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MODEL: ZT-EHG35
Designation: China Customized End Hook Glued Steel Fiber
Manufactory: Zhitai
Application: Bridges, Tunnels, Airports, Ports, Railway sleepers
Strength : 1100Mpa-2100Mpa
Diameter: 0.62mm-0.90mm
CERTIFICATION: /ISO9001/ISO14001/CPR No 305/2011
PAYMENT : T/T, L/C,Western Union
DELIVERY TIME: 15-20DAYS
START PORT : TANGSHAN POR
As a leading manufacturer located in China, we specialize in providing steel fiber products to merchants outside of China. One of our most popular products is the Hooked End Steel Fiber. This innovative product is designed to provide reinforcement and strengthening to concrete structures, making it an essential component for construction projects in various industries.
What are Hooked End Steel Fibers?
Hooked Ends Steel Fibers are microscopic strands of steel, used to reinforce and strengthen concrete structures. A Hooked End Steel Fiber is made up of 100% steel wire and features a hooked end that enhances bonding with the concrete matrix. This design increases the bond strength between the fiber and concrete matrix resulting in improved mechanical properties.
Features of Hooked End Steel Fibers:
1. High Tensile Strength:
Hooked End Steel Fibers have a high tensile strength and are much stronger compared to other alternatives such as rebar or mesh.Due to the high tensile strength of the steel fibers, it provides increased residual strength to the concrete, even after the material has been cracked or damaged.
2. Improved Durability:
The durability of concrete structures is essential, especially in areas that experience harsh weather conditions. Hooked End Steel Fibers are resistant to corrosion, reducing the likelihood of rust that typically occurs in steel-based structures. This increases the lifespan of the structure, providing long-term savings in maintenance and repairs.
3. Cost-Effective:
Compared to other reinforcement alternatives, Hooked End Steel Fibers are much more cost-effective. Steel fibers have a higher strength-to-weight ratio than other reinforcement alternatives, which means that less material is needed to achieve the same level of strength. Using steel fibers reduces the need for additional materials, such as rebar or mesh, making it a more cost-effective reinforcement solution.
4. Easy to install:
Hooked End Steel Fibers are easy to handle and can be quickly installed, which saves time and labor costs during the construction process.
5. Increased Safety:
Using Hooked End Steel Fibers in concrete structures makes them more resilient, reducing the likelihood of concrete dislodgment, collapse, or cracking. This reinforces the safety of the structure, making it a reliable choice for various industries.
Applications of Hooked End Steel Fibers:
1. Industrial Flooring:
Hooked End Steel Fibers are commonly used in industrial flooring projects, particularly in high traffic or heavy-weight bearing areas. By adding Hooked End Steel Fibers to the surface mix of a concrete floor, it enhances the floor's durability and adds flexural strength, reducing the likelihood of cracking or rupture.
2. Precast Concrete:
Hooked End Steel Fibers can also be used in precast concrete projects, such as concrete pipes, panels or blocks. In this type of application, steel fibers are added to the concrete mix, providing additional strength and reducing the likelihood of cracks or failures in the final product.
3. Stadiums and Arenas:
Stadiums and arenas are high-traffic areas that experience a lot of movement from people and equipment. Using Hooked End Steel Fibers in the concrete mix of the structure reinforces the concrete, making it more resilient and reducing the likelihood of damage or collapse in high-shear areas.
Tips for Using Hooked End Steel Fiber:
Steel fiber reinforced concrete is a new type of multiphase composite material formed by mixing short steel fibers in disorderly distribution in ordinary concrete. These randomly distributed steel fibers can effectively hinder the expansion of micro-cracks and the formation of macro-cracks in concrete, significantly improve the tensile, flexural, impact and fatigue resistance of concrete, and have good ductility.
The properties of steel fibers are divided into two types: tensile strength and source bond. In a large number of tests in the past, we can see that ordinary steel fiber reinforced concrete will be damaged to varying degrees after the steel fibers are pulled out, instead of The breaking of steel fibers causes damage, so it can be said that the effect of steel fibers in this concrete is extremely powerful. In the past, people simply thought that the more steel fibers, the better the tensile performance. In fact, this is not the case. It is a serious waste to the economy, and it will cause certain construction difficulties, and will also affect the original performance.
Steel fiber is a new, high-performance steel fiber variety. The mixing ratio design method of steel fiber road is basically the same as that of ordinary concrete, but the differences are: double-controlled strength standards (compressive strength and flexural tensile strength); steel fiber content is determined according to the flexural and tensile strength required by the design; unit water consumption and sand The rate is related to the fiber content. For every 0.5% (volume rate) steel fiber added, the unit water consumption will increase by 6kg, and the sand rate will increase by 2%. Steel fiber reinforced concrete has no obvious change in impermeability compared with ordinary concrete. Due to the good crack resistance and integrity of fiber reinforced concrete, it is resistant to freezing and thawing, heat resistance, wear resistance, cavitation resistance and corrosion resistance. were significantly improved. When fiber reinforced concrete is damaged, most of the fibers are pulled out rather than broken. Therefore, improving the bond strength between the fibers and the matrix is one of the main controlling factors to improve the fiber reinforcement effect.



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