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All About Stainless Steel IPE Beams

14/07/2015, by admin, category Industrial & Mechanical

Nowadays, it is not easy to find an area that has not been framed by skyscrapers, buildings, and all kinds of structures. Surely, we cannot deny the fact that architectural metal work has worked magic in the transformation of stainless steel into beautiful, massive, and strong structures that we interact with in our daily lives. Certainly, most modern buildings are very pleasing to the eye.

Making of a Stainless Steel IPE Beam

stainless-steel-ipe-beamThe basic elements found within the earth surface that make up stainless steels include: manganese, nitrogen, carbon, nickel, silicon, chromium, and iron ore. The varying quantities of these elements tailor the properties of the final alloy. For example, nitrogen improves ductility, a tensile property. Further, it improves corrosion resistance. It is therefore used in duplex stainless steel.
Stainless steel profiles are made using a series of processes. The steel is first melted after which it is cast into a solid. After several forming processes, the steel goes through a heat treatment step. Thereafter, it is cleaned and polished. This gives it the preferred finish. It is then packed well and sent to various manufactures.
Note that a stainless steel IPE beam can be jointed or welded to produce the desired shapes and sizes.
IPE, a short form, stands for the bar shaped beams or elements that have parallel internal surfaces of the flinges and dimensions. The upper as well as the lower horizontal part of the stainless steel IPE beam is referred to as the flange. The web is the connecting vertical middle part.
The standard IPE profile is the most common version in the product group of the stainless steel IPE beam.

Uses of Stainless Steel Profiles

The stainless steel IPE beam is used for various functions in buildings and architecture. Examples include:
Building of stainless steel road bridges as well as pedestrian bridges.

The stainless steel profiles can also be produced from scrap. After utilization, they can be recycled. This helps in the conservation of new resources.

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