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Extruded Aluminum Beams

Extruded Aluminum Beams

At BK-ALPROF, as one of the best custom aluminum extrusion suppliers, we offer sturdy extruded aluminum beams for sale. The extrusion process is carried out by pressing heated or room temperature aluminum billets through a die. This, along with anodizing and tempering, helps the beams to last as long as possible with little upkeep or maintenance. Thanks to their design, strength, and resistance, they are often used in the construction industry and structural applications.

BK-ALPROF is a distributor of I-shaped beams made of aluminum. Our aluminum products are available in alloys 6060 and 6063, whether it’s a beam, extruded aluminum tube, molding, or any other type.

Contact BK-ALPROF to get hard-wearing aluminum beams today. For complete pricing and stock information on our products, please call us at +1-718-303-2335 or send an email to bk-alprof@bk.ru or by using the form below.

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SELECT FOR A QUOTE

Select for Quote Depth in Inch (D) Web Thick in Inch (WT) Flange Width in Inch. (W) Flange Thick. in Inch. (T)
Select for Quote Depth in Inch (D)3 Web Thick in Inch (WT).130 Flange Width in Inch. (W)2.50 Flange Thick. in Inch. (T).20
Select for Quote Depth in Inch (D)3 Web Thick in Inch (WT).150 Flange Width in Inch. (W)2.50 Flange Thick. in Inch. (T).26
Select for Quote Depth in Inch (D)4 Web Thick in Inch (WT).150 Flange Width in Inch. (W)3.00 Flange Thick. in Inch. (T).23
Select for Quote Depth in Inch (D)4 Web Thick in Inch (WT).170 Flange Width in Inch. (W)3.00 Flange Thick. in Inch. (T).29
Select for Quote Depth in Inch (D)5 Web Thick in Inch (WT).190 Flange Width in Inch. (W)3.50 Flange Thick. in Inch. (T).32
Select for Quote Depth in Inch (D)6 Web Thick in Inch (WT).190 Flange Width in Inch. (W)4.00 Flange Thick. in Inch. (T).29
Select for Quote Depth in Inch (D)6 Web Thick in Inch (WT).210 Flange Width in Inch. (W)4.00 Flange Thick. in Inch. (T).35
Select for Quote Depth in Inch (D)7 Web Thick in Inch (WT).230 Flange Width in Inch. (W)4.50 Flange Thick. in Inch. (T).38
Select for Quote Depth in Inch (D)8 Web Thick in Inch (WT).230 Flange Width in Inch. (W)5.00 Flange Thick. in Inch. (T).35
Select for Quote Depth in Inch (D)8 Web Thick in Inch (WT).250 Flange Width in Inch. (W)5.00 Flange Thick. in Inch. (T).41
Select for Quote Depth in Inch (D)9 Web Thick in Inch (WT).270 Flange Width in Inch. (W)5.50 Flange Thick. in Inch. (T).44
Select for Quote Depth in Inch (D)10 Web Thick in Inch (WT).250 Flange Width in Inch. (W)6.00 Flange Thick. in Inch. (T).41
Select for Quote Depth in Inch (D)10 Web Thick in Inch (WT).290 Flange Width in Inch. (W)6.00 Flange Thick. in Inch. (T).50
Select for Quote Depth in Inch (D)12 Web Thick in Inch (WT).310 Flange Width in Inch. (W)7.00 Flange Thick. in Inch. (T).62
request a Quote
Depth in Inch: 3,Web Thick in Inch: .130,Flange Width in Inch.: 2.50,Flange Thick. in Inch.: .20,Radius: N/A,Fillet: N/A
Depth in Inch: 3,Web Thick in Inch: .150,Flange Width in Inch.: 2.50,Flange Thick. in Inch.: .26,Radius: N/A,Fillet: N/A
Depth in Inch: 4,Web Thick in Inch: .150,Flange Width in Inch.: 3.00,Flange Thick. in Inch.: .23,Radius: N/A,Fillet: N/A
Depth in Inch: 4,Web Thick in Inch: .170,Flange Width in Inch.: 3.00,Flange Thick. in Inch.: .29,Radius: N/A,Fillet: N/A
Depth in Inch: 5,Web Thick in Inch: .190,Flange Width in Inch.: 3.50,Flange Thick. in Inch.: .32,Radius: N/A,Fillet: N/A
Depth in Inch: 6,Web Thick in Inch: .190,Flange Width in Inch.: 4.00,Flange Thick. in Inch.: .29,Radius: N/A,Fillet: N/A
Depth in Inch: 6,Web Thick in Inch: .210,Flange Width in Inch.: 4.00,Flange Thick. in Inch.: .35,Radius: N/A,Fillet: N/A
Depth in Inch: 7,Web Thick in Inch: .230,Flange Width in Inch.: 4.50,Flange Thick. in Inch.: .38,Radius: N/A,Fillet: N/A
Depth in Inch: 8,Web Thick in Inch: .230,Flange Width in Inch.: 5.00,Flange Thick. in Inch.: .35,Radius: N/A,Fillet: N/A
Depth in Inch: 8,Web Thick in Inch: .250,Flange Width in Inch.: 5.00,Flange Thick. in Inch.: .41,Radius: N/A,Fillet: N/A
Depth in Inch: 9,Web Thick in Inch: .270,Flange Width in Inch.: 5.50,Flange Thick. in Inch.: .44,Radius: N/A,Fillet: N/A
Depth in Inch: 10,Web Thick in Inch: .250,Flange Width in Inch.: 6.00,Flange Thick. in Inch.: .41,Radius: N/A,Fillet: N/A
Depth in Inch: 10,Web Thick in Inch: .290,Flange Width in Inch.: 6.00,Flange Thick. in Inch.: .50,Radius: N/A,Fillet: N/A
Depth in Inch: 12,Web Thick in Inch: .310,Flange Width in Inch.: 7.00,Flange Thick. in Inch.: .62,Radius: N/A,Fillet: N/A

