Sinopec Acrylic Staple Fiber

    • Product Name: Sinopec Acrylic Staple Fiber
    • Chemical Name (IUPAC): Poly(propylenoic acid)
    • CAS No.: 9003-01-4
    • Chemical Formula: (C3H4O2)n
    • Form/Physical State: Solid
    • Factroy Site: West Ujimqin Banner, Xilingol League, Inner Mongolia, China
    • Price Inquiry: sales9@ascent-chem.com
    • Manufacturer: Sinopec Chemical
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    Specifications

    HS Code

    744395

    Product Name Sinopec Acrylic Staple Fiber
    Fiber Type Synthetic
    Polymer Type Polyacrylonitrile (PAN)
    Denier Range 1.5 - 5.6 dtex
    Staple Length 38 - 102 mm
    Tenacity 2.4 - 3.0 cN/dtex
    Elongation At Break 18% - 28%
    Moisture Regain 1.5% - 2.5%
    Appearance White, crimped fibers
    Usage Textiles, nonwovens, yarn blending
    Chemical Resistance Good resistance to acids and alkalis
    Thermal Behavior Good thermal insulation
    Dyeability Excellent (especially cationic dyes)
    Bulkiness High

    As an accredited Sinopec Acrylic Staple Fiber factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.

    Packing & Storage
    Packing Sinopec Acrylic Staple Fiber is packaged in white plastic-wrapped bales, each weighing 250 kg, labeled clearly with product and quantity details.
    Container Loading (20′ FCL) Container Loading (20′ FCL) for Sinopec Acrylic Staple Fiber: Typically 13-14 metric tons, packed in bales, optimized for safe, efficient shipment.
    Shipping Sinopec Acrylic Staple Fiber is shipped in compressed bales, securely wrapped in polyethylene film to protect against moisture and contamination. Each bale typically weighs around 250-300 kg and is stacked on pallets for efficient handling. Shipping is usually arranged via containerized transport, ensuring safe and stable delivery for both domestic and international destinations.
    Storage **Sinopec Acrylic Staple Fiber** should be stored in a cool, dry, well-ventilated area away from direct sunlight and sources of ignition. Keep the material in its original packaging to prevent contamination and moisture absorption. Avoid placing heavy objects on top to prevent deformation. Ensure compliance with relevant safety guidelines and keep away from strong acids, bases, and oxidizing agents.
    Shelf Life Sinopec Acrylic Staple Fiber typically has an indefinite shelf life if stored dry, cool, and protected from direct sunlight and contaminants.
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    Certification & Compliance
    More Introduction

    Sinopec Acrylic Staple Fiber: Reliable Performance from the Source

    Understanding What Sets Our Acrylic Staple Fiber Apart

    In our decades of working with synthetic fibers, few products have stood up to daily demands as consistently as our Sinopec Acrylic Staple Fiber. This fiber developed from the ground up in our own facilities gives manufacturers a strong, versatile foundation for textile applications where durability and comfort count. Every batch reflects our commitment to fine detail and long-term reliability.

    From the start, our production follows controlled processes using high-purity acrylonitrile and state-of-the-art wet spinning methods. We have spent years refining our methods to achieve consistent denier, manageable staple lengths, and the kind of crimp crucial for processing and end-use comfort. By taking care at every stage—polymerization, spinning, drawing, crimping, cutting, and baling—we push for stability in quality that downstream partners tell us they rely on.

    Models and Specifications Developed Through Real Use

    In practical terms, the needs of downstream manufacturers keep changing. That's why we produce a range of acrylic staple fibers designed for flexibility. Most of our fiber leaves the line at deniers from 1.5 to 7.0, with a focus on 2.0 and 3.0 dtex for both blending and pure acrylic applications. We cut to staple lengths from 38 mm for spun yarn to 76 mm where a longer staple matters, and we monitor crimp parameters every day for carding and spinning consistency.

    Brightness and whiteness don't always top the list in fiber selection, but we see plenty of customers specifying higher-white grades for toweling or medical textiles. Our technical staff answers those requests by managing optical brightener dosing and washing techniques, ensuring our high-white models meet optical and textile standards. For both spinning and nonwoven applications, our Sinopec Acrylic Staple Fiber's clean surface and low oil residue make processing smoother, keeping end-product quality high and downtime low.

