1050 Aluminum Coil Stock

High Electrical Conductivity, Corrosion Resistance, and Workability

This aluminum alloy is commonly used in the electrical and chemical industries, on account of having high electrical conductivity, corrosion resistance, and workability. Aluminum 1050 alloy is also sometimes used for the manufacture of heat sinks, since it has a higher thermal conductivity than other alloys.

WHY CHOOSE ALMETALS

TemperO/H111

TemperH12

TemperH14

TemperH16

TemperH18

TemperH19

TemperH22

TemperH24

TemperH26

TemperH28

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MECHANICAL PROPERTY LIMITS

Temper	Specified Thickness(in)	Tensile Strength - KSI				Elongationin 2 inches %
		Ultimate		Yield
		Min	Max	Min	Max
H12	0.008 - 0.020	12.3	18.1	9.4	-	2
H12	0.020 - 0.059	12.3	18.1	9.4	-	4
H12	0.059 - 0.118	12.3	18.1	9.4	-	5
H12	0.118 - 0.250	12.3	18.1	9.4	-	7
H14	0.008 - 0.020	15.2	21	12	-	2
H14	0.020 - 0.059	15.2	21	12	-	3
H14	0.059 - 0.118	15.2	21	12	-	4
H14	0.118 - 0.236	15.2	21	12	-	5
H16	0.008 - 0.020	17.4	23.2	15	-	1
H16	0.020 - 0.059	17.4	23.2	15	-	2
H16	0.059 - 0.118	17.4	23.2	15	-	3
H16	0.118 - 0.236	17.4	23.2	15	-	3
H18	0.008 - 0.020	19.6	-	17	-	1
H18	0.020 - 0.059	20.3	-	17	-	2
H18	0.059 - 0.118	20.3	-	17	-	2
H18	0.118 - 0.236	20.3	-	17	-	-
H19	0.008 - 0.020	21.8	-	18.9	-	1
H19	0.020 - 0.059	21.8	-	18.9	-	1
H19	0.059 - 0.118	21.8	-	18.9	-	-
H19	0.118 - 0.236	21.8	-	18.9	-	-
H22	0.008 - 0.020	12.3	18.1	8	-	4
H22	0.020 - 0.059	12.3	18.1	8	-	5
H22	0.059 - 0.118	12.3	18.1	8	-	6
H24	0.008 - 0.020	15.2	21	10.9	-	3
H24	0.020 - 0.059	15.2	21	10.9	-	4
H24	0.059 - 0.118	15.2	21	10.9	-	5
H24	0.118 - 0.236	15.2	21	10.9	-	8
H26	0.008 - 0.020	17.4	23.2	13.1	-	2
H26	0.020 - 0.059	17.4	23.2	13.1	-	3
H26	0.059 - 0.118	17.4	23.2	13.1	-	4
H26	0.118 - 0.236	17.4	23.2	13.1	-	4
H28	0.008 - 0.020	20.3	-	16	-	2
H28	0.020 - 0.059	20.3	-	16	-	2
H28	0.059 - 0.118	20.3	-	16	-	-
H28	0.118 - 0.236	20.3	-	16	-	-
O/H111	0.008 - 0.020	9.4	13.1	2.9	-	20
O/H111	0.020 - 0.059	9.4	13.1	2.9	-	22
O/H111	0.059 - 0.118	9.4	13.1	2.9	-	26
O/H111	0.118 - 0.236	9.4	13.1	2.9	-	29

CHEMICAL COMPOSITION LIMITS (%)

Si Silicon	Fe Iron	Cu Copper	Mn Manganese	Mg Magnesium	Cr Chromium	Ni Nickel	Zn Zinc	Ti Titanium	Others Each	Total	Total Aluminum Min
0.25	0.40	0.05	0.05	0.05	-	-	0.05	0.03	0.03	-	99.50

Chemical composition is percent maximum unless shown as a range or a minimum.
Source: Per DIN Specs.
Information presented as a guide for reference purposes only and is not intended to be used for product design or application.

Aluminum Association
wikipedia.org

Aluminum Slitting Capabilities

Gauge Range

.004" to .187" (.102 mm to 4.750 mm)

Width Range

.250" to 60" (6.365 mm to 1524 mm)

8, 12, 16 or 20 (inches)

78" maximum

Coil Weight

40,000 lbs maximum

Cut-to-Length Capabilities

Gauge Range

.015 to .060 (.381 mm to 1.524 mm)

Width Range

8” - 48” (203 mm to 1.219 mm)

Length Range

12” to 144” (305 mm to 3.658 mm)