|
HS Code |
795136 |
| Product Name | KPIC HDPE P500 BL |
| Manufacturer | KPIC |
| Type | High Density Polyethylene (HDPE) |
| Melt Flow Index 190c 2 16kg | 0.35 g/10min |
| Density 23c | 0.950 g/cm³ |
| Tensile Strength At Yield | 28 MPa |
| Elongation At Break | 600% |
| Flexural Modulus | 1100 MPa |
| Impact Strength Charpy Notched 23c | ≥20 kJ/m² |
| Heat Deflection Temperature 0 45mpa | 75°C |
| Application | Blow molding |
| Color | Natural |
As an accredited KPIC HDPE P500 BL factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | KPIC HDPE P500 BL is packaged in 25 kg white plastic bags, labeled with product details and manufacturer's logo for secure handling. |
| Shipping | KPIC HDPE P500 BL is shipped in 25 kg polyethylene bags, securely sealed to prevent contamination and moisture. Pallets are stretch-wrapped for stability during transit. Bulk shipments are also available upon request. Products are clearly labeled with batch numbers and handling instructions to ensure safe and traceable delivery. |
| Storage | KPIC HDPE P500 BL should be stored in a cool, dry, and well-ventilated area, away from direct sunlight and sources of heat or ignition. The product must be kept in its original, tightly sealed packaging to prevent contamination and moisture absorption. Avoid storage with incompatible materials, such as strong oxidizing agents. Proper handling minimizes dust generation and spillage during storage and transport. |
Applications of KPIC HDPE P500 BL in Industrial ManufacturingKPIC HDPE P500 BL delivers performance consistency in large-scale industrial applications demanding high stiffness, processability, and regulatory compliance. We manufacture and supply this grade for specific use cases where strict standards, controlled formulations, and dedicated mechanical properties are non-negotiable in end-product production. Below, we highlight several downstream sectors with established, sustained demand for this high-density polyethylene grade. 1. Industrial Pipe Manufacturing for Water and Gas DistributionLarge-diameter and pressure-rated pipe producers use this HDPE resin to achieve reliable hydraulic performance, chemical resistance, and field longevity in potable water and natural gas conveyance pipelines. Processors select this grade specifically to satisfy rigorous pressure, impact, and permeability testing standards while accommodating melt index and density required for extrusion. End-users—municipal contractors, utility providers, and infrastructure integrators—rely on this input material for robust, maintenance-minimized networks exposed to fluctuating external conditions. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
2. Large-Capacity Industrial Chemical Storage TanksThis resin’s high molecular weight and controlled pigmentation make it the preferred base for rotomolded or blow-molded chemical storage tanks used in industrial, agricultural, and water treatment facilities. Producers demand this grade for its balanced stiffness–impact ratio, allowing manufacture of tanks with varied wall thicknesses that resist crazing and chemical attack in long-term service. Specifications typically require compliance not only with mechanical standards, but also environmental and substance migration directives relevant to stored media. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
3. Heavy-Duty Industrial Pallets and Transportation ContainersLarge-scale material handling and logistics sectors require molded pallets and multi-trip containers engineered for high static and dynamic loads, repeated mechanical stress, and exposure to cleaning chemicals or UV radiation. Our manufacturing clients rely on this grade for high load-bearing, low creep, and process uniformity in both injection and compression molding. These properties are essential when designing returnable solutions for automotive, chemical, or fast-moving consumer goods supply chains. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
4. High-Durability Drums and Industrial Containers for Hazardous MaterialsHazardous goods producers and contract packagers demand HDPE drums and large-form industrial containers with outstanding stress crack resistance, process ability for uniform wall thickness, and full traceability to batch records. This grade sees frequent selection for UN-approved packaging, where specifications require persistent chemical inertness, resistance to permeation, and rigorous drop and stacking test performance that meets not just local, but international shipping protocols. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
5. Agricultural Film and Geo-Membrane ProductionHigh-density polyethylene films and geomembranes require a resin grade with controlled density and minimal gel content to assure even film thickness, high tensile properties, and stability against pesticides, manure acids, or UV degradation. Processors utilize this material in blown film or flat die extrusion to produce durable, large-surface rolls for outdoor and subterranean installation. Specification compliance often demands independent third-party verification to national or regional agricultural and environmental standards. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
6. Cable Insulation and Sheathing for Medium Voltage ApplicationsCable manufacturers select this polymer for jacketing and insulation of medium voltage power and telecom cables, due to demand for high dielectric strength, environmental stress crack resistance, and compatibility with crosslinking agents. This application requires process stability during continuous extrusion, with adherence to stringent electric and fire safety standards, especially where cables traverse hazardous or external industrial environments. Industry compliance standards
Typical usage ratio
Downstream process integration
Final product types
|
Competitive KPIC HDPE P500 BL 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!
