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MYIELD Anti-Cracking Polypropylene Fiber PP Fiber for Mortar and Concrete Reinforcement

Polypropylene Fiber, also known as anti-cracking fiber, PP fiber, building material fiber, or construction fiber, is a high-strength bundled monofilament fiber made from polypropylene. When added to mortar or concrete, Myield Polypropylene Fiber can effectively control micro-cracks caused by plastic shrinkage, dry shrinkage, temperature changes, and other factors during the curing and service process.

By forming a uniform fiber-reinforced network inside the cement-based system, it helps prevent and inhibit the formation and development of cracks. It can significantly improve the crack resistance, impermeability, impact resistance, and earthquake resistance of mortar and concrete, making it an effective additive for enhancing the durability and structural performance of construction materials.

    Key Benefits

    Key Benefits of Polypropylene fiber

    Low Density & Easy Handling — PP Fiber has a low density, making it lightweight, easy to transport, and convenient to mix into mortar, concrete, and other construction materials.
    High Tenacity & Strong Reinforcement — With high tensile strength and good toughness, PP Fiber helps improve the internal reinforcement of cement-based systems and reduces the risk of breakage during application.
    Excellent Chemical Resistance — PP Fiber shows good resistance to chemicals, moisture, and UV radiation, helping maintain stable performance in different construction environments.
    Non-Absorbent Performance — Because PP Fiber does not easily absorb water or other liquids, it helps maintain stable fiber properties and supports consistent performance in mortar and concrete systems.
    Antistatic Properties — PP Fiber can help reduce the buildup of static electricity, improving handling and processing convenience during production and application.
    Easy to Dye and Process — PP Fiber is easy to dye and print, making it suitable for different customized material requirements and broader application needs.

    Technical Specifications

    Our PP fiber and construction fiber product range mainly includes Embossed Fiber, Mesh Fiber, Monofilament Fiber, Twisted Fiber, and Waved Fiber, as well as related reinforcement fibers such as Glass Fiber and Polyester Fiber. These fibers are designed for mortar, concrete, tile adhesive, plaster, waterproof mortar, and other cement-based systems. By forming a uniform reinforcing network inside the material, they help improve crack resistance, impact resistance, impermeability, durability, and overall construction performance.

    Item \ Fiber TypesEmbossed FiberGlass FiberMesh FiberMonofilament FiberPolyester FiberTwisted FiberWaved Fiber
    Material FormPolypropylene——————
    ColorWhite / Black———Nature White——
    Length20–60 mm5–55 mm12–50 mm3–50 mm10–25 mm10–60 mm3–50 mm
    Identical Diameter1.0±0.1 mm—≤100 μm15–45 μm10–25 μm0.3–0.6 mm1.0±0.1 mm
    Density0.91–0.93 g/cm³2.4–2.7 g/cm³0.91–0.93 g/cm³0.90–0.93 g/cm³1.36–1.38 g/cm³0.91–0.94 g/cm³—
    Elongation at Break——15–50%≥15%≥15%≥15%—
    Modulus of Elasticity≥3000 MPa>70 GPa≥3500 MPa≥3500 MPa—≥3000 MPa—
    Melting Point160–180℃—160–180℃160–170℃240–260℃——
    Flaming Point————>560℃——
    Loss on Ignition—<2%—————
    Tensile Strength≥350 MPa>1.5 GPa≥400 MPa≥400 MPa≥500 MPa≥400 MPa≥350 MPa

    Recommended Applications for Polypropylene fiber

    Myield PP Fiber is mainly used in cement-based and asphalt-based construction systems to improve crack resistance, toughness, durability, and impact resistance. Its key applications include:

    Concrete roads, bridges, railways, and airport pavements picture
    Concrete roads, bridges, railways, and airport pavements
    Used to improve crack resistance, impact resistance, wear resistance, and fatigue resistance in high-load concrete engineering.
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    Industrial floors, commercial slabs, and precast concrete picture
    Industrial floors, commercial slabs, and precast concrete
    Helps reduce shrinkage cracks, improve surface durability, and enhance the toughness of concrete slabs and precast products.
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    Mortar, fresh concrete, and hardened concrete systems picture
    Mortar, fresh concrete, and hardened concrete systems
    Forms a uniform fiber network inside the cement-based system to control micro-cracks and improve long-term durability.
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    Tunnels, mines, basements, roofs, and underground engineering picture
    Tunnels, mines, basements, roofs, and underground engineering
    Improves impermeability, toughness, and crack resistance in underground and special construction projects.
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    Reservoirs, dams, river channels, and hydraulic projects picture
    Reservoirs, dams, river channels, and hydraulic projects
    Suitable for anti-cracking, anti-infiltration, anti-impact, and anti-abrasion applications in water conservancy projects.
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    Marine engineering, revetments, piers, and coastal protection picture
    Marine engineering, revetments, piers, and coastal protection
    Helps improve durability and crack resistance in concrete exposed to seawater or harsh coastal environments.
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    Asphalt concrete for road construction picture
    Asphalt concrete for road construction
    Improves high-temperature stability, low-temperature crack resistance, and fatigue resistance of asphalt concrete.
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    High-impact and heavy-load engineering projects picture
    High-impact and heavy-load engineering projects
    Enhances fracture toughness, impact resistance, seismic resistance, and overall structural performance.
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    Get samples of Polypropylene fiber

