1060 Aluminum Coil

1060 aluminum coil is an aluminum coil product processed based on pure aluminum, featuring unique performance advantages and a wide range of application scenarios.

1060 aluminum coil is a commercially pure wrought alloy (belonging to the 1000 series), known for its high aluminum content (≥99.6%) and versatile industrial applications.

1060 aluminum coil is similar to 1050 aluminum alloy, but with a slightly different aluminum content. 1060 aluminum coil has excellent ductility, formability, and high tensile strength. This makes it widely used in aluminum spacer bars, battery tabs, aluminum composite panels, lamp shades, brackets, and exterior walls.

1060 aluminum coil

Due to its simple production process, mature technology, and relatively low cost, 1060 aluminum coil has strong market competitiveness. Its surface is smooth with high cleanliness, and it has excellent formability, fully meeting conventional processing requirements (such as stamping and stretching).

1060 aluminum coil is one of the most widely used industrial aluminum materials. Its main advantages are high aluminum content, good ductility, and high cost-performance ratio.

Common 1060 Aluminum Coil Metal Tempers

1060 Aluminum Coil Advantages

Long service life, low cost, and high recycling value;
The processing technology of 1060 aluminum coil is mature, and the price has a huge advantage over other high-end aluminum alloys.

1060 Aluminum Coil Features

Ductility and Plasticity: 1060 aluminum coil has excellent ductility and plasticity, suitable for various forming processes. Although its strength is relatively low and cannot be strengthened through heat treatment, it can be hardened by cold working. Common tempers include H12, H14, H16, and H18.
Corrosion Resistance: 1060 aluminum coil has good corrosion resistance, suitable for applications requiring corrosion resistance.
Electrical and Thermal Conductivity: Its electrical conductivity is 55%, making it suitable for applications requiring conductivity, such as battery connections and capacitor casings.
Workability: In the soft temper (such as O temper), its machinability is relatively poor, but it improves in harder tempers (such as H16 and H18).
Purity: The aluminum content of 1060 aluminum coil is at least 99.6%, ensuring high material integrity.
Formability: It has excellent ductility and is easy to form, bend, and process to meet precise specification requirements.

1060 Aluminum Coil Specifications

Aluminum alloy	1060 Aluminum coil
Temper	O, H18, H22, H24
Thickness (mm)	0.10-0.3
Width (mm)	100-2500
Length (mm)	C
Application examples	Aluminum composite panels, oxidized lamp housing and holder, capacitor cases, etc.

1060 Aluminum Coil Standards and Certifications

ASTM: B209 (sheet/plate), B210 (tube), B211 (rod/wire).
ISO: 6361 (wrought plates).
EN: 573 (chemical composition).

Equivalents of AA 1060

A1060 aluminum coil, 1060a aluminum coil, aa1060 aluminum coil, 1060aa aluminum coil,

Al1060 aluminum coil, a 1060 aluminum coil, aa 1060 aluminum coil, en1060 grade aluminum coil, etc

Surface Treatment of 1060 Aluminum Coil

PE pre-painted, PVDF prepainted, Embossed stucco, Color coated, etc

Color coated: red, blue, white, black, etc

1060 Aluminum Coil Core Properties

Performance Category	Specific Performance	Description
Physical Properties	Lightweight	1060 aluminum has low density and belongs to lightweight metal materials, making it easy to transport and install, effectively reducing the structural load of buildings or equipment.
Physical Properties	Thermal and Electrical Conductivity	1060 aluminum has excellent thermal and electrical conductivity, widely used in heat sinks, heat exchangers, cables, and busbars.
Chemical Properties	Corrosion Resistance	The surface of 1060 aluminum naturally forms a dense oxide film, exhibiting good corrosion resistance in most industrial and natural environments without the need for additional protection.
Processing Properties	Ductility	1060 aluminum has excellent ductility, suitable for rolling, bending, stamping, and other processing methods, meeting the requirements for forming complex parts.

1060 Aluminum Coil Chemical Composition

Alloy	Si	Fe	Cu	Mn	Mg	Cr	Zn	Ti	Ni	Others	Al
1060	≤ 0.25	≤ 0.35	≤ 0.05	≤ 0.03	≤ 0.03	/	≤ 0.05	≤ 0.03	/	≤0.05	Remainder

1060 Aluminum Coil Mechanical Properties

Alloy Temper	Thickness(in.)	Tensile strength(ksi)	Yield strength(ksi)	Elongation(%)
1060-O	0.006-0.019	8.0-14.0	2.5	Min15
1060-O	0.020-0.050			Min22
1060-O	0.051-3.000			Min25
1060-H12	0.017-0.050	11.0-16.0	9	Min6
1060-H22	0.051-2.000	11.0-16.0	9	Min12
1060-H14	0.006-0.019	12.0-17.0	10	Min1
1060-H24	0.020-0.050			Min5
1060-H24	0.051-1.000			Min10
1060-H16	0.006-0.019	14.0-19.0	11	Min1
1060-H26	0.020-0.050			Min4
1060-H26	0.051-0.162			Min5
1060-H18	0.006-0.019	Min16.0	Min12.0	Min1
1060-H28	0.020-0.050			Min3
1060-H28	0.051-0.128			Min4
1060-H112	0.250-0.499	Min11.0	Min7.0	Min10
1060-H112	0.500-1.000	Min10.0	Min5.0	Min20
1060-H112	1.001-3.000	Min9.0	Min4.0	Min25