Over the years, our team has poured countless hours into refining and scaling up the manufacturing of KPIC HDPE P500 BL. This product came about from simple needs—engineers demanded a polyethylene that stands up to consistent processing and real-world application. As manufacturers, we took this to heart. Before KPIC HDPE P500 BL left the pilot stage, it saw rounds of feedback from production operators, line engineers, and maintenance crews. Their insights influenced the final profile: high-molecular-weight, reliability, and no-nonsense workability. Countless extruder runs and user trials helped lock in the grade’s optimal melt flow. Unlike resins rushed to market, P500 BL was stress-tested against process disruptions and variability we see every day in our industry.
We craft KPIC HDPE P500 BL with strict process monitoring, keeping density and molecular weight within a tight window. These measures ensure the pellet doesn’t just flow through the extruder smoothly—the end product resists cracks and maintains shape under heavy-duty conditions. From bulk tank storage to final bagging and shipping, each lot is checked for consistency. Our QA protocols cover more than just numbers on a paper: we keep on top of gel content, odor, color tone, and anti-oxidant stability, knowing that even small slips can hurt downstream yield. With every order, factories receive exactly what they expect because we hold ourselves to the same standards as the processors using our resin.
Companies working with KPIC HDPE P500 BL can depend on it to support large-scale blow molding lines and extrusion operations. Its melt flow rate bridges the gap for common applications like drums, large containers, chemical packaging, and water tanks. This material responds predictably to adjustment in die pressure or cooling rate. Manufacturing teams rarely struggle with blockages or surface blemishes when changing orders on their lines. Based on our own trials and ongoing collaboration with packaging clients, P500 BL carries through fast cycles and delivers product surfaces that minimize post-process touchup or scrap rates.
Not all HDPE resins can face the same high stress and impact challenges demanded in bulk packaging. KPIC HDPE P500 BL originated as a response to customers frustrated with brittleness, inconsistent wall thickness, or poor impact strength. Many commodity HDPEs, particularly regranulated or off-grade batches in the market, simply cannot guarantee the same fracture resistance in cold temperatures or during long-term loading. By maintaining a precise density grade and controlling catalyst residue, P500 BL shrugs off the cracking and slow stress-whitening we have all seen in less robust versions. Our team worked with end users who shared issues such as handle break-off in molded pails and impact failure during transport. These problems guided us to raise the bar for toughness and predictability.
In the hands of factory crews, KPIC HDPE P500 BL brings routine and order to production schedules. Batch-to-batch, operators report stable output. Fast color changes work with minimal purge loss—critical when transitioning between short runs or custom color orders. The pellet profile prevents bridging and clumping in silo or vacuum conveying systems, streamlining logistics. Down the line, maintenance teams appreciate how little downtime is spent clearing out blockages or cleaning screens clogged by fine particles. As our own tech support hears from shop floors, “Same settings, same results.” Dies and downstream parts hold up longer, saving costs both in replacement and in lost capacity.
Our product does more than just meet a datasheet. As regulatory and food-contact requirements tighten, we review and update additive packages and stabilizer systems in KPIC HDPE P500 BL. Producers feel pressure to demonstrate product traceability and chemical safety—two areas where loose sourcing or unpredictable feedstock can lead to compliance headaches or even recalls. We insist on cradle-to-gate documentation for every additive and catalyst system, not just the bulk polyethylene itself. Our certifications have held up during external audits and customer site visits, so downstream users can either show proof of conformity or pass it along their supply chain. By sticking with fully-qualified raw material streams and proactive updates, we eliminate drama during food-contact or packaging regulatory reviews.
Those in bulk packaging find the grade’s chemical resistance crucial. At our facility, we frequently see P500 BL integrated into IBCs and heavy-duty drums, often storing corrosive chemicals or high-purity products. These applications absolutely demand low extractables, minimal leaching, and mechanical strength that outlasts years of harsh use. Food operators want the same assurance, whether forming containers for water, edible oils, or sweeteners. We tailor our process so unwanted byproducts and trace contaminants stay well below accepted limits, helping our partners pass both routine and surprise audits.
From plant to plant, processors trust KPIC HDPE P500 BL not just for headline properties, but for its forgiving behavior on diverse lines. We’ve watched operators run aggressive cycle times on automated molding machines, ramping up output without fearing short shots or bubbles. Maintenance logs over the years confirm minimal carbon buildup on die surfaces and rare need for unscheduled stops. Blends with color masterbatches mix evenly at ambient temperatures, so specialty products benefit from consistent lead times and smooth scale-up. Talking with many long-term customers, we find much of their loyalty ties back to real differences at the extruder—not abstract specs, but reliable uptime shift after shift.
