High Strength Stainless Steel Rebar for Concrete Reinforcement

High-Performance Stainless Steel Rebars for optimal Concrete Reinforcement

Durable stainless steel bars for concrete reinforcement in coastal bridges, tunnels, and water tanks

Durable and reliable stainless steel bars for enhanced concrete strength and longevity.

A large metal structure with a clock on it's side

Superior quality stainless steel rebar designed for demanding construction and engineering projects.

AISCO Stainless Steel Reinforcement Bars meet the IS 16651:2017 standards and also compliance to IS 13920:2016with the latest amendment and are suitable for use in all coastal regions and seismic zones. Grade G (410L) ferritic stainless steel reinforcement bars are designed for longevity and strength in construction. Specifically designed for demanding applications in coastal areas, ensuring longevity and reliability in construction and engineering projects. There is a growing trend among Indian specifiers, which is quite evident in the highway sector, to use stainless steel because it is seen as the most economically viable, corrosion-resistant reinforcing steel alternative for use in service environments typified by chloride attack.

Grade G (410L) ferritic stainless steel reinforcement bars designed for longevity and strength in construction.

We provide high-quality stainless steel reinforcement bars that meet IS 16651:2017 standards, specifically designed for demanding applications in coastal areas, ensuring longevity and reliability in construction projects.

High-quality stainless steel reinforcement bars that meet IS 16651:2017 standards, Grade G (410L) ferritic stainless steel reinforcement bars are designed for longevity and strength in construction. specifically designed for demanding applications in coastal areas, ensuring longevity and reliability in construction and engineering projects.

There is a growing trend among Indian specifiers, which is quite evident in the highway sector, to use stainless steel because it is seen as the most economically viable, corrosion-resistant reinforcing steel alternative for use in service environments typified by chloride attack.