Application of Custom Structural Aluminum Beams

The main area of the ​​use of both standard and custom I-shaped structural aluminum beams is construction. Aluminum can be an acceptable material in the field of construction and hold heavy weight up, but it has to be blended with other metals. This way, the strength of aluminum can be as good as that of steel. Engineers often use aluminum alloys in components where low weight or high corrosion resistance is a must. Lightness, increased strength, the ability to withstand high pressure, and the configuration of the beams allow them to be applied as load-bearing structural elements in certain areas.

The most common structural aluminum alloys include 6063 aluminum. Among the distinguishing features of construction industry beams the main one is corrosion resistance because quite often this material has to be exposed to water or harsh weather conditions. Also, it’s good at withstanding temperature fluctuations.

We offer beams for a variety of industrial applications, the main ones include the following:

  • Constructions where support pieces have to resist great pressure;

  • Framework;

  • Vehicle components;

  • Safety railings;

  • Overhead supports.

For the production of these beams, alloys with moderate strength characteristics and high resistance to corrosion are most often used. I-beam aluminum profiles have a cross-section in the shape of the letter "H" when viewed from the side. Thanks to the H-shaped cross-section of this type, the load is evenly distributed over its whole surface.

Looking for a manufacturer who has extensive experience in custom aluminum profiles?

Tell us about your requests and we will be glad to help you! Click here, fill in the form and get a free quote not more than after 24 hours.

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FAQ

WHY CHOOSE EXTRUDED ALUMINUM FOR CONSTRUCTION?
People choose extruded aluminum for a number of reasons. This material is light and sturdy, which is a combination that aluminum is well-known for. It is also corrosion-resistant so it can be used in construction in stressful environments. The last important reason is that standard extruded aluminum profiles are cheaper than those made of stainless steel, they respond well to welding and are easy to make.
WHY CHOOSE EXTRUDED ALUMINUM BEAMS?
Steel beams are mostly applied as the main structural frames since they are capable of sustaining heavier weights. Aluminum beams are not as tough, so they are widely engaged in applications that don't call for major strength, such as structural components for dwelling houses, raftings, gutters, and awnings. 
WHAT IS EXTRUSION?
Extrusion is a method of creating metal items by pressing them through a die. The BK-ALPROF website presents types of standard profiles produced by the company, but it is possible to manufacture products according to customer drawings. Our factory will manufacture and supply any extruded aluminum profile necessary for your production. 
WHY CHOOSE BK-ALPROF?
The company "BK-ALPROF" produces aluminum extrusion and manufactures a wide range of products from it in keeping with the standards ISO and DIN-EN 12020: 2 from alloys EN AW-6060 and EN AW-6063.