I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

I - beams are widely used in buildings and other metal structures.
Whether the I-section steel is ordinary or light, because the section size is relatively high and narrow, the moment of inertia of the two main axes of the section is large, so it can only be directly used in the web plane bending members or it is composed of lattice stressed members.
The selection of I-steel in the structural design should be based on its mechanical properties, chemical properties, weldable properties, structural size and other reasonable selection of I-steel for use.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

The cross-section shape is similar to the capital Latin letter H. An economic cross-section section, also known as a universal steel beam, a wide-edge (side) I-beam or a parallel-flange I-beam. the cross-section of H-beam usually consists of two parts, the web and the flange plate, which are also known as the waist and the edge.

Q235 Carbon Equal Steel Angle Bar is the most basic type of roll-formed steel. Equal Steel angles are used for various purposes in a number of industries. Steel angles come in either equal sizes, unequal sizes and in duragal.

Q195 Carbon Unequal Steel Angle Bar is formed by bending a piece of steel into an angle so that it forms an “L”-shape, with a 90° angle. The legs of an unequal angle's “L” are unequal in size. Angles are typically made from roll-formed mild steel.

45# Unequal Angle Steel is formed by bending a piece of steel into an angle so that it forms an “L”-shape, with a 90° angle. The legs of an unequal angle's “L” are unequal in size. Angles are typically made from roll-formed mild steel.

Q235 2.5# Galvanized Angle Steel have been dipped into a molten zinc coating process (ASTM A123). Hot-dipped galvanize (HDG) can be identified by its crystallization pattern, also known as “spangle” on the surface of the material. Galvanized angles have round or tapered edges.

10# Angle steel is the most basic type of roll-formed steel. Equal Steel angles are used for various purposes in a number of industries. Steel angles come in either equal sizes, unequal sizes and in duragal.

Q195 Carbon Unequal Steel Angle Bar is formed by bending a piece of steel into an angle so that it forms an “L”-shape, with a 90° angle. The legs of an unequal angle's “L” are unequal in size. Angles are typically made from roll-formed mild steel.

Q175 Angle steel is the most basic type of roll-formed steel. Equal Steel angles are used for various purposes in a number of industries. Steel angles come in either equal sizes, unequal sizes and in duragal.

Angle steel is a carbon structural steel for construction. It is a simple section of section steel, mainly used for metal components and the frame of the workshop. It is required to have good weldability, plastic deformation and mechanical strength in use. The raw billet for Angle steel production is low carbon square steel, and the finished Angle steel is delivered in hot rolled forming, normalizing or hot rolled state. Angle steel commonly known as Angle iron, is perpendicular to each other into angular steel strip.

Stainless steel angles can be formed according to the different needs of the structure of a variety of different force members, but also between the members of the connection. Widely used in various building structures and engineering structures, such as beams, bridges, transmission towers, lifting and transport machinery, ships, industrial furnaces, reaction towers, container racks and warehouse shelves.