Chemical composition Weight percent limits. Sources [1,4]. Element Limit wt % Element Limit wt % Al 99.60 min Si 0.25 max Fe 0.35 max Cu 0.05 max Mn 0.03 max Mg 0.03 max Zn 0.05 max Ti 0.03 max V 0.05 max Other each 0.03 max Other total —

Application areas Electrical and conductive sheet components Chemical industry fabricated equipment Deep drawn housings and formed sheet parts Heat transfer and thermal management components General corrosion resistant sheet fabrication

Chemical composition Weight percent limits. Sources [1,4]. Element Limit wt % Element Limit wt % Al 99.60 min Si 0.25 max Fe 0.35 max Cu 0.05 max Mn 0.03 max Mg 0.03 max Zn 0.05 max Ti 0.03 max V 0.05 max Other each 0.03 max Other total —

Application areas Electrical and conductive sheet components Chemical industry fabricated equipment Deep drawn housings and formed sheet parts Heat transfer and thermal management components General corrosion resistant sheet fabrication

1060 Aluminum Sheet/Coil

Q: Mechanical

Mechanical properties by temper Temper Thickness mm or basis Rm MPa Rp0.2 MPa Elongation % O 1.5–3.0 60–100 15 min 25 min H14 1.5–3.0 95–135 70 min 6 min H24 1.5–3.0 95–135 70 min 6 min H18 1.5–3.0 125 min 85 min 4 min O 3.0–6.0 60–100 15 min 25 min H14 3.0–6.0 95–135 70 min 10 min H24 3.0–6.0 95–135 70 min 10 min Published Yieh sheet limits. These limits are a supplier data set and must not be substituted for ASTM limits without checking the order. Elongation gauge length is not stated in the supplier table. [4] Temper definitions O is annealed. H14 is strain hardened to half hard; H24 is strain hardened and partially annealed to half hard; H18 is strain hardened to full hard. The same nominal hardness level does not imply identical specification limits.

Grade: 1060

Coil: 0.3mm-3.0mm

Sheet: 0.3mm-300mm

Width: 50mm-2000mm

Standard: ASTM, AMS, BS etc.

1060 is commercially pure aluminum with a minimum aluminum content of 99.60%. It provides excellent formability, good corrosion resistance and high electrical and thermal conductivity. Annealed sheet is especially suitable for deep drawing and shaping, while strain hardened tempers improve handling strength. The alloy is non heat treatable and gains strength through cold work. It is selected for conductive, chemical and fabricated sheet components where high structural strength is less important than workability and corrosion performance.

Chemical composition

Weight percent limits. Sources [1,4].

Element	Limit wt %	Element	Limit wt %
Al	99.60 min	Si	0.25 max
Fe	0.35 max	Cu	0.05 max
Mn	0.03 max	Mg	0.03 max
Zn	0.05 max	Ti	0.03 max
V	0.05 max	Other each	0.03 max
Other total	—

Mechanical properties by temper

Temper	Thickness mm or basis	Rm MPa	Rp0.2 MPa	Elongation %
O	1.5–3.0	60–100	15 min	25 min
H14	1.5–3.0	95–135	70 min	6 min
H24	1.5–3.0	95–135	70 min	6 min
H18	1.5–3.0	125 min	85 min	4 min
O	3.0–6.0	60–100	15 min	25 min
H14	3.0–6.0	95–135	70 min	10 min
H24	3.0–6.0	95–135	70 min	10 min

Published Yieh sheet limits. These limits are a supplier data set and must not be substituted for ASTM limits without checking the order. Elongation gauge length is not stated in the supplier table. [4]

Temper definitions

O is annealed. H14 is strain hardened to half hard; H24 is strain hardened and partially annealed to half hard; H18 is strain hardened to full hard. The same nominal hardness level does not imply identical specification limits.

Application areas

Electrical and conductive sheet components
Chemical industry fabricated equipment
Deep drawn housings and formed sheet parts
Heat transfer and thermal management components
General corrosion resistant sheet fabrication

Introduction

Specification

Chemical composition

Weight percent limits. Sources [1,4].

Element	Limit wt %	Element	Limit wt %
Al	99.60 min	Si	0.25 max
Fe	0.35 max	Cu	0.05 max
Mn	0.03 max	Mg	0.03 max
Zn	0.05 max	Ti	0.03 max
V	0.05 max	Other each	0.03 max
Other total	—

Mechanical

Mechanical properties by temper

Temper	Thickness mm or basis	Rm MPa	Rp0.2 MPa	Elongation %
O	1.5–3.0	60–100	15 min	25 min
H14	1.5–3.0	95–135	70 min	6 min
H24	1.5–3.0	95–135	70 min	6 min
H18	1.5–3.0	125 min	85 min	4 min
O	3.0–6.0	60–100	15 min	25 min
H14	3.0–6.0	95–135	70 min	10 min
H24	3.0–6.0	95–135	70 min	10 min