    Meeting the Demands of Apparel and Home Textiles

    The markets for acrylic staple fiber mirror the needs of real people: warmth, softness, easy care, and dependable color fastness. Garment manufacturers look for staple fiber that can mimic natural wool but stay soft and bright after repeated laundering. Our years in the field have shown that regular and high-bulk grades both serve well—regular grades bring a denser, smooth hand to outerwear and fine knits, while high-bulk types excel in blankets and winter apparel, trapping air for extra insulation without compromising feel.

    Every line of home textile products—from carpets and throws to upholstery and curtains—owes its success to fiber performance. In our experience, the acrylic fiber’s resilience has stood up to heavy residential and commercial use longer than most alternatives, resisting pilling and color loss. And where customers look for vibrant colors, our fiber dyes evenly and sets color with industry-trusted fastness, so reds stay red and blues resist fading, even after exposure to light and repeated washing.

    Why Spinners and Blenders Choose Sinopec Acrylic Staple Fiber

    Over the years, most spinning mills and textile blenders have seen plenty of fiber samples go through their doors. The steady feedback we receive underscores several strengths they keep coming back for: processability, color consistency, and yield. Each aspect ties back to our tight production control and ongoing investments in raw material sourcing and process technology.

    Spinners tell us that compact and ring spinning lines handle our fiber predictably, producing yarn at high speeds with fewer stops. Fiber tenacity—one of those properties that doesn’t get much attention until problems crop up—remains stable from batch to batch, reducing the risk of weak spots and downtime. Crimp count across the staple gives carding and drafting equipment a real advantage, helping yarn producers avoid thin places in spun yarn and reducing the amount of rework needed.

    Blenders working on wool-acrylic, polyester-acrylic, or cotton-acrylic blends look for fibers that blend evenly, accept dye at similar rates, and allow consistent moisture absorption. Our acrylic staple fibers pair well with both natural and synthetic components, opening up a wide range of textile products. The finished blend benefits from the thermal qualities of acrylic, along with the shape retention that makes garments hold their form after wear and washing.

    The Edge in Performance: Weather Resistance and Longevity

    The practical realities of fiber use—sun, washing, abrasion—can punish both finished products and manufacturer margins if the underlying material fails. Our Sinopec Acrylic Staple Fiber offers a notable edge in everyday use. We test against international standards for color fastness to light and weathering, making sure our product sees use in applications where sunlight exposure or repeated laundering are unavoidable.

    Customers in the outdoor, automotive, and carpeting sectors have found that our fiber’s chemical backbone holds up under tough conditions. Even after hundreds of hours in strong sunlight, the color loss stays modest, and the structural strength remains above the cutoff point for most demanding end-users. In wet conditions, like cleaning cloths or mop heads, the inherent hydrophobic quality of acrylic means the fiber dries quickly, helping control odor build-up and bacterial growth. The result is longer-lasting products that save end-users real time and money.

    Environmental Value and Responsible Manufacturing

    Demands for cleaner production and greener supply chains are no longer optional. As a manufacturer, we take environmental management as a core responsibility. Our acrylic staple fiber comes from a facility that runs centralized emissions control and water recycling. Our manufacturing team reduces polymer waste at the source and sends close to zero material to landfill. Every kilo of fiber produced has gone through strict checks for effluent treatment, and our dye houses follow European-grade procedures for restricted substances.

    On the product side, acrylic fibers resist mold and mildew without added treatments, avoiding the need for extra chemical finishes that contribute to pollution during use or disposal. Individual fibers break down slowly in use, but our product meets established regulatory limits for fiber shedding into wastewater. We partner with academic laboratories to study lifecycle impacts and seek out collaboration with recyclers looking to close the loop on synthetic textiles.

    Key Differences From Other Acrylic Fibers

    Customers often ask what separates our acrylic staple fiber from those made by other large factories. Experience tells us the differences show up in processing reliability, end-product feel, and cost of ownership.

    One clear difference comes from raw material quality. We secure acrylonitrile from dedicated suppliers audited for purity and supply chain transparency, not spot-market traders. A stable feedstock protects against off-odors and color consistency issues that lower-value fiber producers sometimes struggle with. Every process tank, spinneret, and wash bath in our line receives regular inspection and preventive maintenance—priority developed by years of hard production lessons, not just standard compliance.

