5052 Aluminum Coil

5052 aluminum coil is a non-heat-treatable aluminum-magnesium alloy known for excellent corrosion resistance, dependable weldability and good formability. It is widely specified for marine components, transportation panels, fuel tanks, pressure vessels, chemical equipment and coated architectural products.

We supply 5052 coil in O, H32, H34, H36 and H38 tempers, with mill finish, embossed, brushed, anodized, PE-coated, PVDF-coated and PVC-film options. Custom slit widths, coil weights, packaging and documentation can be arranged according to your drawing or material specification.

Request 5052 Coil Quote View Specifications

5052 aluminum coil in warehouse ready for slitting and export packaging

What Is 5052 Aluminum Coil?

5052 aluminum coil is a wrought aluminum alloy in the 5xxx series. Magnesium is the main alloying element, while chromium is added in a controlled amount to support corrosion resistance and material stability. It is commonly identified as AA 5052, EN AW-5052, AlMg2.5, DIN AlMg2.5, JIS 5052 and UNS A95052.

Unlike heat-treatable alloys such as 6061, 5052 does not gain strength through solution heat treatment and artificial aging. Its strength is increased mainly through cold working, also called strain hardening. This is why 5052 is available in tempers such as H32, H34, H36 and H38.

The alloy is valued for a practical balance of corrosion resistance, formability and welding performance. It is especially suitable for fabricated parts exposed to moisture, salt spray, industrial atmospheres or repeated forming operations.

5052 offers moderate strength and strong corrosion resistance, but it is not the highest-strength non-heat-treatable aluminum alloy. For higher-strength marine structures, materials such as 5083 aluminum may be considered, depending on the project specification and fabrication method.

5052 Aluminum Coil Specifications

Item	Available Range / Option
Alloy	AA 5052 / EN AW-5052 / AlMg2.5
Temper	O, H32, H34, H36, H38; other tempers subject to confirmation
Thickness	0.20–6.00 mm typical supply range; custom requirements subject to confirmation
Width	20–2000 mm, subject to thickness, temper, finish and production capability
Coil Inner Diameter	405 mm, 505 mm, 508 mm or customized
Coil Weight	Typically 1–8 tons per coil, or according to customer requirement
Surface	Mill finish, brushed, stucco embossed, tread pattern, anodized, PE/PVDF coated, PVC protective film
Processing	Slitting, edge trimming, cut-to-length, protective film, customized packing
Standards	ASTM B209, EN 485, GB/T 3880, JIS or customer specification
Documentation	MTC / COA, packing list, commercial invoice and inspection documents upon request

5052 Aluminum Coil Properties

Corrosion Resistance

5052 has very good resistance to humid, marine and many industrial environments. It is widely used for parts exposed to salt spray, freshwater, moisture and outdoor weather conditions.

Formability

In O and H32 tempers, 5052 can be bent, stamped, drawn and formed into many fabricated shapes. The appropriate temper should be selected based on bend radius, drawing depth and final strength requirements.

Weldability

The alloy is suitable for many welding applications and is frequently used in welded tanks, vehicle panels, marine equipment and industrial fabrications. Welding procedures must match the end-use requirement.

Moderate Strength

5052 is stronger than general-purpose grades such as 1100 and 3003, while maintaining useful ductility and corrosion resistance for fabricated components.

Anodizing Compatibility

5052 can be anodized to improve surface hardness, wear resistance and corrosion resistance. Decorative appearance should be confirmed by sample where color consistency is important.

Machining

Machinability is not one of the main advantages of 5052. Compared with free-machining aluminum alloys, 5052 is generally better suited to forming, bending, drawing and welding than high-volume precision machining.

5052 Aluminum Coil Tempers: How to Choose

5052-O Aluminum Coil

Fully annealed 5052-O coil is the softest and most ductile option. It is recommended for deep drawing, complex bending, stamping and shapes that require high elongation.

Fuel tanks and formed containers
Deep-drawn components
Kitchenware and general fabrications
Complex bending and shaping operations

5052-H32 Aluminum Coil

H32 is strain-hardened and partially annealed. It offers a commonly used balance of medium strength, corrosion resistance and useful formability for general fabrication.

Marine equipment and panels
Automotive and trailer components
Architectural products and cladding substrates
General sheet-metal fabrication

5052-H34 Aluminum Coil

H34 has a higher strain-hardened strength level than H32. It is selected where increased rigidity is needed and the forming operation is less demanding.

Transportation equipment
Marine structures and covers
Pressure vessel components
Panels requiring improved rigidity

5052-H36 and H38 Aluminum Coil

H36 and H38 are harder tempers with higher cold-worked strength. They may be suitable for applications requiring more rigidity, but bendability and deep-drawing capability are reduced.

Higher-strength sheet-metal components
Limited-forming applications
Specialized industrial fabrications
Projects with defined bend-radius requirements

Always confirm the required bend radius, forming depth, welding procedure, surface treatment and final mechanical properties before selecting O, H32, H34, H36 or H38 temper.

