FF Steel introduced Grade 80 rebar to Pakistan, delivering the strength that modern structures demand. Built to protect buildings against natural calamities and other stresses, FF Grade 80 became the strongest steel bar in the country. It offered 33% higher strength than Grade 60, used 13% less material, and saved up to 10% in costs.
Pakistan's construction landscape was changing. High-rise buildings, large-scale infrastructure projects, CPEC and the Belt and Road Initiative gave the industry a new direction, and the demand for high-performance construction materials grew rapidly.
FF Steel met this demand with Grade 80 rebar, engineered to give structures greater strength and lasting resilience against natural disasters and other risks.
The strength at which the material deforms permanently refers to yield strength.
Ultimate StrengthThe maximum Strength of the steel before rupture refers to ultimate strength.
Rupture StrengthRupture strength is the strength of the material at rupture. This is also known as the breaking strength.
ElongationThe strain arises in steel due to loading before its rupture refers to elongation.
BendThe ability of the steel to undergo bending on the application of load without the appearance of cracks on its outer surface refers to its bending capacity.
It is the ratio of actual ultimate strength to actual yield strength. Tensile ratio is directly proportional to ductility.