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Aluminium 6083 Pipes

Aluminum 6083 Pipes comprise a family of alloyed aluminum materials characterized by their medium to high strength. This specific alloy contains elements such as Manganese , Magnesium, Silicon, and Iron with a ratio of 0.6 to 1.2%, .8 to 1.2%, .35 to .45%, and less than .7% respectively. Additionally, the Aluminum 6083 section boasts a tensile strength that ranges from 200 N/mm² up to 270N/mm ² with an elongation at a break of 10%. Moreover, further finishes can be applied to provide more corrosion-resistant traits; chromate passivation treatments embedded with silicone dioxide form protective layers along the surface of the pipe aiding its service life significantly.

6083 Aluminium Pipes are considered to possess excellent strength and corrosion resistance, making them ideal for various applications. Aluminum pipes can be used in various thermal processing industries, like construction and mechanical engineering for lightweight structural parts. Aluminum 6083 Pipes provide comfortable integration with other aluminum alloys, an added advantage. Furthermore, these pipes also offer exceptional impact characteristics making them particularly suitable for applications involving high levels of shock loading. The high weldability of these pipes makes them ideal for transportation industry components and for the architectural framing of buildings or bridges. All in all, Aluminium 6083 Pipes provide a cost-effective means of building products that balance strength and weight requirements within their designs.

Aluminum 6083 Pipes comprise a family of alloyed aluminum materials characterized by their medium to high strength. This specific alloy contains elements such as Manganese , Magnesium, Silicon, and Iron with a ratio of 0.6 to 1.2%, .8 to 1.2%, .35 to .45%, and less than .7% respectively. Additionally, the Aluminum 6083 section boasts a tensile strength that ranges from 200 N/mm² up to 270N/mm ² with an elongation at a break of 10%. Moreover, further finishes can be applied to provide more corrosion-resistant traits; chromate passivation treatments embedded with silicone dioxide form protective layers along the surface of the pipe aiding its service life significantly.

6083 Aluminium Pipes are considered to possess excellent strength and corrosion resistance, making them ideal for various applications. Aluminum pipes can be used in various thermal processing industries, like construction and mechanical engineering for lightweight structural parts. Aluminum 6083 Pipes provide comfortable integration with other aluminum alloys, an added advantage. Furthermore, these pipes also offer exceptional impact characteristics making them particularly suitable for applications involving high levels of shock loading. The high weldability of these pipes makes them ideal for transportation industry components and for the architectural framing of buildings or bridges. All in all, Aluminium 6083 Pipes provide a cost-effective means of building products that balance strength and weight requirements within their designs.

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jai hind metal

mumbai - maharashtra - india

2 Year

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JAI HIND METAL

jai hind metal

mumbai - maharashtra - india

2 Year

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skyland metal and alloys inc

mumbai - maharashtra - india

1 Year

View Profile

Skyland Metal and Alloys Inc

skyland metal and alloys inc

mumbai - maharashtra - india

1 Year

Aluminium 6083 Pipes FAQ's  

The Price Range For Aluminium 6083 Pipes Products Is ₹300 To ₹350 Per Kilogram.


Yes, Aluminum 6083 Pipes are highly resistant to weathering and other environmental conditions, making them suitable for indoor and outdoor use. They also perform better when exposed to salt water due to their excellent corrosion resistance properties.

Aluminum 6083 Pipes offer a variety of benefits that make them an ideal choice for plumbing and industrial applications. They are lightweight yet strong, corrosion-resistant, highly malleable, and can be fabricated into a variety of shapes and sizes. They also have good thermal conductivity, making them suitable for applications where frequent temperature fluctuations occur.


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