Aluminum Angles

What are Aluminum Angles?

However, Bayer and electrolytic processes must be employed to refine commercial aluminum numerous times before it can be utilized to manufacture goods. Once it has been processed, however, it has non-corrosive, non-toxic, non-magnetic, non-combustible, and non-sparking physical features that give it a high strength-to-weight ratio.

Extrusion of Aluminum

Aluminum is extruded to produce uniform aluminum sections that are cut and welded together to form various angles and forms. The tungsten electrode method is used to join two pieces of aluminum that are the same size or different diameters. As required, each L-shape has a 90-degree angle. The extrusion method involves forcing metal billets through a die at various temperatures to create structural pieces with long, constant cross sections. Extrusion operations can be divided into three categories based on temperature: hot extrusion, warm extrusion, and cold extrusion.

Warm extrusion occurs at relatively high temperatures, cold extrusion occurs at or very close to room temperature, and hot extrusion is used for extrusion operations that occur at high temperatures. Because it might be challenging to extrude an L-shape, the legs of the aluminum angles are frequently welded together after the extrusion process. TIG welding is one of the welding techniques applied in this procedure. TIG welding is an arc welding technology that creates a weld using a tungsten electrode that is not consumable.

Additionally, aluminum angles are frequently T5 or T6 tempered (two common heat-treatment processes used with aluminum in order to make it more suitable for various production purposes) to acquire the appropriate strength for structural applications. Anodizing, a finishing procedure where aluminum is oxidized in a chemical bath to form a durable outer coating, is frequently used on structural aluminum angles.

Types of Aluminum Angles

The different types of perforated angles include:

Perforated Aluminum Angles

Perforated aluminum sheets, which are highly corrosion resistant, heat and light reflective, and are ideal for applications requiring formability and ductility, are used to make perforated aluminum angles. Different surface treatments can be used. Aluminum with holes is frequently anodized to increase strength and color. However, there is typically no need for a protective coating. Low temperatures are suitable for the material's operation. At temperatures below 0 °F, ductility is preserved and total strength rises.

When temperatures exceed 400°F, the aluminum alloy starts to weaken. The width of perforated sheets can reach 60 inches. Rotary perforating-pin rollers, die/punch presses, or lasers are used to perforate the aluminum sheet.

Slotted Aluminum Angles

Aluminum sheets are machine-pressed into a slotted angle shape and then hole-punched. Standard lengths are produced for the strips. The 90-degree right angle is created by longitudinally folding the metal strips to create the slotted angles. On both sides of the slotted (pierced) aluminum angle, holes have been drilled at predetermined or standard intervals. Normally, the holes are separated by one inch (2.54 cm), measured center to center. Oval-shaped holes allow for a range of stresses to be placed on the end product.

Vertical commercial shelving sections frequently feature slotted angle pieces. The shelving is simple to put together using nuts and bolts thanks to slotted metal angles. A lightweight, architectural-grade slotted angle system is made of reusable metal strips with uniformly-sized, elongated punch holes.

6061 and 6063 Aluminum Angles

Both 6061 and 6063 aluminum angles are alloyed with silicon and magnesium. Both alloys are commonly extruded, exhibit good weldability, and generally possess good mechanical properties. Angles made of 6061 aluminum often have rounded corners, but those made of 6063 aluminum typically have sharp corners that represent their common usage.

Round-cornered 6061 aluminum angles, the stronger of the two, are mostly utilized in structural applications. Since they can be anodized successfully by covering them with a protective coating, 6061 aluminum angles resist stress and cracking, have above average corrosion resistance, are non-magnetic, are easily machined, and may be welded. Due to these properties, angles made of 6061 aluminum are used in various braces and supports.

Although its strength capacity is not as great as its brother, 6063 aluminum is actually the more common alloy used for aluminum extrusion. 6063 aluminum angles are commonly found in architectural trim, machine parts, construction appliances, and automotive appliances.

Choosing the Correct Aluminum Angles Manufacturer

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