We have a wealth of experience in the production of aluminum I beam. Our aluminum I beam is sold at home and abroad, and the products are used in many fields such as construction and shipbuilding.

The wing above the 6061 T6 aluminum I beam is called the upper flange, the lower wing is called the lower flange, and the plate connecting the two flanges is called the web. The width of the upper and lower flanges is not equal, which is called the unequal wing 6061 T6 aluminum I beam.
The mechanics of the aluminum I beam: a beam is placed horizontally on the two supports, and the beam is bent when the beam is subjected to a downward pressure perpendicular to the axis. Compression deformation occurs in the upper part of the beam, that is, compressive stress occurs, and the compression becomes more severe as it approaches the upper edge; tensile deformation occurs in the lower part of the beam, that is, tensile stress occurs, and the closer to the lower edge, the more severe the stretching. The middle layer is neither stretched nor compressed, so there is no stress, and the layer is usually called a neutral layer. Since the contribution of the neutral layer to the bending is small, the engineering beam often uses the I-beam instead of the square beam, and the hollow tube replaces the solid column.

The 6061 t6 aluminum I beam is a hollow-type rod. For high-strength materials, the fast-necked type is lighter than the solid-type, which saves labor and saves time. This cross-section design is mainly to use the flange farthest from the centroid to resist the bending moment (because the farther the furrow is generated, the greater the moment of inertia), mainly using the web to resist the shear force. As for the inconvenience of doing it, it can be solved by factoryization and shaping. It is the benefit that can save time, save labor and time.