Concrete Engineering Fiber
The fiber has high tensile strength and high elongation. With cement slurry, mortar or concrete as the base material, fiber reinforced concrete can be produced. It can be used in hydraulic engineering, high-speed rail and other projects.
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End Hook steel fiber
Steel Fibers made from prime quality hard-drawn steel wire to ensure high tensile strength and close tolerances.
Learn More Steel Fibers made from prime quality hard-drawn steel wire to ensure high tensile strength and close tolerances.
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Galvanized End Hook steel fiber
steel fiber reinforced concrete
Steel Fibers made from prime quality hard-drawn steel wire to ensure high tensile strength and close tolerances.
Galvanized End Hook steel fiber
steel fiber reinforced concrete
Learn More Steel Fibers made from prime quality hard-drawn steel wire to ensure high tensile strength and close tolerances.
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Mill cut steel fiber
fiber reinforced concrete
Steel Fibers made from prime quality hard-drawn steel wire to ensure high tensile strength and close tolerances.
fiber reinforced concrete
Learn More Steel Fibers made from prime quality hard-drawn steel wire to ensure high tensile strength and close tolerances.
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Shear steel fiber( YZCSSF)
steel fiber reinforced concrete
Steel Fibers made from prime quality hard-drawn steel wire to ensure high tensile strength and close tolerances.
steel fiber reinforced concrete
Learn More Steel Fibers made from prime quality hard-drawn steel wire to ensure high tensile strength and close tolerances.
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Copper coated steel fiber
Copper coated Steel Fibers made from prime quality hard-drawn steel wire to ensure high tensile strength and close tolerances.
Learn More Copper coated Steel Fibers made from prime quality hard-drawn steel wire to ensure high tensile strength and close tolerances.
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Polypropylene Fiber
Polypropylene fiber for Concrete Reinforcement
Concrete PP fiber is made by 100% virgin polypropylene, adopting unique manufacturing process to make high strength bundle monofilament fiber.
Polypropylene fiber for Concrete Reinforcement
Learn More Concrete PP fiber is made by 100% virgin polypropylene, adopting unique manufacturing process to make high strength bundle monofilament fiber.
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Polyacrylonitrile fiber
Polypropylene fiber for Concrete Reinforcement
Concrete PP fiber is made by 100% virgin polypropylene, adopting unique manufacturing process to make high strength bundle monofilament fiber.
Polypropylene fiber for Concrete Reinforcement
Learn More Concrete PP fiber is made by 100% virgin polypropylene, adopting unique manufacturing process to make high strength bundle monofilament fiber.
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PP Fiber
Polypropylene fiber for Concrete Reinforcement
Concrete PP fiber is made by 100% virgin polypropylene, adopting unique manufacturing process to make high strength bundle monofilament fiber.
Polypropylene fiber for Concrete Reinforcement
Learn More Concrete PP fiber is made by 100% virgin polypropylene, adopting unique manufacturing process to make high strength bundle monofilament fiber.
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Polyester staple fiber
polyester anti-crack fiber
Fiberglass Chopped strand was the main raw material for Gypsum Board, Concrete Reinforcement, Cement Reinforcement and other Concrete/Gypsum Products.
polyester anti-crack fiber
Learn More Fiberglass Chopped strand was the main raw material for Gypsum Board, Concrete Reinforcement, Cement Reinforcement and other Concrete/Gypsum Products.
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Glass Fiber
High strength Alkali Resistant Glass Fiber
Fiberglass Chopped strand was the main raw material for Gypsum Board, Concrete Reinforcement, Cement Reinforcement and other Concrete/Gypsum Products.
High strength Alkali Resistant Glass Fiber
Learn More Fiberglass Chopped strand was the main raw material for Gypsum Board, Concrete Reinforcement, Cement Reinforcement and other Concrete/Gypsum Products.
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Basalt Fiber
Basalt fibers are continuous fibers made by high-speed drawing of platinum-rhodium alloy wire-drawing leak plate after basalt material is melted at 1450 ~1500 C. Similar to glass fibers
Learn More Basalt fibers are continuous fibers made by high-speed drawing of platinum-rhodium alloy wire-drawing leak plate after basalt material is melted at 1450 ~1500 C. Similar to glass fibers
