Alluminum Alloy Mechanical Engineering Properties

Alluminum Alloy Mechanical Engineering Properties

The following chart give general mechanical engineering Properties and data for many common Aluminum alloys. Please be aware that much of the data is adequate for industrial, however academic requirements are more stringent.

Alloy	Temper	Ultimate Tensile Strength, ksi	Yield Strength, ksi	Elongation %in²	Brinell Hardness	Shear Strength, ksi
1100	O H14 H18	13 18 24	5 17 22	35 9 5	23 32 44	9 11 13
2011	T3	55	43	n/a	95	32
2017	O T4, T451	26 62	10 40	n/a n/a	45 105	18 38
2024	O T3 T4, T351	27 70 68	11 50 47	20 18 20	47 120 120	18 41 41
3003	O H14 H18	16 22 29	6 21 27	30 8 4	28 40 55	11 14 16
4032	T6	55	46	n/a	120	38
5052	O H32 H38	28 33 42	13 28 37	25 12 7	47 60 77	18 20 24
6013	T8	65	62	11	130	36
6020	T8	44	42	15	100	n/a
6061	O T6, T651	18 45 45	8 40 40	25 12 12	30 95 95	12 30 30
6063	O T5 T83	13 27 37	7 21 35	n/a 12 9	25 60 82	10 17 22
6262	T9	58	55	n/a	120	35
7068	T6511	103	99	9	190	53
7075	O T6 T651	33 83 83	15 73 73	17 11 11	60 150 150	22 48 48

Alloy	Temper	Thermal Conductivity @ 77° F (BTU/ft²/in./hr.)	Electrical Conductivity @ 68° F (% of Intl. Copper Standard)	Electrical Resistivity @ 68° F (Ohm−Cir. Mil/ft.)	Nominal Density (lbs./cu. in.)
1100	O H14 H18	1540 1510 1510	59 57 57	18 18 18	0.098 0.098 0.098
2011	T3	1050	39	27	0.102
2017	O T4, T451	1340 930	50 34	21 31	0.101 0.101
2024	O T3 T4, T351	1340 840 840	50 30 30	21 35 35	0.1 0.1 0.1
3003	O H14 H18	1340 1100 1070	50 41 40	21 25 26	0.099 0.099 0.099
4032	T6	960	35	30	0.097
5052	O H32 H38	960 960 960	35 35 35	30 30 30	0.097 0.097 0.097
6013	T8	1140	38	n/a	0.098
6020	T8	1190	46	n/a	0.098
6061	O T6, T651	1250 1160 1160	47 43 43	22 24 24	0.098 0.098 0.098
6063	O T5 T83	1510 1450 1390	58 55 53	18 19 20	0.097 0.097 0.097
6262	T9	1190	44	24	0.098
7068	T6511	n/a	30	n/a	0.103
7075	O T6 T651	n/a 900 900	n/a 33 33	n/a 31 31	0.101 0.101 0.101