    Samples of Polypropylene fiber are available upon request for quality evaluation and application trials. Sample size can be arranged based on your testing needs.

    Contact Us to Request Samples, and You Will Receive:

    Brochure
    Key product information, typical values, and recommended application guidance (TDS/MSDS available).
    Shipping
    A clear lead time and delivery plan based on your preferred trade terms (FOB / CIF / DDP).
    Service
    Application-oriented support for dosage and formulation direction for your target mortar system.

    More About Myield Polypropylene fiber

    Packaging & Delivery

    Standard packaging: 15Kg/20Kg PP woven bags with inner separate 1 Kg small bag.

    Custom Packaging: OEM options available upon request

    Minimum Order Quantity (MOQ): 3 metric tons.

    Lead Time: 7-15 days after order confirmation

    Trade Terms: FOB / CIF / DDP (Incoterms® 2020)

    Storage and Shelf Life

    1.Storage environment requirements: Store in a dry, cool and clean place at temperatures below 25°C, keep in original packaging and away from heat.

    2.Product properties: Polypropylene fiber is a non-perishable product and is hydroscopic.

    3.Packaging and moisture-proof note: The packaging is designed to prevent moisture ingress, but the water content of the packed product may increase if not stored in dry conditions.

    4.Shelf life duration: 2 years from the date of receipt.

    5.Recommendation for extended storage: The product may still be used if stored longer than the recommended period, but users should verify that it meets the properties required for the intended application.

    Safety & Compliance

    Polypropylene fiber is safe and non-toxic. For more information, please refer to MSDS.

    About Henan Mingya Chemical Technology Co., Ltd.

    Henan Mingya Chemical Technology Co., Ltd. is an innovation-driven manufacturer headquartered in Zhengzhou, Henan, China. Supported by a well-established manufacturing base and a robust quality management system, we integrate R&D, production, and global supply to deliver reliable construction and industrial performance additives.

    We offer a comprehensive portfolio covering cellulose ethers (HPMC/HEMC/HEC), redispersible polymer powders (RDP), and high-range water reducers (PCE/SMF/SNF), along with functional solutions such as water repellents, defoamers, retarders, starch ethers, polymer emulsions (styrene-acrylic & styrene-butadiene), and alkali-depressant additives.

    Serving construction materials and coatings, as well as oil drilling, ceramics, detergents, and other formulation-driven industries, we work closely with formulators and distributors to provide consistent quality, application-oriented technical guidance, and dependable supply—helping partners build better products for demanding markets.

    Why Choose Myield As Your Polypropylene fiber Supplier

    Myield Chemical is an innovation-driven manufacturer delivering consistent-quality construction and industrial additives with reliable value. We combine stable supply with responsive technical support to help partners build better-performing formulations.

    Flexible Payment Options picture
    Flexible Payment Options
    T/T and L/C can be arranged based on order value and cooperation stage to fit your purchasing workflow.
    Efficient Logistics picture
    Efficient Logistics
    Standard lead time 7–15 days after order confirmation, with FOB / CIF / DDP (Incoterms® 2020) options available.
    24/7 Technical Support picture
    24/7 Technical Support
    Share your target application and performance needs—our team supports fast response with dosage and grade recommendations for cement-based dry mortars.
    Advanced R&D picture
    Advanced R&D
    In-house lab capability and continuous formulation optimization help you match the right solution to cost-effective systems.
    Custom Services picture
    Custom Services
    Myield Chemical provides both formula and packaging customization. Standard packing is 25 kg paper bags with a PE inner liner, and OEM packaging is available for bulk export.
    Rigorous Quality Control picture
    Rigorous Quality Control
    Dedicated QC process and customer service teams help ensure stable product consistency and dependable global supply.
    Documentation Support picture
    Documentation Support
    TDS & MSDS available for quick evaluation and compliance needs.
    Eco-Friendly Products picture
    Eco-Friendly Products
    Designed for efficient, low-dosage use in cement mortars—supporting resource-saving formulations while maintaining required workability and water retention.
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