IPE Europrofile beam

The IPE Europrofile is an element of the family of laminated beams, used in a series of applications in construction and various industries. The term “IPE” comes from the English language and refers to “Inkognito Parallel Flange Beam”. This beam is particularly relevant in the field of metal and civil constructions, being used to support vertical and horizontal loads within the structures.

Features

Geometrical configuration: The IPE Europrofile has an “I” shaped cross-section, with two parallel flanges and a central wing. This form gives an impressive resistance in relation to its weight, thus allowing its integration in structures with variable demands.

Standardized dimensions: This beam is produced in accordance with European standards such as EN 10365. This means that there are standardized dimensions for the width of the flanges, the height of the wing, the thickness of the flanges and the wing.

Manufacturing material: The IPE Europrofile is made of high-quality alloy steel, which gives exceptional properties of resistance and durability. The material may vary depending on the specific requirements of the project.

Fields of application

Metal constructions: IPE Europrofile is used to support metal structures in buildings, bridges and industrial installations. Its ability to handle significant loads recommends it for tasks such as those on roofs, floors or bridges.

Civil engineering: The IPE profile is frequently integrated into foundations, support structures and other structural elements in civil projects.

Machinery and equipment: In the car construction industry, the IPE Europrofile is used for the production of supports, ramps, platforms and other necessary components.

Industrial installations: It can be included in the support structures of industrial installations, thus supporting production and processing operations.

In conclusion, the IPE Europrofile plays a vital role in the construction sector and in various industries, due to its ability to cope with significant loads and to ensure the stability and durability of structures. The standardized dimensions and high quality material recommend it for a varied range of applications, contributing to the development of solid and sustainable projects.