The end-hook structural steel fibers can enhance the anchoring force, bond firmly with the concrete, and are not prone to detachment.
Steel Fibres can improve the crack resistance, bending resistance and impact resistance of the concrete, and reduce the occurrence of structural cracks.
They can replace some of the reinforcing bars, making the construction process simple and reducing the engineering cost and construction period.
They have good dispersion properties and can be evenly distributed in the concrete during mixing, ensuring the overall enhancement effect.
End Hooked Steel Fiber For Reinforced Concrete
The end-hook steel fiber is a short-cut steel reinforcing material with bent hooks at both ends. The core is used to enhance the mechanical properties of concrete. It is made from high-carbon steel, alloy steel or stainless steel, through cutting, cold drawing and hook forming processes. When it is incorporated into concrete, its strength and hardness are higher, capable of withstanding greater loads and impacts, and enhancing the bearing capacity of the concrete structure. It has advantages such as crack resistance, water resistance, and anti-sagging, and is increasingly widely used in engineering.

Key features and parameters of end hooked steel fibers:
Product Name | Place of origin | Shangdong,China | |
Raw Material | High quality steel wire | Tensile strength(MPa) | ≥600 |
Shape | Hooked Steel Fiber | Equivalent diameter(mm) | 0.5-1.2 |
Length | 25~60mm | L/D ratio | 30-100 |
packaging | 20kg per bag | Application | Concrete Reinforced |

Crack control steel fiber benefits:
◆Benefits of using hooked steel fibers in concrete:
◆Improve tensile strength: Steel fibers help to bridge cracks and distribute stress, increasing the tensile strength of concrete.
◆Enhanced toughness: The addition of steel fibers increases the energy absorption capacity of concrete, making it more resistant to impact and fatigue.
◆Crack control: The use of steel fibers reduces the width and spread of cracks and improves durability.
◆Reduce shrinkage cracks: Reinforced concrete steel fibers help alleviate plastic and dry shrinkage cracks.
◆Simplified construction: In some applications, steel fibers can partially or completely replace traditional rebar (steel bar or mesh), reducing labor and material costs.


After-sales service:
Our company provides a one-stop service, and our staff provides 24/7 online support to solve any technical problems related to fiber in a timely manner. Thank you for your love of our products.One-stop Service, Strict Quality Control!

About us:
Shandong Luke composite Co.,Ltd is a professional company on production and sales engineering anti-crack fiber. Concrete anti-crack fiber series such as polypropylene(PP) fiber、polypropylene(PP) mesh fiber、PAN fiber、high strength and high modulus polyvinyl alcohol fiber(PVA),water-soluble polyvinyl alcohol fiber、curved pp macro fiber、twisted bundle pp fiber、steel fiber(end hook steel fiber,copper-coated steel fiber,corrugated steel fiber)、basalt fiber etc. Our polypropylene fibers have been exported to more than 30 nations and regions, such as Southeast Asia, Australia, North America, Europe, Middle East and Africa.The steel fiber price is good ,it is your best choice.
Professional equipment, high quality steel fibers, is your best choice, Welcome to request product prices!

Application of steel fibers:
◆Industrial floors: Places that withstand heavy loads and wear.
◆Roads and Bridges: Improve crack resistance and durability.
◆Tunnels and mines: Enhanced impact and crack resistance.
◆Hydraulic engineering: Improve impermeability and durability.
◆Earthquake-resistant structure: improve the toughness and energy absorption capacity of the structure.
◆Special engineering: Enhanced knock and shock resistance.
◆Shotcrete and Sprayed Concrete:Enhances the toughness and durability of sprayed concrete used in tunneling, mining, and slope stabilization.

Bridge steel fiber Precast concrete steel fiber

Tunnel steel fiber Concrete steel fiber
Steel fibers packaging and transportation
The packaging of steel fibers focuses on moisture-proofing, preventing scattering, facilitating transportation and construction. It mainly uses an inner layer of PE film for moisture protection and an outer layer of woven bag for enhanced load-bearing capacity. This is the most common packaging method, and it can also be packed in cardboard boxes.


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