Laminated equal angles

The L-type profile, also known as an equal angles, is a shape made of steel or other material, characterized by its “L”-shaped cross-section, in which both sides are/are not of the same length. It offers stability and resistance in a variety of applications, thanks to its symmetrical shape and mechanical properties.

Features

Symmetrical cross-section: The equal angles has a cross-section with both sides equal in length, which makes it ideal for applications that require symmetry and balance.

Structural resistance: Due to its shape, the equal angles offers excellent resistance against axial and lateral loads, being used for supporting loads and for resistance to external forces.

Dimensional adaptability: The dimensions of the sides can vary, allowing the profile to be adapted to the specific requirements of the projects.

Versatile connections: The equal angles can be easily connected with other structural elements by welding, screws or other fixing methods, thanks to its standardized shape.

Durability and stability: This profile shape offers long-term stability and resistance in various environments and applications.

Fields of application

Metal constructions: Equal angles are used in constructions to create frames, beams, pillars and other structural elements.

Manufacturing industry: The L-type profile is used in the manufacture of industrial equipment, machines and metal structures.

Civil constructions: Equal angles are used in construction projects for railings, gratings, supports for stairs and other architectural elements.

Furniture and interior design: In the furniture and interior design industry, equal corners can be incorporated into the design of furniture pieces or decorative elements.

Electrical installations and telecommunications: This type of angle can serve as a support for electrical installations and telecommunications cables in an organized and safe manner.

In conclusion, the L-type profile represents a versatile and robust solution in the construction industry, in industrial production and in various other applications. Its symmetrical shape and mechanical properties make it a popular choice when strength, stability and adaptability are required.