|
HS Code |
802314 |
| Product Name | Sinopec LDPE LD100AC |
| Type | Low Density Polyethylene |
| Melt Flow Index 190c 2 16kg | 2.0 g/10min |
| Density 23c | 0.923 g/cm3 |
| Tensile Strength At Yield | 9 MPa |
| Elongation At Break | 400% |
| Vicat Softening Point | 94°C |
| Durometer Hardness Shore D | 42 |
| Melting Point | 110°C |
| Application | film blowing |
As an accredited Sinopec LDPE LD100AC factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Sinopec LDPE LD100AC is packaged in 25 kg white plastic bags with blue and red Sinopec branding and product details printed. |
| Shipping | Sinopec LDPE LD100AC is shipped in pellet form, typically packaged in 25 kg polyethylene bags or bulk containers. Pallets are shrink-wrapped for stability and protection. During transportation, care is taken to keep the product dry, away from direct sunlight, heat sources, and contaminants to preserve material quality and safety. |
| Storage | **Sinopec LDPE LD100AC** should be stored in dry, well-ventilated areas, away from direct sunlight and sources of heat or ignition. Keep the material in its original packaging, sealed, and off the ground to prevent contamination and moisture absorption. Avoid exposure to strong oxidizing agents, and always follow standard safety and handling procedures for polyethylene resins. |
|
Sinopec LDPE LD100AC supports critical production in primary plastics processing segments, where high purity, consistent rheological behavior, and proven compliance drive efficiency, reduce rejection rates, and enable scalable fabrication of consumer and industrial packaging, film, and cable products. As a direct manufacturer, we supply LD100AC that integrates seamlessly into downstream operations with traceable quality and well-documented formulation compatibility. Food contact flexible packaging manufacturers employ our LD100AC for controlled-clarity film and bag extrusion, addressing both hygiene-critical and fast-moving consumer goods (FMCG) packaging needs. Formulation engineers require tight gel count control and resin cleanliness during blown and cast film extrusion to comply with food safety standards in regional and export markets. Our material’s melt flow index supports rapid bubble stability in automated high-throughput lines, reducing edge trim waste and facilitating thickness calibration for meat, dairy, bakery, and ready meal packaging formats. Industry compliance standards Typical usage ratio
Downstream process integration
Final product types
2. Power Cable Insulation & SheathingPower cable manufacturers processing medium and low voltage conductors utilize LD100AC for inner insulation and outer sheath layers via continuous extrusion. The material’s consistent electrical resistivity, low impurity profile, and smooth melt behavior ensure compliance with grid safety and durability benchmarks. Formulators introduce carbon black masterbatches or fire retardant blends in accordance with cable cross-sectional requirements, controlling mechanical flexibility for high-reel speed installation applications such as building wiring and appliance cores. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Agricultural Greenhouse Film ManufacturingProducers of commercial scale greenhouse and mulching films leverage our LD100AC to achieve required clarity and mechanical properties aligned with seasonal crop cycles. In this segment, processors usually blend functional additives—such as light stabilizers, anti-drip agents, or anti-fog compounds—to adjust film durability and condensation management for sustained crop protection. Material traceability, photostability, and gel minimization remain key acceptance criteria to reach regional greenhouse standards and maintain film lifespans above two planting seasons. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. Injection Molding of Consumer Goods & Household ItemsProducers of housewares and lightweight consumer goods inject LD100AC into multi-cavity molds for items requiring moderate stiffness and high impact resistance. The resin supports controlled shrinkage and fast cycle times, minimizing warpage in thin-wall containers, medical device covers, and flexible caps. Color masterbatches and anti-static additives may be incorporated depending on product requirements, with process parameter fine-tuning based on part thickness and dimensional tolerances driven by customer application. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
5. Pharmaceutical & Medical Packaging FilmsDownstream manufacturers rely on our LD100AC for pharmaceutical primary packaging films demanding inertness, absence of extractables, and compliance with validated sterilization processes. The resin’s purity, low volatile organics profile, and physical consistency enable smooth operation on cleanroom film extrusion lines, supporting production of unit dose sachets and hospital barrier wraps. Close control over raw material conformity helps minimize cross-contamination and facilitates international regulatory submissions for medical-grade applications. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
6. Protective Foam Sheet & Cushioning MaterialManufacturers of polyethylene foam sheets and rolls for packaging, transport, and construction sectors integrate LD100AC in batch or continuous foam extrusion. Foamers adjust resin expansion ratios and cell structure by gas injection, targeting shock absorption, thermal resistance or lightweight wrapping performance. Resin consistency and cell nucleation behavior critically influence foam density, tensile strength, and recovery after compression, allowing tailored response for each cushioning or insulation application. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
|
Competitive Sinopec LDPE LD100AC 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
Flexible payment, competitive price, premium service - Inquire now!
