Mechanical properties of 1050 aluminium coils

 Mechanical properties of 1050 aluminium coils

Alloy Temper	Specified				Tensile strength			Yield strength			Elongation
	Thickness(mm)				(MPa)			(MPa)			(%)
1050-O/ 1050-H111	0.2-0.5				65-95			Min20			Min20
	0.5-1.5										Min22
	1.5-3.0										Min26
	3.0-6.0										Min29
	6.0-12.5										Min35
	12.5-80.0
1050-H112	6.0-12.5				Min75			Min30			Min20
	12.5-80.0				Min70			Min25
1050-H12	0.2-0.5				85-125			Min65			Min2
	0.5-1.5										Min4
	1.5-3.0										Min5
	3.0-6.0										Min7
	6.0-12.5										Min9
	12.5-40.0
1050-H14	0.2-1.5				105-145			Min85			Min2
	1.5-3.0										Min4
	3.0-6.0										Min5
	6.0-12.5										Min6
	12.5-25
1050-H16	0.2-0.5				120-160			Min100			Min1
	0.5-1.5										Min2
	1.5-4.0										Min3
1050-H18	0.2-0.5				Min135			Min120			Min1
	0.5-1.5				Min140						Min2
	1.5-3.0										Min2
1050-H19	0.2-0.5				Min155			Min140			Min1
	0.5-1.5				Min150			Min130
	1.5-3.0
1050-H22	0.2-0.5				85-125			Min55			Min4
	0.5-1.5										Min5
	1.5-3.0										Min6
	3.0-6.0										Min11
	6.0-12.5										Min12
1050-H24	0.2-0.5				105-145			Min75			Min3
	0.5-1.5										Min4
	1.5-3.0										Min5
	3.0-6.0										Min8
	6.0-12.5
1050-H26	0.2-0.5				120-160			Min90			Min2
	0.5-1.5										Min3
	1.5-4.0										Min4
1050-H28	0.2-0.5				Min140			Min110			Min2
	0.5-1.5
	1.5-3.0										Min3

For its content above in the chart, 1050 aluminum coil has high ductility and a highly reflective finish. Besides, 1050 aluminum coil is non-heat treatment series is produced in extruded sections. It has excellent cold workability, braze-ability, and solder-ability, and it is strengthened by cold working. However, 1050 aluminum coil has low mechanical strength compared to more significantly alloyed metals. All of these characteristics make 1050 aluminum coil well suited to chemical and electrolytic brightening but not in casting. Last but not least, moderate strength and good anodizing quality enable our products to have a vast application.