| HS Code | 669415 |
| Product Name | POY 150D/288F |
| Full Form | Pre-Oriented Yarn |
| Denier | 150D |
| Filament Count | 288F |
| Material | Polyester |
| Luster | Semi-dull |
| Tenacity | 3.5-4.0 cN/dtex |
| Elongation | 90-140% |
| Shrinkage | 6-8% |
| Oil Content | 0.3-0.6% |
| Bobbin Weight | 7-12 kg |
| Cross Section | Round |
| Color | Raw white |
| Application | Texturizing, weaving, knitting |
| Melting Point | 255-265°C |
As an accredited POY (Pre-Oriented Yarn) 150D/288F factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | Packaged on sturdy paper tubes, each carton contains 12 bobbins of POY 150D/288F, securely wrapped for dust-free transport. |
| Container Loading (20′ FCL) | Container Loading (20′ FCL) for POY (Pre-Oriented Yarn) 150D/288F: Typically loads about 12–13 tons, packed on pallets. |
| Shipping | POY (Pre-Oriented Yarn) 150D/288F is typically shipped in well-sealed, moisture-resistant cartons or pallets, protecting the yarn from contamination and damage. Each bobbin is shrink-wrapped, and cartons are securely strapped. Standard shipping methods include FOB or CIF terms, with prompt dispatch after order confirmation to ensure timely delivery. |
| Storage | POY (Pre-Oriented Yarn) 150D/288F should be stored in a clean, dry, and well-ventilated area, away from direct sunlight and moisture to prevent degradation. The storage area should be free from dust, oils, and chemicals that may cause contamination. Yarn packages should be stacked securely to avoid deformation and should be protected from excessive heat and mechanical damage. |
| Shelf Life | POY 150D/288F should be used within 12 months from production if stored in cool, dry, and dust-free conditions. |
POY 150D/288F, produced in our vertically integrated spinning facilities, is a key input for multiple high-performance textile and industrial sectors. Our controlled process yields yarn with consistent elongation and tenacity, making it ideal for downstream conversion into fully drawn yarn (FDY), textured yarns (DTY), and specialty technical threads. Below we detail the primary industrial applications where our POY plays a fundamental role in product quality, manufacturing efficiency, and compliance with global standards.
Our POY 150D/288F integrates into the supply chain for automotive textiles, where strength, abrasion resistance, and dye uniformity are critical for interior fabrics such as seat covers, door panels, and headliners. Processors rely on its fine filament count to produce tightly woven or knitted structures that withstand repeated use while maintaining color stability under light exposure and cleaning reagents. Yarn specifications directly impact end-use certification in automotive interiors, especially regarding flammability, emissions, and durability. Performance in downstream air-jet texturing and subsequent weaving or knitting drives consistent fabric structures required by OEMs.
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In the home textile market, the 288 filament configuration allows production of exceptionally smooth, drapeable, and colorfast fabrics. Our POY enables converters to deliver uniform dye uptake and long-lasting vibrancy in high-thread-count curtains, valances, and upholstery overlays. Manufacturers designing for demanding residential and contract environments count on the yarn’s reliable thickness and smooth profile to support flame retardant finish compatibility and stitch integrity during confectioning. The supply chain values our consistent denier for trouble-free downstream processing during high-speed texturizing and warping.
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The high uniformity of our POY streamlines the manufacturing of precision filtration textiles for water, HVAC, and industrial air treatment applications. Its multi-filament structure provides consistent pore geometry when converted to drawn or textured industrial yarns, a key factor in meeting the strict performance standards for retention and airflow in filter media. Processers depend on our material during both spunlace and woven filter media production, where it supports thermal stability and chemical resistance throughout industrial cleaning cycles and sterilization.
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Suppliers to the activewear market utilize our 150D/288F yarn for its moisture transport capability and flexibility. Processors rely on the fine denier per filament to produce lightweight, comfortable, and fast-drying knit fabrics, which meet the breathability and mechanical stretch targets required by leading sports brands. The controlled cross-section also supports print clarity and mechanical stretch characteristics after downstream texturizing and air covering, passing global apparel safety standards relating to skin contact and color migration.
