Different types of tubes and USES
Steel is a ductile material by nature, which also has a stable behavior under load investments and has a convenient strength-to-weight ratio.
Steel can accept significant deformations beyond the elastic limit without failing, so it has the capacity to allow inelastic deformations that may be required. It can be used to construct statically indeterminate structures that meet seismic design requirements. It is therefore very convenient for buildings located in areas of high seismicity. However, the intrinsic ductility of steel is not necessarily preserved in the finished structure, so care must be taken during design and construction to avoid the loss of this property.
It is this property, intrinsic characteristic of structural steel, that does not exhibit any other construction material in a complet
There is a wide range of specifications when we talk about steel tubes, then we will review the most relevant and what would be its practical application.
Galvanized Pipe
Galvanized steel pipes can be found in thicknesses from 2mm to 3.6mm and in dimensions from 1/2 to 4 inches. This type of tube is ideal for water supply in large structures. Currently there is also a tendency towards building decorative elements with galvanized pipe.
Structural Pipe
The square structural tube is available in thicknesses from 1.5 mm to 3 mm, in black and galvanized steel. This type of pipe is used in structure, as a column for warehouses and industrial buildings, in signaling and as a public lighting post. The construction based on structural steel pipe has a long service life.
The structural pipe is also available in rectangular and round version.
Mechanical tube
The round mechanical tube is available in black steel and electroplating, in thicknesses ranging from 0.8mm to 1.5mm. These types of pipes are used for the construction of industrial machinery, in bodies of heavy or light transport vehicles, and in all types of mechanical and structural assembly.
The mechanical pipe is also available in its square and rectangular version, in various sizes and thicknesses.
You can request the price of these, and other steel products through our website.
ely clear way, and that makes possible the application of plastic analysis to the design of structures.
Not all steels meet the ductility requirements that are required in areas of high seismicity; specifically, a behavior like the one shown in figure 2 is required in which the graphical effort of forming a specimen during the stress test is schematically represented.
The fact that structural steel is ductile does not imply that the structure made of this material is also ductile; on the contrary, to achieve this, a series of precautions, sometimes not easy to achieve, must be taken into account, which are what make a steel structure considered suitable for operation in seismic areas.
Ductility depends primarily on the chemical composition of steel, the metallographic structure and the shape, size and distribution of nonmetallic inclusions and segregations. This property has acquired a fundamental importance in the current criteria of seismic design of structures.
Steel can accept significant deformations beyond the elastic limit without failing, so it has the capacity to allow inelastic deformations that may be required. It can be used to construct statically indeterminate structures that meet seismic design requirements. It is therefore very convenient for buildings located in areas of high seismicity. However, the intrinsic ductility of steel is not necessarily preserved in the finished structure, so care must be taken during design and construction to avoid the loss of this property.
It is this property, intrinsic characteristic of structural steel, that does not exhibit any other construction material in a complet
There is a wide range of specifications when we talk about steel tubes, then we will review the most relevant and what would be its practical application.
Galvanized Pipe
Galvanized steel pipes can be found in thicknesses from 2mm to 3.6mm and in dimensions from 1/2 to 4 inches. This type of tube is ideal for water supply in large structures. Currently there is also a tendency towards building decorative elements with galvanized pipe.
Structural Pipe
The square structural tube is available in thicknesses from 1.5 mm to 3 mm, in black and galvanized steel. This type of pipe is used in structure, as a column for warehouses and industrial buildings, in signaling and as a public lighting post. The construction based on structural steel pipe has a long service life.
The structural pipe is also available in rectangular and round version.
Mechanical tube
The round mechanical tube is available in black steel and electroplating, in thicknesses ranging from 0.8mm to 1.5mm. These types of pipes are used for the construction of industrial machinery, in bodies of heavy or light transport vehicles, and in all types of mechanical and structural assembly.
The mechanical pipe is also available in its square and rectangular version, in various sizes and thicknesses.
You can request the price of these, and other steel products through our website.
ely clear way, and that makes possible the application of plastic analysis to the design of structures.
Not all steels meet the ductility requirements that are required in areas of high seismicity; specifically, a behavior like the one shown in figure 2 is required in which the graphical effort of forming a specimen during the stress test is schematically represented.
The fact that structural steel is ductile does not imply that the structure made of this material is also ductile; on the contrary, to achieve this, a series of precautions, sometimes not easy to achieve, must be taken into account, which are what make a steel structure considered suitable for operation in seismic areas.
Ductility depends primarily on the chemical composition of steel, the metallographic structure and the shape, size and distribution of nonmetallic inclusions and segregations. This property has acquired a fundamental importance in the current criteria of seismic design of structures.
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