A Professional Concrete Fiber Supplier
Concrete reinforcing fibers are small synthetic fibers. They can improve concrete’s strength and durability.
Yuanwang is a professional concrete fiber manufacturer. We produce many types of fibers. Including PVA, PAN, PET, and PP fibers. For your different projects. Our fibers aim to reduce project costs and improve construction quality.
Currently, our fibers are used in various construction projects. For example, roads, bridges, buildings, and parking lots.
Choose Yuanwang for our expertise, quality, and direct factory prices. We offer reliable concrete fiber solutions for strong, long-lasting construction.
Concrete Reinforcing Fibres Types
Synthetic Micro Fibers
Diameter: 14 μm-40 μm.
Types: Monofilament or fibrillated.
Application: Concrete; asbestos and glass tiles; precast components, etc.
Benefits: Crack control, toughness, impact protection, corrosion resistance, etc.
Plasticizer price: Negotiable.
Availability: In stock.
Lead time: 7-14 days. Specific periods vary on order volume.
Synthetic Macro Fibers
Synthetic macro fiber’s length is 38-50 mm (1.5-2 in.) with an aspect ratio of 85. It is specifically designed to ensure ease of use and rapid dispersion in concrete.
Benefits: Improve the toughness post crack energy absorption; fatigue resistance; residual strength and durability, etc.
Application: Concrete related uses.
OEM customization: Support.
Availability: In stock.
Cellulose Fibers
Fiber Length: 500–600 μm
Tensile Strength: 600–900 MPa
Advantages of Natural Fiber Reinforced Concrete:
✅ High water absorption, which helps regulate moisture within the concrete.
✅ Promotes internal curing and reduces drying shrinkage.
✅ Eco-friendly and sustainably sourced.
✅ Excellent dispersibility in the mix.
Cellulose fiber, when integrated into concrete mix, gives cellulose fiber reinforced concrete improved workability and shrinkage resistance.
Choose the Right Fibers for Concrete
When you add synthetic fibers to concrete, it strengthens the concrete mix. Concrete fibers reinforce the concrete, making it last longer and reducing the chance for repairs.
Yuanwang’s synthetic concrete fibers are designed to prevent cracks in your concrete structures.
Compared to fiber reinforced polymer concrete, synthetic fiber concrete reinforcement is more cost-effective and it has better compressive strength and durability.
Compared to inorganic fibers (such as steel or glass fibers), our organic fiber for reinforced concrete offers strong alkali resistance. Fibers like polypropylene (PP) can withstand repeated loading and provide excellent fatigue resistance.
Advantages of Concrete Reinforcing Fibers
Using concrete reinforcing fibers, you will achieve high-performance fiber-reinforced concrete:
⑴ Significantly improved crack resistance – Fibers effectively suppress microcracks caused by plastic shrinkage and drying shrinkage in concrete.
⑵ Enhanced toughness – Fibers bridge cracks and slow down their propagation, transforming concrete from brittle to tough.
⑶ Improved impermeability and durability – By reducing cracks, fibers increase the density of the concrete.
Benefits of Working with Yuanwang
Yuanwang is run by a government-owned company with support and funding from the local government.
-We have a strict quality control system to ensure every batch meets high standards.
-We can adjust our formulas to meet your specific needs.
-Plus, you get the best prices directly from the factory, with direct shipping!
Explore Different Types of Concrete Fibers
Yuanwang PVA fibers are becoming more popular due to their exceptional strength and durability. They are also resistant to UV light and ideal for outdoor applications.
PAN fiber is a synthetic fiber that is specifically designed for construction applications. It has great durability to reinforce concrete and other building materials.
Yuanwang PET fiber is also known as polyester fiber. It is a synthetic monofilament short fiber. It increases the strength and durability of the concrete and crack resistance.
Polypropylene fiber (PP fiber) is an essential fiber additive for mortar or concrete to control plastic and dry shrinkage. Thus PP is also called anti-cracking fiber.
The macro synthetic fiber reinforces concrete toughness, improving the impact resistance while reducing cracking. It provides strength and durability.