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Manufacturers of high-density bed sheeting and institutional linens utilize the filament count and uniformity of our yarn to achieve smooth, tightly woven fabrics essential for repeated laundering and sanitization cycles. These properties allow converters to produce wrinkle-resistant, color-stable institutional bedding, including for hospitality and healthcare markets where certification for direct skin contact and antimicrobial properties are essential. Consistent interlace properties assist automated weaving and finishing lines to deliver tight weave structures that comply with international bed linen standards.
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Downstream processors select our 150D/288F yarn for its strength-to-weight ratio and abrasion resistance in the manufacture of soft bag exteriors and linings. The material’s elasticity and tenacity support high-performance bag fabrics that encounter frequent mechanical stress and environmental exposure during everyday use. The high filament count facilitates dense, closely woven structures which increase tear resistance and support post-weaving treatments including resin coatings and waterproofing, all while maintaining compliance with international standards for consumer products. Our POY enters customer lines with tight denier tolerances, supporting consistent downstream weaving and coating adhesion for bag manufacturers exporting to regulated markets.
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Competitive POY (Pre-Oriented Yarn) 150D/288F prices that fit your budget—flexible terms and customized quotes for every order.
For samples, pricing, or more information, please contact us at +8615380400285 or mail to sales2@ascent-chem.com.
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Every meter of POY 150D/288F that rolls off our spinning frames comes with a story and a purpose. After years working hands-on in the yarn manufacturing business, I see POY not as just a product code, but as a vital building block in textile supply chains. With a denier of 150 and 288 filament count, POY 150D/288F steps up where fineness and strength must cooperate to meet the kind of tough conditions we see every day at modern textile mills.
We don’t start production with lofty terms in mind—we look at real challenges manufacturers face right now. Customers who process yarn into fabric aren’t looking for theoretical solutions; they demand real-world consistency across massive batches and strict timelines. At our facility, the 150D/288F specification reflects a commitment to produce a fiber that runs smoothly on texturizing machines, delivers optimal coverage in weaving and knitting, and stays reliable during high-speed processing.
POY, or Pre-Oriented Yarn, comes off the spinning line at a partially oriented state. For the 150D/288F model, 150 denier measures the yarn’s thickness, and 288 filaments offer a uniquely soft yet durable character. This particular combination allows textile producers to chase delicacy in their end products without trading away the stability required during downstream drawing, texturing, or direct fabric creation.
From experience, we’ve seen how increasing filament count to 288 provides added surface area and fabric smoothness. The finished textiles display a softer hand feel, an advantage for apparel and home textiles that will end up close to skin. Though POY comes before a full draw, the orientation developed in our process offers sufficient tensile strength for further processing steps, even at high throughputs.
We measure our success not just by what’s in specs sheets, but by what happens under the strobing lights of a texturizing hall or during last-minute rushes in a warp knitting unit; POY 150D/288F runs clean and resists breaks, letting operators focus less on machine stoppages and more on hitting daily targets. Consistency batch after batch has real value for factories who can’t afford downtime or wasted material.
A lot of manufacturers wonder about the jump from “standard” filament counts (like 48F, 72F, or even 144F) to 288F. After decades on the production floor and troubleshooting with technical staff, the reasons are clear and measurable. Higher filament counts give a finer, denser structure. This isn’t just a detail on paper: it results in a bulkier, softer continuous filament yarn that suits demanding modern textiles where touch and drape matter as much as strength.
In apparel, bedsheets, and high-end home textiles, that lush tactile effect rarely comes from fewer filaments. The difference is clear to anyone handling fabric in a finishing or inspection room. Advantages stretch beyond feel—higher filament POY, especially at the 150D mark, also absorbs dyes better and reacts more evenly in finishing baths. That translates into fabrics with improved depth of color, reduced streakiness, and an all-round premium appearance in the final goods.
On the mechanical side, 288F POY exhibits improved runnability on high-speed texturizing machines. We’ve tracked machine stoppages with dozens of partners; higher filament yarn reduces yarn breakage, cuts down on fly lint, and keeps tension more stable across bobbins. These practical advantages show up in reduced waste, lower manpower requirements for troubleshooting, and a smoother journey from chip to fabric roll.
