Diverse range of shapes and dimensions combined with a customised cutting service.
We offer different shapes and dimensions of beams, as well as a custom cutting service, so that a solution can be found quickly for any application.
Ferro Braga / Beams
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IPE
Our IPE beam gets its name from its characteristic “I” shape, which is formed by its flanges that are short when compared to the web of the beam.
The inner and outer surfaces of the flanges have a uniform thickness, are parallel to each other and are both perpendicular to the web. The web of the beam and the inner surface of its flanges are soldered so that the sharp 90-degree angle has a rounded shape.
Standard
- EN 10034
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IPN
Our IPN beam gets its name from its characteristic “I” shape, which is formed by its flanges that are sloped and short when compared to the web of the beam.
The outer surface of the flanges is perpendicular to the web of the beam, but the inner surface is not, as it slopes slightly towards the outer edge. Because of this, the thickness of the flanges decreases steadily from the web of the beam to the outer edge of the flanges.
Standard
- EN 10024
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HEA
Our HEA beam fits into the category of HE beams which get their name from their characteristic “H” shape. This range offers you options of lightweight beams.
The inner and outer surfaces of the flanges have a uniform thickness, are parallel to each other and are both perpendicular to the web. The web of the beam and the inner surface of its flanges are soldered so that the sharp 90-degree angle has a rounded shape.
Standard
- EN 10034
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HEB
Our HEB beam fits into the category of HE beams which get their name from their characteristic “H” shape. This range offers you options of medium weight beams.
The inner and outer surfaces of the flanges have a uniform thickness, are parallel to each other and are both perpendicular to the web. The web of the beam and the inner surface of its flanges are soldered so that the sharp 90-degree angle has a rounded shape.
Standard
- EN 10034
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UPN
Our UPN beam gains its name from their characteristic “U” shape. The outer surface of the flanges is perpendicular to the web of the beam, but the inner surface is not, as it slopes slightly towards the outer edge. Because of this, the thickness of the flanges decreases steadily from the web of the beam to the outer edge of the flanges.
The web of the beam and the inner surface of its flanges are soldered so that the sharp 90-degree angle has a rounded shape.
Standard
- EN 10279
Our IPE beam gets its name from its characteristic “I” shape, which is formed by its flanges that are short when compared to the web of the beam.
The inner and outer surfaces of the flanges have a uniform thickness, are parallel to each other and are both perpendicular to the web. The web of the beam and the inner surface of its flanges are soldered so that the sharp 90-degree angle has a rounded shape.
Standard
- EN 10034
Our IPN beam gets its name from its characteristic “I” shape, which is formed by its flanges that are sloped and short when compared to the web of the beam.
The outer surface of the flanges is perpendicular to the web of the beam, but the inner surface is not, as it slopes slightly towards the outer edge. Because of this, the thickness of the flanges decreases steadily from the web of the beam to the outer edge of the flanges.
Standard
- EN 10024
Our HEA beam fits into the category of HE beams which get their name from their characteristic “H” shape. This range offers you options of lightweight beams.
The inner and outer surfaces of the flanges have a uniform thickness, are parallel to each other and are both perpendicular to the web. The web of the beam and the inner surface of its flanges are soldered so that the sharp 90-degree angle has a rounded shape.
Standard
- EN 10034
Our HEB beam fits into the category of HE beams which get their name from their characteristic “H” shape. This range offers you options of medium weight beams.
The inner and outer surfaces of the flanges have a uniform thickness, are parallel to each other and are both perpendicular to the web. The web of the beam and the inner surface of its flanges are soldered so that the sharp 90-degree angle has a rounded shape.
Standard
- EN 10034
Our UPN beam gains its name from their characteristic “U” shape. The outer surface of the flanges is perpendicular to the web of the beam, but the inner surface is not, as it slopes slightly towards the outer edge. Because of this, the thickness of the flanges decreases steadily from the web of the beam to the outer edge of the flanges.
The web of the beam and the inner surface of its flanges are soldered so that the sharp 90-degree angle has a rounded shape.
Standard
- EN 10279
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