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Bridge Prestressing Material

 


Bridge Prestressing Material

We SCON INFRASTRUCTURE are Leading Manufacturers, Suppliers, Providers, Contractors and Services of Bridge Prestressing material. Because the yield strength of ordinary mild steel and deformed bars used in R.C.C. is not particularly high, they are not employed in PSC (Prestressed concrete). Many factors contribute to the decrease of prestress (about 20%) in the PSC. If mild steel or HYSD bars are utilized, there will be very little prestressed remaining after losses, and it will be useless to us. As a result, for prestressing, high tensile strength steel is employed. The steel used in prestressing must have a greater ultimate elongation in addition to its high strength. Tendons are high-strength tensile wires with diameters ranging from 1.5 to 8 millimeters. The ultimate tensile strength of steel wires used for prestressing is shown in the table. A strand or cable is made up of a group of wires that have been twisted together.


A cable or stand's total diameter ranges from 7 to 17mm. Post-tensioning systems make use of them. In prestressed concrete, high tensile steel bars with a diameter of 10mm or greater are also utilised. Because PSC uses high-tensile steel, the concrete utilized should be of excellent quality and strength. As a result, according to IS regulation, a minimum mix of M40 for pretension systems and M30 for post-tensioned systems is recommended. These concrete mixes have great strength and a high modulus of elasticity, resulting in minimal deflection. Smaller portions come from the use of high-strength concrete. High-strength concrete is resistant to strain, shear, bonding, and bearing forces. With greater strength concrete, there is less prestress loss. We SCON INFRASTRUCTURE are deeply engaged in offering a wide array of Bridge Prestressing material to our valuable Clients located in Mumbai, Navi Mumbai, Thane, and all over India.

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https://www.sconinfra.com/

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