Textile plants sometimes prefer lower denier POY, such as 75D or 100D, or alternate filament counts based on application. If the goal is ultra-lightweight, sheer fabrics, 75D or 100D with fewer filaments works well. For applications demanding balance between body and elegance, 150D/288F hits a spot that’s been the focus of a lot of R&D in our plant over the last several years.
Production staff constantly compare how POY 150D/288F performs versus older standards such as 150D/96F or 150D/144F. Higher filament yields in 150D/288F boost both fabric cover and drape, especially important for outerwear and technical fabrics where feel and performance need to align. Our weaving partners mention the clear difference—fabrics become less transparent, better for applications like business wear linings, light upholstery, and new-age sportswear that don’t tolerate uneven surface texture.
Throughout the process chain, higher denier-per-filament (dpf) in older types meant stiffer yarn, less flexibility, and a scratchier feel. By splitting the 150 denier into 288 distinct filaments, we achieve smaller dpf, making the yarn more pliable. This property directly impacts the performance of microfibers, which are no longer exclusive to even lower deniers.
Today’s textile operations can’t leave anything to chance. As a direct manufacturer, our day-to-day focus remains tight on melt purity, spinneret conditions, and winding consistency. Any deviation in temperature gradients or extruder pressure during spin production of POY 150D/288F quickly shows up as field complaints—unusual breakages, color variations, or unspinnable bobbins. Over time, we’ve learned that regular spinneret changes, strict online tension monitoring, and process automation combine to maintain quality that downstream processors count on.
The higher the filament count, the greater the challenge in avoiding lint, neps, or filament entanglement during spinning and winding. From trials and real operator feedback, investing in higher-cleanliness polymers and regular equipment upgrades cuts down reject rates. The filament bundles come out brighter and more even, which translates directly into better outcomes for customers running their drawing or texturing lines at full tilt.
We spend as much time on post-production analysis as on actual spinning. Our QC teams use Uster testers, evenness detectors, and tension analyzers across each bobbin lot. The yarns that pass through these filters deliver not just minimum denim or color fastness but also minimal off-quality bobbins that could halt an entire production batch in a converter’s plant. A single batch with less than 100% consistency costs not only replacement and manpower but also trust—something no volume shipment can make up for.
Experience from the shop floor shows how 150D/288F POY helps improve downstream processes. On continuous drawtexturing machines, operators see fuller, denser textured yarns with more manageable tension. Less fiber fly and reduced stops contribute to larger lot sizes, shorter cleaning intervals, and less rejects. Upstream mistakes—like poor polymer mixing or uneven spinneret melts—carry big hidden costs after the yarn leaves our plant, so we stay rigorous about eliminating these at source.
In terms of finished fabrics, POY 150D/288F extends design possibilities for both apparel and technical areas. Fine denier filaments layered into each yarn create rich, soft textures. Designers get greater latitude for innovation in activewear, children’s wear, and bedding. At higher weights, the fabric gains bulk and warmth without the heaviness of costlier natural fibers. Microfiber towels, velvet-style upholstery, and even shoe linings benefit from this careful balance of performance and feel—which cannot be brought about by sacrificing denier or filament count.
For many brands, customer satisfaction begins at textile touchpoints. Feedback from clothing manufacturers points to lower rates of pilling, snagging, and color loss—directly traceable back to the increased filament count and higher orientation control of our POY 150D/288F. These incremental improvements add up on the retail shelf, driving repeat demand and lower return rates.
The market increasingly demands more than technical specifications; it needs confidence that processes minimize environmental impact. On our lines, we push for energy-efficient spinning, precise material handling, and waste-reducing QC systems. Pathways to using more recycled PET feedstock open up new potential for circular production models.
Feedback from dyehouses and converters spurred us to look deeper at dye uptake and process efficiency—lesser water and chemical use matter down the line. By engineering POY 150D/288F for more even dye absorption, we help partners save on chemicals and re-process steps. We direct ongoing investment toward closed-loop water and air treatment, and toward polymer suppliers who prove sustainable practices on their end.