    Another contrast lies in bulk and resilience characteristics. High-bulk grades from some fibers can feel coarse or collapse over time. Our know-how with fiber cross-section and crimp engineering keeps the bulk springy after multiple launderings and compressions, whether the fabric ends up as a soft scarf or a dense pile carpet. Yarn makers also benefit from a smooth, unbroken fiber surface that improves spinning efficiency and creates a fabric with better drape and touch.

    We outperform many regional producers on dyeing performance. Small batch color variations mean risk in textile production—our centralized color kitchen and tailored pre-spinning blending reduce batch-to-batch dye uptake fluctuations. This helps downstream partners cut costs tied to corrective dyeing and shade sorting. Most importantly, fastness to UV and washing pushes well past basic compliance, supporting products sold into premium export markets with high consumer expectations.

    Partnering for Product Development and Innovation

    No two customers approach project development the same way. Over time, we have learned that collaborative, open engagement leads to the strongest outcomes. Our technical backroom works directly with R&D at textile mills, fashion houses, and home goods producers to tailor fiber attributes—not just handing off a sample and walking away. The support covers setting denier and cut length, optimizing crimp, and advising on blends that reach comfort or flame resistance targets.

    Emerging trends push us to keep evolving. Light weight performance fabrics, thermal insulation for technical wear, and antimicrobial solutions for healthcare textiles drive new investment in product lines and pilot runs. We help partners test the limits of fiber properties, sharing honest advice about practical trade-offs. Over many product cycles, this approach has set our staple fiber on reliable ground—not just a commodity, but a building block for textile brands competing on quality.

    Dependability in Every Shipment

    Reliability sounds easy until you manage fiber production through the uncertain ups and downs that always find a way to interrupt the chemical supply chain. Our shipping staff and customer support teams back up the integrity of every batch. That means pre-shipment checks, shipment traceability, and a direct line for troubleshooting. Storage and packaging meet international standards to keep bales protected from humidity and contamination so that fiber quality is ready from the moment it arrives at the spinning facility.

    As a direct manufacturer, we face the same challenges as our buyers: rising input costs, evolving safety regulations, and customer expectations that never stand still. Through it all, we focus on transparency, accountability, and technical support. We have seen our acrylic staple fiber become the base for best-selling yarns, market-leading blankets, well-reviewed carpets, and much more. The relationships built on straightforward business and technical trust underscore the difference between just buying fiber and building something better together.

    Facing the Future Through Continuous Investment

    Every year brings new demands for responsibility, improved efficiency, and high-performance materials. We invest in process automation, digital monitoring, and skilled operator training because the market pays attention to who can deliver stable, trouble-free fiber. Our research engineers actively monitor global trends in dyes, finishes, and customer expectations, passing the benefits back through product improvements.

    Supply chain resilience forms another key area where direct manufacturing makes a practical difference. Major textile companies know the risks in relying on non-integrated suppliers or traders for critical input fibers. By keeping the entire value chain—from basic chemicals through the final packaged bale—in our own hands, we guard against raw material shocks and maintain full control, from quality to timely delivery.

    Our future rests on how well we build from experience and how honestly we respond to real-world problems. The continuous dialogue with partners—sharing successes, working through setbacks, and listening to operational feedback—helps us fine-tune Sinopec Acrylic Staple Fiber so it continues to serve as a reliable platform for textile innovation.

    Conclusion: Built on Skilled Hands and Real Feedback

    Behind every kilogram of our acrylic staple fiber stands a team of experienced engineers, quality managers, logistics specialists, and hands-on operators who take pride in their work. Fiber chemistry cannot succeed without this foundation of skill and patience. Feedback cycles—good and bad—across thousands of tons shipped every year push us to improve, adapt, and anticipate market shifts.

    Working as the actual manufacturer shapes how we approach every order. We don’t see fiber as a commodity, but as the essential starting point for textiles that touch everyday life—comfortable sweaters, soft blankets, long-lasting carpets, and protective healthcare fabrics. That sense of responsibility drives us to keep our promises and raise the bar for quality every year. As new standards, market trends, and end-use demands develop, Sinopec Acrylic Staple Fiber carries the benefit of hard-won, real-world experience—fiber you can count on, batch after batch.