Yuanwang supports OEM solutions for concrete fiber. Our professional team services will assist with your diverse fiber requirements. Contact us now!
Best Use of Different Fibers (5)
-Yuanwang PP fiber mixes well with plaster and cement with good adhesion.
-Suitable for use on roads, bridges, airports, or industrial building floors.
-Our PAN fiber is ideal for reinforcing asphalt and cement concrete.
-For asphalt pavements, motorways, airport pavement, bridge decks.
-PET fiber has high strength, high melting point, good chemical stability.
-High temperature stability, low temperature cracking resistance.
-Our PVA fibers are tough and resistant to acids, alkalis, and chemicals.
-PVA fibers work well with cement and plastic, with strong adhesion power.
-Macro synthetic fibers reduce cracks in concrete mixtures.
-Use for tunneling and shotcrete. Provide durable ground support.
Your Reliable Concrete Fiber Supplier (6)
Other Yuanwang Product You May Also Interested
Answers to Your Query
The essential additives in asphalt is fiber reinforcement. For superior asphalt performance, we recommend two exceptional options: PAN fiber and PET fiber.
1. PAN Fiber : PAN fiber reinforces asphalt by enhancing its tensile strength and durability. Its high-modulus properties improve resistance to cracking, rutting, and fatigue, ensuring longevity and structural integrity in road surfaces.
2. PET Fiber : PET fiber offers excellent binding properties to asphalt mixtures. It enhances cohesion and stability, reducing the potential for moisture-induced damage, cracking, and pothole formation.
Both PAN and PET fibers serve as effective additives, contributing to enhanced asphalt quality, longevity, and overall pavement performance.
Concrete tends to dry quickly in hot and dry summer weather and may develop cracks. Therefore, incorporating high-quality additives becomes essential.
To address this concern, we recommend the following general formula:
1. Add 2-3 kilograms of Hydroxypropyl Methylcellulose (HPMC) for improved water retention and extended workability.
2. To prevent cracking in road surface concrete, we suggest the addition of PAN or PVA fibers. These fibers are resistant to dissolution, especially in high summer temperatures.
The amount of PET fiber needed will depend on several factors, including the application, the desired performance characteristics, and the properties of the concrete mix. Typically, PET fiber is added at a rate of 0.6-1.5 kg per cubic meter of concrete, but this can vary depending on the specific application.
We recommend consulting with a concrete expert or our Yuanwang technical support team for guidance on the appropriate amount of PET fiber for your project.
Yes! Concrete with fiber mesh can be polished. However, the presence of fiber mesh may affect the polishing process and the final appearance of the concrete surface. Therefore, we recommend you consult with a concrete polishing expert or contact us for proper guidance.
PET fiber is typically added to concrete during the mixing process. The fibers become dispersed throughout the concrete matrix and help to distribute stress evenly and prevent cracking. PET fiber is often used in slabs, pavements, precast elements, and shotcrete applications.
Rebar offers strength and stability. It enhances tensile strength in heavy-duty applications. Concrete fibers are often preferred for their ease of use. Fiber reinforcement excels in enhancing crack resistance and flexural strength. This makes fiber a preferred choice for most concrete applications. It can minimize shrinkage cracking and increase durability.
Read this article for more details ➡️ Fiber Reinforced Concrete Vs Rebar
Usually, fiber-reinforced concrete can be strong enough without needing traditional rebar. However, it depends on the project. Sometimes, extra reinforcement like rebar might be needed. It would help if you considered the factors like load-bearing capacity, structural design, and more. Consulting with an engineer or contacting us is best to decide what’s needed for your project.
Yes, PET fiber is safe to use in construction. It is non-toxic, non-corrosive, and does not release any harmful substances into the environment. Additionally, PET fiber is resistant to moisture, mold, and mildew, making it a good choice for use in humid or wet environments.
Using PET fiber in construction can offer several benefits, including increased crack resistance, improved durability, reduced maintenance costs, and enhanced impact and abrasion resistance. Additionally, using PET fiber can help reduce the amount of steel reinforcement needed in concrete, which can lower construction costs and reduce the project’s environmental impact.
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