cnsteelfiber

  Steel fiber in concrete mainly restricts the expansion of concrete cracks, so that its tensile, flexural and shear strength are significantly improved compared with ordinary concrete. Its impact resistance, fatigue resistance, post-cracking toughness and durability are also greatly improved. It can make the concrete that was originally a brittle material into a composite material with certain plastic properties.   Ⅰ . The fiber spacing theory of metal fiber concrete   The fiber spacing theory, also known as the fiber crack resistance theory, was proposed by J.P.Romualdi and J.B.Batson in 1963. According to the theory of linear elastic fracture mechanics, the theory explains the restraint effect of fibers on the occurrence and development of cracks. It is believed that in order to increase the tensile strength of concrete, a brittle material with internal defects, it is necessary to reduce the size of internal defects as much as possible and improve toughness. Reduce the...

  In modern civil engineering, steel fiber-reinforced shotcrete is gradually demonstrating its unique advantages and broad application prospects as a high-performance composite material. This article will delve into the application of steel fiber-reinforced shotcrete in several key areas, showcasing its powerful functionality and adaptability.   Steel Fiber-Reinforced Shotcrete: Initial Support of Tunnel Surrounding Rock In tunnel engineering, initial support is a key link to ensuring construction safety and stability. While traditional shotcrete effectively prevents rock fragments from falling, its quasi-brittle characteristics limit its deformation tolerance. The introduction of steel fiber-reinforced shotcrete not only significantly improves concrete strength but also imparts excellent toughness. This material can maintain high load-bearing capacity even when cracked during rock deformation, effectively curbing excessive deformation of the surrounding rock. This is particul...

  What is steel fibre Steel fiber is a type of reinforcement material that is used in concrete to enhance its strength and durability. It is made of high-strength steel wire or steel bars that are cut into short, discrete fibers and added to the concrete mix. These fibers are uniformly distributed throughout the concrete, providing an additional layer of reinforcement that helps to improve the concrete's mechanical properties.   Steel fiber is a versatile material that can be used in a wide range of concrete applications, including industrial flooring, tunnels, bridges, precast concrete elements, and more. Its unique properties make it an ideal material for use in applications that require high strength and durability.   There are various types of steel fibers available in the market, each with its own set of properties and advantages.   Most commonly used types of steel fibers:   Hooked-End Steel Fibers Hooked-end steel fibers are a specialized type of concrete...

  In today's field of architectural engineering, cold-drawn steel wire, with its excellent mechanical properties and wide application value, has become an indispensable key material in prestressed concrete structures. This article will explore in depth the reinforcing effect of cold-drawn steel wire in prestressed concrete structures (such as bridges and high-rise buildings) and how it significantly enhances the overall stability and durability of structures.   Cold-Drawn Steel Wire: The Strong Backbone of Prestressed Concrete Structures Cold-drawn steel wire, as an outstanding result of cold-working, undergoes multiple drawing processes, significantly enhancing its strength while its diameter gradually decreases. This process not only gives the steel wire higher strength but also makes it more suitable for structures that require high-strength support. In prestressed concrete structures, cold-drawn steel wire acts like hidden steel bones, firmly supporting the spans of bridge...

  Concrete fiber solutions Steel Fibers For Crack Control The steel fiber has high tensile strength of 1000Mpa, which could ensure it will not be broken when working with concrete   Steel Fibers For Durability Steel fiber can effectively transmit and distribute stress and control crack propagation in concrete. It is easy to form alkaline film around the steel fiber to protect the steel fiber from corrosion.   Steel Fiber Concrete Reinforcement In highways, airports and other pavement projects, cement concrete is used to build pavements, airport pavements, industrial floors, bridge decks and roofs.   Steel Fiber For Fatigue Resistance The steel fiber has high tensile strength of 1000Mpa, which could ensure it will not be broken when working with concrete   If you are looking for a reliable steel fiber supplier , please contact us.  

  Hooked end steel fibres   are made of high-quality cold drawn steel line, in order to make sure that it has high tensile strength and animal tolerance. And the steel fiber in bulk ensures the mixing fast and convenient, and the distribution homogeneous. During pulling from the cement, the steel fiber hooked end   is deformation slowly it is considered to be the best anchorage force.   Unlike conventional reinforced fiber, steel fibers focus on three-dimensional reinforcement and make it impossible for a plain crack to follow.   Advantages of Loose Hooked End Steel Fiber Technology advantage The design of end hooks at both ends of steel fiber is the best anchoring design, which slowly deforms in the process of drawing, thus enhancing the binding force between hooked steel fiber   and concrete.   Material advantage SDS hooked steel fibre   is made of high-quality wire by cold drawing, and its tensile strength is greater than 1100MPa, which ensures...