ALUMINUM ALLOY 1100 Foil Supplier | Stanford Advanced Materials

ALF1462 ALUMINUM ALLOY 1100 Foil

Catalog No.	ALF1462
Material	ALUMINUM ALLOY 1100
Standard	QQA-1876, ASTM B479
Thickness	0.00018 to 0.064 in
Width	0.375 to 60 in

Aluminum Alloy 1100 Foil contains a minimum of 99.0% aluminum. Stanford Advanced Materials (SAM) supplies our customers with high-quality 1100 Aluminum Alloy Foil.

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Aluminum 1100 is among the softest aluminum alloys and therefore is not used for high-strength or high-pressure applications. Aluminum 1100 can also be welded. Aluminum 1100 is just one of several common aluminum alloys and is soft, and low strength. It cannot be hardened by heat treatment and is very formable.

Stanford Advanced Materials welcomes any opportunity in Aluminum Foil, Aluminum Coil or sheet products that you may require. The specifications shown on these pages are not for design purposes. You can contact us for more information.

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Aging:	This material will not age, but can oxidize when left in an extremely damp environment and/or when Exposed to extreme temperatures in both hot and cold environments.
Annealing:	Annealing, which may be necessary after cold working. The material is heated to 650°F and then air cooled.
Applications:	Commonly used as tapes, fin stock, heat exchanger fins, tags, and name plates, commercial filters, decorative applications, giftware, and reflectors, and in sheet metal work.
ASTM Standards:	B479
Cold Working:	This is a excellent alloy for cold working because of the good malleability in the annealed temper. It can easily be bent, drawn, or spun into a variety of applications.
Finish:	Standard Finishes
Forging - Hot Working:	Hot working can be conducted when needed. The alloy can be hot forged.
Forming - Welding:	Forming either hot or cold is readily accomplished with this alloy. In the annealed condition this alloy can be cold worked extensively without an intermediate anneal. Easily welded by all conventional methods.
Hardening:	Hardens during cold working only.
Heat Treatment:	This alloy does not respond to heat treatment other than to anneal the material into a soft or O Temper material.
Other Physical Properties:	Electrical conductivity is 53% of copper.
Principal Design Features:	This alloy is 99.0% min pure aluminum with excellent ability to be formed and worked.
QQA Standards:	1876
Temper:	This material is available in a variety of tempers.
Thickness:	0.0005 to 0.064 in
Width:	0.375 to 60 in

Al	99.0~99.95%
Cu	0.05~0.20%
Fe	≤0.95%
Mn	≤0.05%
Si	≤0.95%
Zn	≤0.1%
Residuals	≤0.15%

Elongation (Annealed): ¹	35
Elongation (H12):	12
Elongation (H14):	9
Elongation (H16):	6
Elongation (H18):	5
Other Mechanical Properties:	Shear strength values are: “O” (annealed) temper 9 KSI, H12 temper 10 KSI, H18 temper 13 KSI.
Tensile Strength (Annealed): ²	13 x 1000 psi
Tensile Strength (H12):	16 x 1000 psi
Tensile Strength (H14):	18 x 1000 psi
Tensile Strength (H16):	21 x 1000 psi
Tensile Strength (H18):	24 x 1000 psi
Yield Strength (Annealed): ³	5 x 1000 psi
Yield Strength (H12):	15 x 1000 psi
Yield Strength (H14):	17 x 1000 psi
Yield Strength (H16):	20 x 1000 psi
Yield Strength (H18):	22 x 1000 psi

Aging:	This material will not age, but can oxidize when left in an extremely damp environment and/or when Exposed to extreme temperatures in both hot and cold environments.
Annealing:	Annealing, which may be necessary after cold working. The material is heated to 650°F and then air cooled.
Applications:	Commonly used as tapes, fin stock, heat exchanger fins, tags, and name plates, commercial filters, decorative applications, giftware, and reflectors, and in sheet metal work.
ASTM Standards:	B479
Cold Working:	This is a excellent alloy for cold working because of the good malleability in the annealed temper. It can easily be bent, drawn, or spun into a variety of applications.
Finish:	Standard Finishes
Forging - Hot Working:	Hot working can be conducted when needed. The alloy can be hot forged.
Forming - Welding:	Forming either hot or cold is readily accomplished with this alloy. In the annealed condition this alloy can be cold worked extensively without an intermediate anneal. Easily welded by all conventional methods.
Hardening:	Hardens during cold working only.
Heat Treatment:	This alloy does not respond to heat treatment other than to anneal the material into a soft or O Temper material.
Other Physical Properties:	Electrical conductivity is 53% of copper.
Principal Design Features:	This alloy is 99.0% min pure aluminum with excellent ability to be formed and worked.
QQA Standards:	1876
Temper:	This material is available in a variety of tempers.
Thickness:	0.0005 to 0.064 in
Width:	0.375 to 60 in

ALF1462 ALUMINUM ALLOY 1100 Foil

Aluminum Alloy 1100 Foil Description

Aluminum Alloy 1100 Foil Specification

Aluminum Alloy 1100 Foil Chemical Properties

Aluminum Alloy 1100 Foil Mechanical Properties

Aluminum Alloy 1100 Foil Applications

Specification

Technical Data Sheet

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