From the workshop floor to the final packaging stage, working hands-on with LDPE LD100AC gives us an appreciation of its place in modern plastics manufacturing. This product comes out of Sinopec’s long experience with low density polyethylene. Our engineers and operators consistently note how reliably LD100AC resin moves through the extruder, starting from the first batch. The pellets pour evenly, run clean through hoppers, and strike an efficient melt flow each cycle. We always look at transparency, toughness, and process stability in the materials we use. LD100AC holds its own, especially in the delicate work of film blowing and sheeting—jobs that punish the resin with mechanical and thermal stress.
In practical terms, LDPE LD100AC features a well-balanced melt index and density that fits the day-to-day demands seen on the plant floor. Our operators report an MI in what could be called the mid-range—neither too fast for film integrity nor so slow that we start seeing issues in output rates. This helps us minimize downtime. Polyethylene grades that go too high on melt index tend to sacrifice mechanical strength. Too low, and production bottlenecks grow. LD100AC hits that sweet spot, especially for extrusion. The low density, sitting below traditional HDPE thresholds, allows for pliable, soft films that handle sealing and folding tasks without complaints.
From our experience, the chief difference between LDPE LD100AC and either commodity LDPE or generic high-pressure grades comes down to process consistency and end-product performance. Many generic resins run into issues under high-speed film blowing, from gels and fisheyes to gauge bands. With LD100AC, we’ve measured a much cleaner bubble, fewer interruptions and rejects for surface blemishes. Our feedback from packing departments highlights optical clarity that rivals much pricier blends. Compared to older legacy LDPE materials, the LD100AC grade holds tensile and impact strength, especially under fast-cooling cycles where weaker resins can turn brittle.
Every product we push out the door depends on the resin’s ability to handle demanding requirements, whether thin-gauge film for food packaging, liners, or garment bags. Our line crews have tested LD100AC in various gauge ranges. The grade tolerates down-gauging better than many other LDPE options. This keeps material costs and weight in check without forcing us to accept tearing or pinholes. Printing works well on this substrate too, with ink adhesion staying strong across high-speed conversion lines—key for branded retail bags or custom-printed agricultural sheeting. Where other medium MI LDPEs need a blend or an additive tweak to keep up, we’ve found LD100AC copes on its own in most cases.
Our process technicians often point out how quickly setup proceeds with LD100AC. Barrel temperatures respond predictably, and screw wear stays manageable even after prolonged runs. In processes like blown film extrusion, grade transitions are smooth, so we waste less during changeover. Many resins cause surges or lumps; this one gives us a more predictable throughput. Where clarity is critical—for medical packaging and textile wraps—our quality staff have recorded high ratings for haze and gloss straight off the line. Unlike competing resins that demand higher processing temperatures, driving up energy cost, LD100AC handles lower thermal profiles well without giving up productivity.
Operators working both LDPE and LLDPE lines routinely compare their performance. Unlike linear low-density PE, which delivers greater puncture resistance but suffers from lower shrink rates and more visible gels, LD100AC stays easy to process. It melts smoothly, forms consistent films, and avoids complications like telescoping or edge weaving. High density PE, on the other hand, best serves rigid applications and specialty films where stiffness and heat resistance outweigh flexibility. In most soft film applications, HDPE turns out too noisy, slick, or fragile to meet customer needs for handling and toughness.
