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SDS Micro Copper Coated Steel Fiber

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  SDS Micro Copper Coated Steel Fiber Micro steel fibers are made of copper coated steel wire , which is the most important materials of RPC and UHPC. UHPC has the features of very high strength, high tenacity, very good durability, and volume stability. It is a good and a new kind of construction materials. Micro steel fiber is widely used in the building of high way, expressway, RPC cover plates, and UHPC construction.   Advantage of Brass Coated Micro Steel Fiber Performance Advantage With good dispersion performance in concrete; less impact in UHPC Liquidity and high tensile strength.   Characteristic Advantage Providing good impact, fatigue, shrinkage control, and ductility in all kinds of concrete.   Material Advantage Significantly improve the toughness of concrete.   Types of Micro Brass Coated Steel Fiber SDS-1823 0.18-0.23mm Diameter 13±1mm Length Copper Micro Steel Fiber SDS-1835 0.18-0.35mm Diameter 13±1mm Length Copper Micro Steel Fiber SDS-2013 0.2...

SDS Loose Hooked End Steel Fiber

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  SDS Loose Hooked End Steel Fiber 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...

SDS Glued Hooked End Steel Fiber

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  SDS Glued Hooked End Steel Fiber Glued hooked end steel fibre is made of high quality cold-drawn wire. The glued steel fiber  in bulked could make sure it has good dispersibility in concrete. Compared with general concrete, steel fibre concrete has a great improvement in tensile strength, flextural strength, abrasion resistance, impact resistance, fatigue resistance, toughness, crack resistance and antiknock performance.   Advantages Of Glued Hooked End Steel Fiber Performance Advantage Improve the structural strength of concrete, impact resistance, wear-resistance and freeze-thaw resistance, as well as the durability.   Characteristic Advantage Reduce crack widths and control the crack widths tightly.   Economic Advantage Reduce steel reinforcement requirements.   Types of Glued Hooked End Steel Fiber SDS-05030 0.50mm Diameter 30mm Length Glued Steel Fiber SDS-05530 0.55mm Diameter 30mm Length Glued Steel Fiber SDS-05035 0.50mm Diameter 35mm Length Glued...

SDS Steel Fiber

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  SDS Steel Fiber There are many types of steel fibres used in concrete . The steel fiber for concrete reinforcement is a new kind of metal material, in order to enhance concrete with metal fiber and shotcrete in its hardened state. Tengzhou SDS steel fibers make concrete have extremely high flexural strength and shear strength, and have good toughness, crack resistance, earthquake resistance, seepage control, and other functions. Widely used in industrial factory floors, highways, high-speed rail, bridges, airports, tunnels, water conservancy, electric power, municipal engineering, etc. The company has passed ISO9001 certification, and its products are exported to Southeast Asia, Europe, America and etc. Welcome to contact us for more information about steel fibers for concrete reinforcement .   Steel Fibre Types Loose Hooked End Steel Fiber It is used in industrial floors and etc.   Micro Copper Coated Steel Fiber It is widely used in Reactive Powder Concrete. The raw m...

Steel Fiber Solutions

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  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   There are many concrete fiber manufacturers , but we are one of the best choices for you.  

Steel Fibers For Shotcrete

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  Steel fibers for shotcrete  - sfrs shotcrete   Steel fiber reinforced shotcrete (SFRS-steel fiber reinforced shotcrete ) is  referred to as "steel shotcrete", which is similar to plain shotcrete (short for plain shotcrete without steel fiber) and has the following characteristics:   High strength (tensile, bending and shear), High resistance to impact, explosion and vibration.   Good toughness (deformability), good frost resistance, heat resistance and fatigue resistance; Strong crack resistance.   Even if the component has produced tiny cracks, the toughness will be greatly improved because the steel fiber continues to pull out.   The fiber direction after spraying is close to two-dimensional distribution, and the construction speed is fast and the adaptability is wide.   The rebound rate of fibre steel shotcrete aggregate is lower than that of plain shotcrete, and the comprehensive unit price of steel shotcrete is lower, so steel sho...

Basic Theory of Steel Fiber Reinforced Concrete

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  What is steel fiber reinforced concrete 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 a...