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Sponge iron is produced from the direct reduction of iron ore (Direct Reduced Iron). In this context, iron ore refers to pellets, which undergo direct reduction processes that remove oxygen without the need to melt the iron ore. The appearance of sponge iron is characterized by porous, spherical (pellet) pieces, which is why it is referred to as sponge iron.

Sponge iron has a high iron content, and today it is becoming more prevalent due to the shortage of iron scrap, rising prices, and environmental concerns

Iron ingot or billet refers to pieces of iron with a rectangular or round cross-section that are produced through the melting and casting of iron ore or sponge iron, followed by molding. These billets are typically produced in various lengths and sizes and are used as raw materials in different industries.

Due to proper processing, iron billets have high resistance to various stresses and forces. Iron billets can be processed into different shapes and used for the production of various products.

A channel (also known as a U-beam) is a type of steel profile with a U-shaped cross-section, commonly used in construction and the fabrication of metal structures. This profile has high resistance to pressure and lateral forces due to its unique shape, making it one of the main components in building the framework of structures.

Hot-rolled channel: Made through the rolling process at high temperatures.
Cold-rolled channel: Shaped from steel sheets and is usually lighter.

Rebar, or reinforcement bar, is a type of steel rod used in the construction industry to strengthen and increase the resistance of concrete against tension and stress. Concrete is inherently a very strong material under compression but is weak against tensile and bending forces. By being embedded within the concrete, rebar addresses this weakness and enhances the structural integrity.

Due to its reinforcing capabilities and resistance to stress, rebar is considered one of the fundamental building materials.

I-beam is one of the most important steel sections in the construction industry, used as a primary element in the framing of structures due to its high resistance to compressive and bending forces. This steel section is suitable for columns and load-bearing beams in buildings and bridges because of its strength against these forces. It is also used in the construction of metal frames and the installation of heavy equipment. Due to its characteristics, such as high strength and quick installation, I-beam has a wide range of applications in industrial and commercial projects.

Wide flange, or H-beam, is a type of beam with an H-shaped cross-section that has a higher resistance to bending and shear forces due to its wider flanges compared to regular beams. This type of beam is used in large and heavy structures such as towers, bridges, warehouses, and industrial buildings that require the ability to bear high loads and resist lateral forces. The characteristics of wide flange beams, including high strength, resistance to bending, and ease of connection, make them one of the primary choices for constructing robust and stable structural frameworks.

Angle iron is a steel profile with an L-shaped cross-section that is used in the construction and connection of various structural components due to its strength and stability. In construction, angle iron is utilized to create connections, reinforce columns and beams, and build metal frames and structures. It is also employed in industrial projects for added strength in structures and machinery. Due to its unique shape, angle iron performs well in bearing compressive and tensile forces and plays an important role in the quick and stable installation of components in various structures, such as bridges, warehouses, and metal frameworks.

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