Our team agrees: LD100AC’s profile provides higher environmental stress crack resistance than many high flow LDPEs, standing up through packing, transport and converting. It gives an easy seal in bag lines, something not always seen in lower cost resins that leave weak or poorly fused seams. Operators appreciate this performance for grocery sack film, produce bags and inner liners that demand integrity.
Manufacturing practices come under greater scrutiny each year. We hear from our customers about reducing unnecessary packaging weight and supporting recycling streams. Our work with LD100AC enables thinner films, translating to less plastic per pack. It doesn’t sag or tear when below the traditional thickness benchmarks. There’s also the benefit of easier recycling compared to multi-layer films, since the LDPE structure blends better with common reprocessing streams. Since LD100AC runs clean with minimal gels or off-spec product, scrap generation in our own plant remains low, feeding back into the goal of less waste.
We’ve also seen it perform steadily during post-consumer recycling trials, blending into downgraded products without clogging extruders or hurting appearance too much, helping us promote a circular approach in polymer production. Many converters facing green supply chain requirements ask for this kind of performance, and in our experience, this grade meets their audit checklists without disruption.
In the warehouse, workers who wrap pallets, make shrink films, and run bag making lines always comment on resin consistency. LDPE LD100AC shines in these roles. Pallet stretch films made from this resin grip tightly, retain flexibility, and don’t split at the corners when loads shift during transit. For shrink packaging, the resin’s even melting behavior helps us avoid shrink pockets and “dog ears,” which lead to reject piles with some other grades.
Printing operations also benefit. Offset and flexo print lines running at full speed report less transfer loss and better dot definition, meaning more readable graphics and fewer print-related rejects. These observations play out in our quality stats, which show an improvement in finished product appearance where LD100AC replaces generic blends. Our logistics staff see fewer customer complaints and chargebacks around product protection, reflecting better overall reliability in the supply chain.
People who work directly with plastics know there’s more to a resin than what’s on the datasheet. We run regular shift meetings to discuss yields, downtime, and scrap rates. Every time we switch a line to LD100AC, a pattern shows up: reduced barrel fouling, easier screw pulls, and shorter flush cycles between color or grade changes. Older LDPEs tend to char or deposit, so maintenance crews must stop, cool, and clean. LD100AC gives us longer runs with fewer heater club-outs. This matters when every minute on a line must count toward output, not repairs.
Supervisors also note the absence of excessive odor during processing, a concern with off-grade materials that frustrate plant staff and can affect finished product odor acceptability. Simple, clean operation builds confidence among our team and saves time tracking down process headaches.
Our development staff keep one eye on new product launches in the packaging sector. Brands want lighter, clearer, and more puncture-resistant films. They push us for resins that hit the right blend of feel, look, and performance. LD100AC, by supporting thinner yet stronger films, takes pressure off our converters and stretchers to chase marginal gains through additives and blends.
As e-commerce grows, packaging lines that once handled simple bags now run more complex operations—multi-ply films, tamper-evident seals, and custom print jobs with high visual standards. LD100AC has supported our innovation here, letting us trial complex forms without switching to specialty copolymer resins that would drive up costs. This material stands up during handling in distribution centers and through the last mile to customers.
No resin answers every challenge. Our engineering and production staff have seen that while LD100AC handles a broad range of jobs, applications placing strong focus on extreme impact resistance may benefit from blending it with LLDPE or using specialized LDPE grades. In high-clarity sleeve and lamination films, some converters prefer a lower haze resin. LD100AC meets most clarity requirements, but ultra-clear end uses occasionally call for a premium grade.
Electronics packaging brings another level of challenge, where anti-static properties and very specific melt rheology matter. For these jobs, we often use LD100AC as the main substrate and adjust through masterbatch additions, though an off-the-shelf solution sometimes saves steps. While LD100AC holds its ground, we continually work with our research teams to tailor next-generation variants that push even further on clarity, process speed, and surface quality.
