6061 Aluminum Coil
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Chemical Composition:


SiFeCuMnMgCrZnTiOthers-EachOthers TotalAl
60610.40-0.80.70.15-0.400.150.8-1.20.04-0.350.250.150.050.15Remainder


Mechanical Properties:

TemperSpecified Thickness(in)Tensile Strength - KSIElongationin 2 inches %
UltimateYield
MinMaxMinMax
O0.006 - 0.007-22121210
O0.008 - 0.009-22121212
O0.010 - 0.020-22121214
O0.021 - 0.128-22121216
O0.129 - 0.250-22121218
T40.006 - 0.00730---10
T40.008 - 0.00930---12
T40.010 - 0.02030---14
T40.021 - 0.24930---16
T420.006 - 0.00730---10
T420.008 - 0.00930---12
T420.010 - 0.02030---14
T420.021 - 0.25030---16
T6 and T620.006 - 0.00742---4
T6 and T620.008 - 0.00942---6
T6 and T620.010 - 0.02042---8
T6 and T620.021 - 0.25042---10


Properties of 6061 Alloy Aluminum Coil

Lightweight: Aluminum is a light metal perfect for cabling and wiring applications. It eliminates the use of supporting structures, making it a cost-effective solution. Using a 6061 aluminum coil increases payload and improves the fuel economy of both transportation and automotive industries.

Resistant to corrosion: This material offers high resistance against corrosion due to harsh environmental elements such as moisture, oxygen, and chemicals.

Versatile and formable:  It is ideal for thinner applications like making kitchen coil and for more durable applications, including creating aircraft or military armor. And while it has 13 KSI tensile strength, it can be strengthened up to 100 KSI by adding alloying elements or subjecting it to cold working methods. This makes the 6061 aluminum coil a good material for structural applications. 

6061-O vs. 6061-t6 

6061-O (annealed) is a pre-tempered grade aluminum coil with a 150 MPa or 22 KSI maximum tensile strength. It yields 83 MPa (12 KSI) to 110 MPa (16 KSI).  This aluminum material has 10-18% elongation or stretch. The alloy is usually heated for 2-3 hours at 415 °C to achieve the desired annealed condition.


6061-T6 grade aluminum coil is artificially aged and solutionized to deliver the maximum yield strength. With a minimum yield strength of 240 MPa (35 KSI) and ultimate tensile strength of 290 MPa (42 KSI), it has a good-strength-to-weight ratio. 


T6 refers to the degree or temper of hardness attained through precipitation hardening. It is one of the common materials that is used for structural and engineering applications. It offers excellent weldability and formability.