THEBUSINESSBYTES
BUREAU
ROURKELA,
APRIL 28, 2026
The
Sheet Shearing Line (SSL) of Hot Strip Mill-2 (HSM-2) at SAIL-run Rourkela
Steel Plant has scripted a new chapter in operational excellence, achieving
record-breaking performance during the financial year 2025-26.
Operating
at an impressive capacity utilisation of 78 per cent, the line registered its
highest-ever annual production of 0.313 million tonnes of hot-rolled plates,
surpassing the previous best of 0.265 million tonnes by a remarkable 18 per
cent. The achievement reflects the team's unwavering commitment to efficiency,
innovation and customer satisfaction, even amid challenging market conditions.
Further
underscoring its stellar performance, the SSL also recorded its best-ever daily
production of 1,477 tonnes, highlighting its enhanced capability to meet the
growing demand for high-quality hot-rolled plates.
This
outstanding feat was made possible through a series of proactive maintenance
initiatives and innovative in-house modifications. Key improvements included
the replacement and modification of Leveler-1 cassettes, which effectively
addressed waviness defects — a critical concern for customers. Additionally,
modifications to the flying shear chain assembly, precise adjustments to shear
blade gaps, and enhancements to the mandrel uncoiler significantly improved
equipment reliability, availability and operational uptime.
By
successfully overcoming challenges such as plate waviness through
cost-effective indigenous solutions, the SSL has not only enhanced product
quality and operational reliability but has also positioned itself to
manufacture wider-profile hot-rolled plates, unlocking new market
opportunities.
With
these advancements, the line is now fully geared to produce wider hot-rolled
plates, reinforcing SAIL's focus on expanding its value-added product portfolio
and driving sustainable growth. The achievement also reflects Rourkela Steel
Plant's ongoing modernisation efforts, which continue to set new benchmarks in
steel manufacturing excellence.
THEBUSINESSBYTES
BUREAU
ROURKELA,
APRIL 28, 2026
The
Sheet Shearing Line (SSL) of Hot Strip Mill-2 (HSM-2) at SAIL-run Rourkela
Steel Plant has scripted a new chapter in operational excellence, achieving
record-breaking performance during the financial year 2025-26.
Operating
at an impressive capacity utilisation of 78 per cent, the line registered its
highest-ever annual production of 0.313 million tonnes of hot-rolled plates,
surpassing the previous best of 0.265 million tonnes by a remarkable 18 per
cent. The achievement reflects the team's unwavering commitment to efficiency,
innovation and customer satisfaction, even amid challenging market conditions.
Further
underscoring its stellar performance, the SSL also recorded its best-ever daily
production of 1,477 tonnes, highlighting its enhanced capability to meet the
growing demand for high-quality hot-rolled plates.
This
outstanding feat was made possible through a series of proactive maintenance
initiatives and innovative in-house modifications. Key improvements included
the replacement and modification of Leveler-1 cassettes, which effectively
addressed waviness defects — a critical concern for customers. Additionally,
modifications to the flying shear chain assembly, precise adjustments to shear
blade gaps, and enhancements to the mandrel uncoiler significantly improved
equipment reliability, availability and operational uptime.
By
successfully overcoming challenges such as plate waviness through
cost-effective indigenous solutions, the SSL has not only enhanced product
quality and operational reliability but has also positioned itself to
manufacture wider-profile hot-rolled plates, unlocking new market
opportunities.
With
these advancements, the line is now fully geared to produce wider hot-rolled
plates, reinforcing SAIL's focus on expanding its value-added product portfolio
and driving sustainable growth. The achievement also reflects Rourkela Steel
Plant's ongoing modernisation efforts, which continue to set new benchmarks in
steel manufacturing excellence.