The HEA beam, with its recognizable H-profile, is an ideal beam for steel constructions. The flanges are longer than the body and provide stability. This construction beam is used as a beam or as a column.
The HEA beam, with its recognizable H-profile, is an ideal beam for steel constructions. The flanges are longer than the body and provide stability. This construction beam is used as a beam or as a column.
The HEA beam, with its recognizable H-profile, is an ideal beam for steel constructions. The flanges are longer than the body and provide stability. This construction beam is used as a beam or as a column.
The HEA beam, with its recognizable H-profile, is an ideal beam for steel constructions. The flanges are longer than the body and provide stability. This construction beam is used as a beam or as a column.
The HEA beam, with its recognizable H-profile, is an ideal beam for steel constructions. The flanges are longer than the body and provide stability. This construction beam is used as a beam or as a column.
The HEA beam, with its recognizable H-profile, is an ideal beam for steel constructions. The flanges are longer than the body and provide stability. This construction beam is used as a beam or as a column.
The HEA beam, with its recognizable H-profile, is an ideal beam for steel constructions. The flanges are longer than the body and provide stability. This construction beam is used as a beam or as a column.
The HEB beam is the heavier version of the HEA beam. The thicker flanges make the HEB beam heavier per meter and the load-bearing capacity greater. Can be used as a horizontal beam.
The HEB beam is the heavier version of the HEA beam. The thicker flanges make the HEB beam heavier per meter and the load-bearing capacity greater. Can be used as a horizontal beam.
The HEB beam is the heavier version of the HEA beam. The thicker flanges make the HEB beam heavier per meter and the load-bearing capacity greater. Can be used as a horizontal beam.
The HEB beam is the heavier version of the HEA beam. The thicker flanges make the HEB beam heavier per meter and the load-bearing capacity greater. Can be used as a horizontal beam.
The HEB beam is the heavier version of the HEA beam. The thicker flanges make the HEB beam heavier per meter and the load capacity greater. Can be used as a horizontal support beam.