As a producer, not just a supplier, we focus on upstream controls to deliver resin that behaves consistently across shifts, seasons, or feedstock changes. We track every production lot, match melt flow and density readings, and troubleshoot upstream polymerization when a shift in property appears. This feedback loop benefits from hands-on feedback and not just lab numbers. Over the years, our investment in new filtration, automated packing, and dust control pays off in fewer off-spec bags and greater traceability if an issue emerges in downstream lines.
Converters who rely on tight inventory and just-in-time delivery find this approach reassuring. Our warehouse team knows every batch gets logged, so if a question arrives from the converting plant, we can trace it back to the reactor. In the case of LD100AC, our steady output quality means fewer disruptions and less stress at the customer end.
We stay in touch with those on the application end—operators, quality managers, and maintenance staff—who don’t always send glowing feedback and push us to do better. LD100AC has gone through thousands of hours of run-time in settings ranging from rural greenhouse film conversion to urban courier packaging. Our site engineers and account reps visit customer sites and track how the film handles tension, heat sealing, and aging.
When a batch runs in a challenging application, we bring back the test rolls and data to our technical team to identify any outliers. We’ve sometimes needed to tweak the production process—an adjustment to reactor pressure or catalyst feed might bring more consistency or reduce variance in haze. These lessons feed back to extend the grade’s reliability.
Packaging requirements evolve every year. Converters and brands face new shelf-life targets or environmental restrictions. LDPE LD100AC enables rapid prototyping, allowing shorter runs for pilot-scale jobs or quick shifts to meet custom orders. This agility keeps both us and our customers responsive to trends, such as the recent uptick in single-use sanitary packaging.
For agricultural users, shifts in climate and regulation mean film must endure longer exposure and resist tear in harsher conditions. LD100AC gives film makers the durability needed, reducing the need for periodic repairs and minimizing crop loss. As compostable alternatives roll out, we find many still prefer the workhorse properties LD100AC delivers, particularly in mechanically recycled blends where predictability wins.
Our factory teams go through regular safety and environmental training, especially with materials destined for packaging that touches food or medical items. LD100AC comes from processes built on health and safety protocols. There is continual surveillance of possible contaminants, with batch controls extending to trace impurity sources long before a pellet finds its way into a food wrap.
As regulations tighten—both domestically and worldwide—customers ask about food contact status, migration levels, and potential for off-odor in finished goods. Our labs run regular tests, including migration analysis and mechanical stress checks, before shipping out. This upstream diligence pays off in fewer compliance hiccups, letting end-users focus on their own customers. Our pride in transparency and testing means converters trust LD100AC for high-touch applications.
Every process manager and buyer faces cost control and risk. The cost of downtime, waste, and holdbacks quickly stacks up. Switching to a resin with unpredictable performance can erode thin margins. LD100AC brings peace of mind because it doesn’t force constant adjustments or troubleshooting. Our customers often return with positive reports about yield increases and lower scrap rates versus cheaper, less consistent LDPE lots. Logistic teams appreciate bulk orders that meet quality spec, avoiding mix-and-match inventory headaches.
We don’t overlook the role of backup supply. Our scale and production continuity enable reliable delivery, with stocks managed so planned shutdowns or unexpected upswings don’t catch our partners short. Reliability—more than headline price—matters over the long term.
Across sectors, reliability is what professionals seek. Whether in retail, fresh produce, construction, or healthcare packaging, confidence in the film to hold, seal, and present makes all the difference. LD100AC runs on its own in applications demanding clarity, toughness, and process stability, without the extra management some resins need. Converting and packing teams can focus on fine-tuning output, not chasing process gremlins.
We keep refining our operation, listening to feedback, and adjusting to new standards in sustainability and product safety. LD100AC represents our belief in making materials that support durable, cost-effective, and clean production runs. After years on the shop floor and in the test lab, it remains our go-to choice for reliable, scalable film and packaging operations.