The journey isn’t complete. Each run provides lessons—working with OEMs on lower-energy spinning heads, testing bio-based additives for polymerization, or trialing advanced filtration to recover microplastic backwash. Every improvement in how POY 150D/288F is spun, wound, and shipped directly serves both quality and the planet.
Years of building yarn from polymer chips has taught us the values that keep business—and people—moving forward. Flexibility, willingness to adapt, and a deep technical reserve for troubleshooting. Each factory, converter, and design house that contacts us with a challenge—be it a batch of stubborn slubs or a request for trial lots in unusual colors—pushes us further.
Our team engineers custom solutions for tough scenarios. Running far beyond typical order fulfillment, we collaborate to tweak polymer properties, adapt backpressure and draw ratios, or plan pilot runs. Challenges handled in the past—like new microdenier blends, high color-fastness needs for outdoor textiles, or synchronized bobbin lots for large-scale fabric runs—have made POY 150D/288F a kind of yardstick for broad applicability. Many lessons gained from “problem yarns” in the early years have now built in-house systems for swift responses to new demands.
Technical staff from downstream factories rely on direct communication. Our experience-based perspective helps them solve issues like bobbin compatibility or precise tension settings; these can make or break both process economics and product quality. There’s no substitute for face-to-face troubleshooting, walking rows of drawtexturing machines, reviewing meter counts, or reviewing data from online quality monitoring. If a filament bundle tangles or breaks, or a dye bath fails to uptake evenly, our role kicks in at once.
POY 150D/288F plays its part as industries modernize. High-automation textile plants, for instance, demand material with less operator intervention. The filament distribution and overall yarn structure we supply supports longer-running machines and complex, multi-feed drawtexturizers relying on fewer hands-on checks. In technical textiles or high-visibility workwear, product specs draw on evolving safety or performance regulations, and we continue to align our production and QC accordingly.
Growing market expectations around performance—such as colorfastness in high-wash cycling, reduced yellowing under strong UV, or easier downstream processability—translate into constant plant upgrades and process audits. We know from handling countless order runs that differences in raw polymer quality, ambient humidity, or equipment calibration show up quickly in POY consistency. Integrating advanced moisture sensors, extrusion pressure feedback, and real-time data analytics allows us to anticipate issues before they jeopardize a batch.
Emerging application sectors, such as medical fabrics and automotive interiors, bring requests for specific mechanical profiles, antibacterials, or flame retardants. By having R&D, polymerization, and process teams working under one roof, we can rapidly shift to new add-on packages and tailor POY 150D/288F in ways that purely distributive or trading operations cannot.
Producing 288-filament POY at 150D is not without hurdles. Larger spinneret packs, higher filter loads, and fine balancing between throughput and cleanness require constant technical vigilance. Attempts to scale up too quickly often hit reliability walls—filament breakages, blocked spinnerets, or uneven winding. Experience in troubleshooting and pre-emptive maintenance is all that stands between smooth production or a batch that needs lengthy rework.
Cross-functional technical teams, involved from raw material inspection to the last winder take-up, keep quality high. Regular operator training, live process monitoring, and real-time defect tracking take the guesswork out of running dense-filament POY. We invest in capability upgrading, digitized line monitoring, and quick-swap spinneret systems. Troubleshooting is not just an extra service—it is built into our daily routines.
In practice, this means less reliance on post-production patchwork and more focus on getting it right at the spinneret tip. Collaboration with raw material suppliers to eliminate batchwise polymer variation, and open access to customer feedback, reduces the lag between identifying a problem and implementing a solution. An iterative environment, driven by both technical expertise and production discipline, builds steady improvements.
POY 150D/288F does more than fill a product slot. For producers, the combination of denier, filament count, and line stability means higher value per kilogram of yarn. Lower waste, smoother runs in downstream processes, and fewer breakages mean cost savings not just for us, but end users as well. The result is better quality fabrics at scale, improved resource use, and satisfied customers throughout the value chain.
Manufacturers who need reliable, versatile feedstock with the capacity to support both creative and technical agendas find a dependable partner in POY 150D/288F. The collaborative approach and hard-learned know-how behind this yarn push us to keep upgrading and innovating, staying well ahead of market needs and technical challenges.
