What are the uses of angle bars?
- Building construction
- Shelving units
- Equipment manufacturing
An angle bar also referred to as an angle iron or L-bracket, is a finished metal part in a right angle shape, with perpendicular legs that may be equal or unequal in length. It is typically manufactured through hot rolling carbon steel or a high-strength, low alloy steel that is highly ductile and machinable. Due to the versatility of this product, angle bar uses can be found in many situations. Some of these include bridges, building construction, shelving units, warehousing, or even equipment manufacturing.
Once assembled with other structural components, angle bars offer optimal stability and durability. The hot rolling production process allows these materials to exhibit low deformation resistance as well as relieve internal stresses in their metallurgical structuring, making them effective for many purposes.
Any structure will benefit from the additional strength and steadiness provided by angle bars. Likewise, industries will continue to come up with cost-effective solutions for using these metal products, especially for load-bearing situations. Read on to learn more.
Bridges will typically be made up of three major sections: the foundation, substructure, and superstructure. Each of these works together to support the entire construction and allow even weight distribution so that cars and other vehicles may pass on the bridge deck.
Angle bars can be found in each of these sections, supported by other kinds of metal products. Sheet piles found in the foundation, for example, can be supported by angle bars in order to provide better grounding and load capacity. Another use of angle irons can be seen in the substructures, where they offer additional wall retention capabilities for the vertical supports.
Finally, a number of metal connectors, as well as nuts and bolts, can also join together the girders or beams and angle bars that carry most of the deck structure. Whether multiple or single-span, when these materials are all joined together, they create a dependable civil structure that can last for several decades with minimal maintenance required.
As mentioned before, angle bars are also found in a variety of building construction activities, be it for columns or beam support. As a versatile material, the angle bar can be used for concrete reinforcement, ceiling support, rafters, wall studs, or even railings, depending on the design. Its benefits to the industry as a whole remain unmatched, allowing construction firms or contractors to continually come up with innovative ways to implement these angle bars.
When used as concrete reinforcement for columns or foundations, for example, angle bars can reduce the need for concrete. This effectively improves stability without compromising on strength-to-weight ratio benefits.
Further, the angle bars can supplant other commonly-used reinforcement materials, such as steel rebars. Angle bars offer excellent cost-saving outcomes for any building construction project because they can potentially reduce rework and improve impact strength for many types of structures.
Angle bars can undergo further fabrication to sport weight-saving features. Through punching, shearing, or cutting, for example, fabricators can come up with a slotted angle bar design that makes these materials easy to store and transport. These are two important considerations when constructing structures of scale, such as railway lines and other modes of transport.
Angle bars have proven useful for connecting tracks and railway lines together. Despite prolonged wear and tear, each part can maintain its original build and quality in different sections of the track. The hot rolling process also improves upon the strength properties of the angle bars; despite being made of only mild or low carbon steel.
In vehicles, angle bars can also be combined with other materials to form the chassis or the framework. For high-performance requirements, angle bars can be pre-manufactured with higher carbon content, allowing them to improve a vehicle’s crash safety features while holding other engine components intact.
No matter which type of industry your organization belongs to, angle bars will deliver a number of advantages, even in low-intensive applications, such as consumer goods. Apart from being an excellent structural component in buildings, railway lines, or vehicles, angle bars have also been fashioned into different modular shelving designs.
Shelving is essential for many businesses, as this makes workplaces or offices tidier and more productive. Warehousing or logistics factories, for example, depend on these structures when storing different parcels and managing inventories. Angle bar-based shelves can meet such requirements and improve overall supply chain flow. Despite the barebones structuring, they can hold varying volumes of packages together with ease.
The metal manufacturing industry is not the only one that depends on the use of angle bars for structures, equipment, and overall processes. Food & beverage, clothing manufacturing, wood processing, chemical refineries, oil & gas, and many more, will definitely do well with what the simple angle bar has to offer.
Conveyor belts, mixing units, and other automated systems can all be made out of angle bars in one form or another. To add to their durability, they can also come in a non-corroding galvanized material. These industries can continue to depend on angle bars and other steel products for more efficient processes and fewer downtimes needed to maintain equipment and other metal machinery.
Discussed in this guide are the variety of angle bar uses that can be spotted in almost every corner. From high-rise buildings to the simple modular shelving unit, angle bars, alongside other metal components, continue to form the basis of everyday structures.
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