High-strength polypropylene synthetic macrofiber is our company’s flagship product. The laboratory data in China far exceeds the national standard, making us the leading manufacturer in the field of high-strength synthetic fibers. The high-strength synthetic fiber series is mainly used in tunnel segments, mine reinforcement, ballastless track slabs, industrial floors, shotcrete, etc.
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- High Strength Series
High-performance structural synthetic fibers
- High-performance structural synthetic fibers are specifically designed for industrial flooring, road paving, and track slabs. These fibers are composed of a polypropylene and polyethylene blend and consist of four high-strength monofilaments linked side by side. This structure allows for more uniform mixing and easier dispersion. The fibers are characterized by high strength and excellent toughness, making them a viable alternative…
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- High Strength Series
High-Strength Polypropylene Synthetic Macro Fibers
- High-strength synthetic macro fibers for concrete have high tensile strength and elastic modulus, which can improve the impact resistance of precast concrete components. With 40,000 fibers per cubic meter of concrete arranged in a three-dimensional structure, these fibers provide overall reinforcement, ensuring worry-free post-installation activities
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- High Strength Series
High-Strength Synthetic Macro Fibers
- Fiber-reinforced shotcrete is used in tunnel linings, underground engineering space support, mine structure reinforcement, power station dam foundation reinforcement, and highway slope protection projects. Among these applications, polypropylene synthetic fibers have become a core component of shotcrete, playing a crucial role. We will discuss the key role of polypropylene synthetic fibers in fiber-reinforced shotcrete from the perspectives of crack resistance,…
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- High Strength Series
High-Strength Twist Wave Synthetic Fiber
- High-strength twist wave synthetic fiber is specially designed for industrial use. It is a blend of polypropylene and polyethylene, and has the advantages of high strength and toughness. It can replace traditional steel mesh and steel fiber. This high-strength fiber with corrosion resistance, fatigue resistance and impact resistance enhances the strength and durability of concrete.
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