JSW Neostrands IS 14268:2022 Grade 2060 Ultra-High-Tensile LRPC Strand

As part of its LRPC strand range, JSW Neostrands offers the JSW Neostrands IS 14268:2022 Grade 2060 Ultra-High-Tensile LRPC Strand for specialist tendon systems and finer-gauge wire applications where Neotrex’s ultra-high-tensile chemistry gives designers headroom that standard 1770/1860 MPa strand cannot.

Engineered in accordance with IS 14268:2022, mechanical performance spans seven diameters clustered at the finer end of the range, from a 6.4 mm micro-strand rated at 51.5 kN up to a 12.9 mm strand rated at 206 kN, all still meeting the sub-2.5% relaxation loss ceiling common to the IS 14268:2022 family.

Common end-uses for the JSW Neostrands IS 14268:2022 Grade 2060 Ultra-High-Tensile LRPC Strand span rock anchoring, soil stabilisation and other specialist ground-engineering tendon work where a compact, high-capacity strand is more practical than a larger-diameter standard-grade product.

Before it leaves the mill, the JSW Neostrands IS 14268:2022 Grade 2060 Ultra-High-Tensile LRPC Strand is checked against full batch traceability back to JSW Steel’s integrated wire rod mills, with cryogenic, fatigue and deflected tensile testing carried out at independent global laboratories in addition to Neotrex’s own computerised UTM and relaxation testing equipment on site.

Like all prestressing strand, the JSW Neostrands IS 14268:2022 Grade 2060 Ultra-High-Tensile LRPC Strand needs careful site handling: cut only with an abrasive disc cutter or shear cutter, never with a flame or welding torch, since heat changes the steel’s microstructure and its mechanical properties. Coils should be unloaded with a crane rather than dropped off the vehicle, stored under cover on a raised platform away from direct ground or water contact, and protected with a vapour phase inhibitor if they will sit on site for an extended period before stressing.