1060 Aluminum Coil Physical Properties

Electrical Conductivity: Equivalent to 55% of copper, very suitable for manufacturing electrical components.
Thermal Conductivity: Efficient heat transfer, suitable for heat exchangers and radiators.
Corrosion Resistance: Excellent resistance to atmospheric and chemical corrosion.
Low Mechanical Strength: Not heat-treatable, but can be strengthened by cold working (e.g., H12, H14, H18 temper).
Formability: Good plasticity, suitable for stamping, drawing, and deep drawing.

1060 Aluminum Coil Applications

1060 aluminum coil has good ductility, formability and high tensile strength, making it widely used in power batteries, aluminum-plastic panels, lamps, capacitor housings, road signs, building walls, aluminum spacers, battery busbars, aluminum composite panels, lampshades and brackets, exterior walls, etc.

Hot-rolled 1060 aluminum coil uses battery soft connections, aluminum-plastic panels, road signs, lamps, capacitor housings, building curtain walls, etc.

1060 aluminum coil can also be used for aluminum busbars, car radiators, new energy vehicle charging piles, molds, etc.

Application Field	Specific Use
Construction Field	Exterior walls, signage, roof insulation, cladding, curtain walls, etc., improving building energy efficiency
Construction Field	Orange peel aluminum coil (with anti-slip texture) used for stair treads, decorative panels
Industrial Field	High-efficiency heat dissipation components such as heat exchangers and transformer windings
	Insulation of pipes and equipment, reducing heat energy loss
	Chemical instruments, heat sinks, heat exchanger manufacturing
Electrical and Chemical Industries	Used in applications requiring high conductivity and corrosion resistance
Electrical and Chemical Industries	Electrical wires, circuit boards, transformer coils, and other components
Consumer Goods Industry	Manufacturing of kitchenware and electronic device components
Consumer Goods Industry	Used in kitchen utensils, reflectors, decorative panels, etc.
Daily Life Field	Food packaging, kitchenware, decorations, and other daily necessities
Daily Life Field	Automotive body insulation, engine heat shielding, improving fuel economy
Special Scenarios	Insulation layers in refrigeration equipment, ensuring stability in low-temperature environments

1060 Insulation Aluminum Coil

The 1060 aluminum coil is used for insulation and soundproofing in various industries. Its high thermal conductivity makes it an ideal choice for insulation purposes.

Reason for Choice: 1060 aluminum has good thermal conductivity, making it highly effective in insulation applications. Its excellent corrosion resistance and formability also contribute to the manufacture of insulation materials.

1060 Transformer Aluminum Coil

Due to its good electrical conductivity and ability to handle high currents, the 1060 aluminum coil can be used for transformer windings and other electrical components.

Reason for Choice: This alloy has good electrical conductivity, which is crucial for transformer windings and other electrical components. Its high purity and low resistance ensure efficient performance in electrical applications.

1060 Battery Soft Connection Aluminum Coil

Due to its flexibility and excellent electrical conductivity, it can be used for connecting terminals in batteries (especially lithium batteries).

Reason for Choice: The flexibility and high conductivity of 1060 aluminum make it an ideal choice for battery soft connections. It can withstand repeated bending while maintaining good electrical performance.

1060 Lighting Fixture Aluminum Coil

The 1060 aluminum coil is used in lighting fixtures due to its reflective properties and lightweight characteristics.

Reason for Choice: The reflective properties of 1060 aluminum enhance the light distribution and efficiency of lighting fixtures. Its lightweight and corrosion-resistant features make it suitable for various lighting applications.

1060 Signage Aluminum Coil

Due to its durability, corrosion resistance, and ability to retain paint and other finishes, it is used for signage.

Reason for Choice: 1060 aluminum has excellent surface finish, weather resistance, and ease of manufacturing, making it an ideal choice for signage. It retains paint and other finishes well, maintaining the appearance of signs over time.

1060 Automotive Heat Insulation Plate Aluminum Coil

Due to its thermal conductivity and lightweight properties, it can be used for heat shields and insulation in automotive applications.

Reason for Choice: In automotive applications, 1060 aluminum is chosen for its thermal conductivity and lightweight characteristics. It provides effective insulation while being easy to form and install.

1060 Radiator Aluminum Coil

The 1060 aluminum coil is used in cooling systems for radiators due to its excellent thermal conductivity and effective heat dissipation capabilities.