In practical production, downtime and troubleshooting soak up the most labor and drain schedules. Our commitment remains centered on producing KPIC HDPE P500 BL with consistency. Reports from the floor often mention how switching between similar grades and off-label materials results in subtle problems: warping in corners, stress cracking at weld lines, or slow cycle recovery after color changes. Each hour spent clearing a line or rejecting a batch gouges the bottom line—not something a data sheet outlines, but something every factory crew feels. Our material rarely contributes to these slowdowns. Line operators and supervisors give direct feedback, leading our process engineers to make further incremental improvements run after run.
Cost-over-time tells more of the story than a per-ton price. Packaging manufacturers evaluate true costs after adding in scrap rates, labor for rework, downtime, extra purge runs, and customer claims. KPIC HDPE P500 BL consistently delivers a lower total cost over months, not just on the purchasing spreadsheet. Consistency and reliability on the line reduce overtime hours and minimize freight claims from damaged packaging. For customers operating multiple facilities or serving demanding brands, batch traceability and shipment documentation prevent regulatory snags down the line. We listen when customers say, “It just works.” That reliability offers more value than spreadsheets alone can show.
Unlike generic resins that end up in a warehouse with little follow-through, P500 BL benefits from hands-on technical support. Our technical team includes experts who have worked on real production lines. They advise on mold setup, cycle optimization, extruder tuning, and material storage because they know those details affect yield and reliability. That mindset comes from decades in the field, not just from sales targets. Problems that crop up—whether from unexpected changes in humidity or a new cleaning protocol—gather the right eyes and ears for swift resolution. We work alongside customers to root out process variables, suggest improvements, and adapt our product as industry needs change.
Waste minimization and recycling matter deeply both for business and for sustainability. We have built our supply chain to allow clean recovery of any off-spec or scrap P500 BL. The pellet composition aids reprocessing—it melts evenly, forms stable secondary pellets, and avoids clumping or gumming up extruder screens. Our support covers applications looking to stretch recycled content, all without sacrificing performance demanded by chemical or shipping companies. That flexibility appeals to companies under pressure to cut landfill contributions and document their green initiatives. Over the years, we have supported retrofits where customers shifted from competitor grades to P500 BL and measured meaningful reductions in both raw material waste and rejected parts.
The market keeps shifting—more stringent environmental standards, changing requirements for trace substances, and the rise of circular production all play a role. Manufacturing never stands still. KPIC HDPE P500 BL continues to evolve because end users keep asking for more: higher impact reliability during long-distance shipping, faster molding cycles to squeeze out extra capacity, lighter container weights without losing protective strength. We stay close to the needs of bottle makers who deal with pressure and chemical compatibility, and listen to large-scale molders whose line margins depend on fewer shutdowns and product returns.
Many resins boast similar specification sheets—density numbers, melt flow indexes, and Vicat points that can appear nearly identical. The difference shows in daily use, not on paper. KPIC HDPE P500 BL ages well in storage, avoiding the musty odors or surface discoloration that come with fluctuating additive quality. Our process stability means customers experience the same shift time and again, whether using a railcar or a batch of bags. Feedback draws a clear line: competitors’ products often show up with more gels or inconsistent pellet sizes, throwing off feed rates and increasing off-grade material. P500 BL aims to eliminate these disruptions from the start, sparing both operators and planners from running blind.
Day after day, we hear from customers sharing victories and pain points from their lines. A packaging facility in Southeast Asia shared photos of how switching to P500 BL eliminated the hairline splits that plagued their previous barrel shipment containers. An industrial drum maker in Eastern Europe commented on the tighter weight tolerances, letting them cut material cost and pass those savings on. These are small changes, but they add up over thousands and thousands of parts. No marketing copy replaces the hard-earned loyalty of a fill plant manager who reports fewer mixing or flow issues after adopting our pellet.
You’ll find KPIC HDPE P500 BL in chemical shipping drums stacked in ports across continents, in the rugged pails moving construction materials, in tanks storing water for outlying communities. Its track record for resisting corrosion, UV, and weathering benefits not just manufacturers, but end users who often cannot afford downtime or failures. From rural water tank builders to multinational chemical packagers, KPIC HDPE P500 BL supports productivity at each link—no shortcuts, no mysteries, and few surprises.
Our work as a manufacturer reflects in the quality, reliability, and support backing every batch of KPIC HDPE P500 BL delivered. Every adjustment in our process, every response to supplier or regulatory change, serves the core goal of keeping production smooth in the real world. For us, success comes from feedback heard across production lines and factory teams, not merely from short-term sales or abstract marketing. KPIC HDPE P500 BL’s reputation has grown through trust—earned batch by batch, application by application. As production realities evolve, so does our commitment, ensuring this material keeps serving as a steady foundation for your most critical projects.
