Rebar

Rebar is one of the most important steel products used in the construction and civil engineering industries, primarily to increase the tensile strength of concrete. While concrete has high compressive strength, it is weak under tensile forces; therefore, embedding rebar within concrete significantly improves the strength and stability of structures. The combination of concrete and rebar creates a durable and resilient structure capable of withstanding various pressures and stresses.

Rebars are typically produced from carbon steel and are available in different types such as plain and deformed bars. Deformed rebars, due to their surface ribs and patterns, provide stronger bonding with concrete and prevent slipping within the structure. This characteristic has made deformed rebars more widely used in construction and civil engineering projects.

This product is manufactured in various sizes and standards to meet the needs of different construction projects. Precise control of chemical composition and production processes ensures that rebars possess suitable mechanical properties such as high strength, good flexibility, and resistance to environmental stresses. Compliance with national and international standards in rebar production plays a vital role in structural safety.

Rebar is widely used in the construction of residential, commercial, and industrial buildings, as well as in bridges, tunnels, dams, and infrastructure projects. It is considered one of the main components of reinforced concrete structures and plays a key role in increasing the durability and safety of buildings and structures.

With the growth of the construction industry and the expansion of infrastructure projects, the demand for rebar continues to increase. Producing high‑quality rebar in accordance with modern standards plays a significant role in improving structural quality and advancing the construction industry, making it one of the fundamental pillars of the steel market.