Reason for Choice: 1060 aluminum is favored for radiators because of its high thermal conductivity, which helps with effective heat dissipation. It can be formed into thin and efficient fins, enhancing the radiator's performance.

1060 Lithium Battery Soft Connection Aluminum Coil

Similar to the previously mentioned battery soft connections, it is specifically used for lithium battery connections, featuring flexibility and conductivity.

Reason for Choice: Like other battery connections, 1060 aluminum is used for its flexibility, good conductivity, and ability to handle repeated stress. Its properties ensure reliable performance in lithium battery applications.

More Informations about Aluminum Coil 1060 Application

Lighting, printing, packaging, decoration, electronic surface, hot-rolled thick plate, PS substrate, aluminum-plastic substrate, aluminum curtain wall substrate, aluminum-plastic board substrate, aluminum spacer, aluminum embossed plate
Indoor: wall decoration, ceiling, room, kitchen and balcony, shutters, doors, curtain wall
Outdoor: wall covering, exterior wall, roof, awning, tunnel, column cover, renovation
Advertising: display stand, signboard, signboard, storefront

1060 Aluminum Coil DC / CC Temper designation (For Reference)

Temper	Definition
O	Annealed
H12	Strain Hardened, 1/4 Hard
H14	Strain Hardened, 1/2 Hard
H16	Strain Hardened, 3/4 Hard
H18	Strain Hardened, Full Hard
H22	Strain Hardened and Partially Annealed, 1/4 Hard
H24	Strain Hardened and Partially Annealed, 1/2 Hard
H26	Strain Hardened and Partially Annealed, 3/4 Hard
H28	Strain Hardened and Partially Annealed, Full Hard

Comparison of 1060 Aluminum with Similar Alloys

Compared to 1050: Slightly higher aluminum content (99.6% vs. 99.5%), better conductivity.
Compared to 3003: Lower strength, but better formability and corrosion resistance.

Comparison Target	Comparison Dimension	Description
1050 Aluminum	Aluminum Content	1060 aluminum has a higher aluminum content, reaching 99.6%, slightly higher than the 99.5% of 1050 aluminum. This small compositional difference gives 1060 aluminum slightly better electrical conductivity, making it particularly suitable for electrical and conductor fields requiring high conductivity.
1050 Aluminum	Electrical Conductivity	Due to its higher purity, 1060 aluminum slightly outperforms in conductivity. Its excellent conductivity gives it an advantage in cable sheaths, wires, electrical busbars, etc. Although both alloys have similar mechanical properties, 1060 aluminum is more suitable in environments requiring high conductivity and corrosion resistance.
3003 Aluminum	Strength	1060 aluminum is weaker than 3003 aluminum, which contains manganese. 3003 belongs to the aluminum-manganese alloy series and has higher mechanical strength, suitable for structural parts with certain load-bearing requirements. In contrast, 1060 aluminum is more suitable for light-load structures and non-load-bearing components.
	Formability	1060 aluminum has excellent ductility and flexibility, and better formability than 3003 aluminum. Its high purity provides good plasticity, making it highly suitable for deep drawing, spinning, bending, and other processes, performing better in complex shape processing.
	Corrosion Resistance	1060 aluminum exhibits excellent oxidation resistance and corrosion resistance at normal temperature and in general environments. Compared to 3003 aluminum, which contains other alloy elements, 1060 aluminum has more stable chemical corrosion resistance, especially in humid or mildly acidic environments. It is suitable for use in decorative panels, signs, reflectors, and other applications requiring high surface stability.

1060 aluminum coil is a fundamental material in industries emphasizing conductivity, formability, and corrosion resistance. It adapts to various temper states and applications, and its cost-effectiveness makes it a preferred choice for manufacturers worldwide.

1060 Aluminum Coil Production Process

‌Processing Flow‌: Raw material refining → smelting and casting → hot rolling → cold rolling → stretching and leveling → surface treatment‌.
‌Annealing Process‌: Includes rapid annealing (350~410℃), high-temperature annealing (350~500℃), and low-temperature annealing (150~250℃) to optimize material properties‌.

1060 aluminum coil combines high purity, excellent formability, and outstanding corrosion resistance, making it a widely used material suitable for a broad range of applications across industries.

Question	Answer
What is 1060 Aluminum equivalent to?	1060 Aluminum is equivalent to ISO Al99.6 and UNS A91060.
What is the strength of aluminum 1060?	The tensile strength of Aluminum 1060 typically ranges between 70 to 130 MPa.
What is the difference between Aluminum 1050 and 1060?	The difference between Aluminum 1050 and 1060 is the aluminum content, with 1050 containing at least 99.50% aluminum and 1060 containing at least 99.60% aluminum.
What is the difference between 1060 and 6061 aluminum?	The difference between 1060 and 6061 aluminum is that 1060 is a high-purity aluminum with excellent corrosion resistance and workability, while 6061 is an alloy with added silicon and magnesium, offering higher strength and better machinability.