Steel Fibres can be referred to as well-defined, discrete, meagre length strands of steel that gets mixed with fresh concrete very quickly and arbitrarily. These can be portrayed as cold-drawn uni-filament steel strands used for preparing fibre-reinforced concrete (FRC). Steel Fibers are manufactured using the process of deformation by corrugating the cold drawn segments of steel wire. These fibres can be peculiarly designed to be used in concrete products as primary reinforcement material and are also available in collated or loose versions. Steel Fibres are known to possess a higher flexural strength as compared to un-reinforced concrete. These fibres are made up of stainless steel thereby resisting corrosion. The design of Steel Fibres permits for a foreseeable failure factor in their unbending. Thus, they function to reinforce the concrete and hinder micro-cracking, fundamentally behaving as “minuscule reinforcing bars”. Hence, the sooner the crack is obstructed, the minimum the chance of it evolving into a critical flaw. The choice of the type of Steel Fibres relies on the sort of application to be used for.

Steel Fibres can be referred to as well-defined, discrete, meagre length strands of steel that gets mixed with fresh concrete very quickly and arbitrarily. These can be portrayed as cold-drawn uni-filament steel strands used for preparing fibre-reinforced concrete (FRC). Steel Fibers are manufactured using the process of deformation by corrugating the cold drawn segments of steel wire. These fibres can be peculiarly designed to be used in concrete products as primary reinforcement material and are also available in collated or loose versions. Steel Fibres are known to possess a higher flexural strength as compared to un-reinforced concrete. These fibres are made up of stainless steel thereby resisting corrosion. The design of Steel Fibres permits for a foreseeable failure factor in their unbending. Thus, they function to reinforce the concrete and hinder micro-cracking, fundamentally behaving as “minuscule reinforcing bars”. Hence, the sooner the crack is obstructed, the minimum the chance of it evolving into a critical flaw. The choice of the type of Steel Fibres relies on the sort of application to be used for.