Regmiks Steel Fiber Wire
Regmiks steel fiber, macro and micro synthetic fibers are concrete reinforcement materials that provide certain advantages compared to conventional reinforcements together with concrete. Regmiks steel fiber wire, macro and micro synthetic fiber wires are made of different wire materials designed to increase temperature and shrinkage crack control, enhanced flexural reinforcement, improved shear strength and crack resistance of concrete. The fibers are sometimes referred to as structural fibers and are intended to bear loads and are therefore used in some non-structural applications to replace conventional reinforcement as well as to minimize and/or eliminate both early and late age cracks.
Steel Fiber Wire
Steel fibers and rebar have some things in common. Both are made of steel. Both are used to reinforce concrete and both can be found in floor slabs. Because of these common features, it’s tempting to think that the two products are basically the same, just different in size. Maybe a steel fiber is just a very small reinforcing bar.
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Usage & Advantage
Regmiks is generally used to prevent cracking, increase impact resistance, resist dynamic loading and material fragmentation. Regmiks can be used without any additional reinforcement in almost any application where bending stresses are not overwhelming, for example beams. Steel fiber wire is used in tunnel engineering, hydro structures, airport and highway pavements and other construction areas that need strong and high performance structures, especially with the high performance they provide. Normal concrete is brittle, while fibrous concrete has priority over normal concrete due to its higher strength and capacity to prevent breakage. The advantages of steel fiber reinforced concrete structures over normal concrete can be summarized as follows:
All concrete has microcracks and some appear earlier. When concrete is subjected to tensile stress, which can be caused by drying shrinkage, thermal shrinkage, or applied loading, some microcracks expand and lengthen and become cracks that you can see. Not every microcrack grows big enough to become a crack; most of them are small.
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