages: It tolerates a higher recycled content without sacrificing performance, thanks to its controlled melt profile and robust film-forming properties. Processors test various regrind ratios and consistently report good bubble strength and no brittle failures.

    As part of ongoing sustainability commitments, we continue trials pushing the limits of recycled feedstock blending. The goal has always been to maintain product quality—not just meet recycling targets on paper. FT5230’s consistency in gauge and strength allows factories to use more in-house scrap, minimizing waste that ends up as landfill or incineration. Less downtime, fewer restarts and less off-spec product mean a smaller energy footprint for each ton of usable film produced. Our product development doesn’t stop with FT5230; feedback from its recyclability and blending performance guides future R&D.

    Working Side-by-Side With Processors

    We’re not just selling a standard resin with a fancy label. Making FT5230 is the result of ongoing connection with converters, machine builders, and packaging engineers. We run technical support programs, not to tick a customer service box, but because we hear about problems before they escalate. Machine operators often contact us mid-shift to report a plug, a fish-eye, or die build-up. Each issue sparks an internal review, a tweak to a filtration screen, a recalibration of pelletization, or an adjustment to the supply chain.

    On many shop floors, production teams set up FT5230 and dodge surprises that used to plague previous LDPE runs. Whether it’s a last-minute grade change, unexpected machine heat-up, or need to run a thinner film for cost-cutting, FT5230 delivers reliable performance. Our role is to keep evaluation transparent—facts, not sales patter, drive the next batch improvements. Partners in the supply chain know our support extends to sharing processing know-how, from extruder temperature profiles to storage advice that actually works in real-world warehouses.

    Continuous Improvement and Growth

    Manufacturing LDPE isn’t a static discipline. Every run teaches something new as temperatures, humidity, and demand shift. FT5230 never sat idle on a laboratory bench; it evolved through pilot production, customer plant trials, and endless post-mortems of output quality. The extrusion teams relay the nitty-gritty details back—film draw issues, pack out results, even forklift handling concerns for bulk bags. We value real production feedback more than any marketing label ever could.

    Market trends change every year, from regional packaging standards to local customs restrictions. FT5230 adapts, and so does our process. We don’t rest on legacy credentials; we vet each suggestion and tweak that bolts on value. Keeping the dialogue open with packagers, converters, and machine operators means each container of resin includes lessons learned from real work, not just standard test results.

    Fact-Based Commitment

    Rather than hiding behind technical jargon, we focus on measurable attributes that affect plant operations: output yield, gel content, process uptime, and troubleshooting efficiency. Each time a batch of FT5230 leaves our plant, it carries the lessons from past runs and the expectation for further improvements to come. Our reputation for reliability wasn’t inherited—it's earned by shipping resin that can hold up under the toughest extrusion and film production requirements.

    That’s how FT5230 carries its distinction. Not only does it give processors an edge in daily conversion, it does so through a design grounded in practical experience, not just theoretical targets. Every improvement is born from the real world, and every challenge pushes us to refine the next batch. Direct feedback, hands-on troubleshooting, and open lines with customers keep the cycle of progress alive. FT5230 stands as proof of what a manufacturer achieves with genuine connection to the people who put its products to the test every day.

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