5052 Aluminum Coil Surface & Finish Options

5052 aluminum coil is available with different surface finishes depending on how the material will be processed and where it will be used. Mill finish is often sufficient for general fabrication, while coated, anodized, embossed or decorative surfaces may be specified when appearance, surface protection or texture is important.

Finish selection should also take the coil thickness, temper, forming method and service environment into account. A finish that works well for an architectural panel, for example, may not be the right choice for a deeply formed component.

Mill Finish

This is the standard aluminum surface produced during rolling, without an additional decorative coating. It is widely used where the material will be formed, painted, laminated or otherwise processed after delivery.

Common applications include general fabrication, roofing, siding, tanks, panels and fabricated aluminum components.

Anodized Finish

Anodizing forms a controlled oxide layer on the aluminum surface. The result is a harder, more durable surface with a clean metallic appearance and improved resistance to surface corrosion and wear.

It is frequently chosen for architectural parts, interior panels, appliance components and decorative aluminum products.

Color Coated

Color-coated aluminum coil has a factory-applied paint layer, giving the surface a consistent color and finish before fabrication. Color, gloss and coating specifications can be selected according to the intended use.

This finish is commonly found on roofing, wall panels, ceilings, architectural components and decorative products.

PVDF Coated

PVDF coating is normally considered when the aluminum will remain exposed to sunlight and weather for long periods. It offers good resistance to UV exposure, weathering and color fading when the coating system is properly specified.

Typical uses include exterior wall panels, curtain-wall components, building facades and other demanding outdoor applications.

Polyester (PE) Coated

Polyester coating provides a practical option for projects where color, appearance and general surface protection are required without the higher coating specification often selected for demanding exterior applications.

It is widely used for roofing, ceilings, wall panels and decorative building products.

PVC Film Coated

PVC protective film is applied to the aluminum surface when protection from scratches, handling marks and minor processing damage is needed. The film is normally removed after fabrication or installation.

Film protection is commonly requested for appliance panels, decorative surfaces and aluminum components that need to remain clean during fabrication and transport.

Brushed Finish

A brushed surface has a fine directional grain produced by mechanical finishing. It gives the aluminum a uniform appearance while retaining the look of the underlying metal.

Brushed aluminum is often used for appliance panels, furniture, elevator interiors and architectural decoration.

Polished / Mirror

Polishing produces a smooth and reflective aluminum surface. The required level of brightness depends on the finishing process and the final product specification.

Mirror and polished aluminum are used for lighting components, reflectors, decorative panels, interior features and other applications where reflectivity matters.

Stucco Embossed

Stucco embossing gives the aluminum a raised, textured pattern. Besides its distinctive appearance, the pattern helps make small surface marks and handling imperfections less noticeable.

It is commonly specified for insulation jacketing, roofing, wall panels, equipment covers and related applications.

Diamond / Checkered

Diamond and five-bar checkered patterns create a raised surface that provides additional texture and helps improve footing. Pattern selection depends on the intended use and fabrication requirements.

Typical applications include flooring, stair treads, platforms, walkways, vehicle components and industrial equipment.

Textured Finish

Textured aluminum is available when a particular surface pattern or feel is part of the product design. Texture can affect appearance, light reflection and surface friction, so the pattern should be selected together with the final application.

This option is used for decorative panels, architectural products, equipment components and custom fabricated parts.

Wood Grain Finish

Wood-grain aluminum combines a timber-like appearance with the characteristics of an aluminum substrate. Oak, walnut, teak and other patterns are available for different design requirements.

It is used for wall panels, ceilings, doors, shutters, decorative profiles and architectural products where a wood appearance is preferred over a plain metal surface.

Looking for a specific 5052 aluminum coil finish? Please provide the required alloy temper, thickness, width, surface finish, coating or embossing pattern and intended application. These details help determine the appropriate processing and production specification.

5052 Aluminum Coil Color Options

Equivalents of AA 5052

AA 5052, EN AW-5052, EN AW-AlMg2.5, DIN AlMg2.5, DIN 3.3523, DIN 3.3524, JIS 5052, GB 5052, ISO AlMg2.5, NF A-G2.5C, UNS A95052

5052 Aluminum Coil Applications

5052 aluminum coil is commonly used when lightweight construction, corrosion resistance, formability and weldability are required. Final suitability depends on material thickness, temper, surface finish, fabrication process and service environment.

Industry	Typical Components	Suggested Temper	Why 5052 Is Considered
Marine	Interior panels, deck covers, tanks, cabins, fittings and enclosures	H32 / H34	Good resistance to salt spray and moisture, with reliable weldability
Transportation	Trailer side panels, truck bodies, fuel tanks, covers and panels	H32 / H34	Lightweight, corrosion resistant and suitable for fabrication
Chemical Equipment	Tanks, vessels, storage covers and enclosures	O / H32	Good resistance to many industrial environments and useful forming properties
Architecture	Coated panels, roofing trim, wall cladding and decorative elements	H32	Durable substrate for coating, bending and outdoor use
Appliances	Refrigerator liners, appliance panels, housings and covers	O / H32	Clean surface, formability and corrosion resistance
General Fabrication	Brackets, covers, enclosures, hinges and sheet-metal parts	O / H32 / H34	Balanced fabrication performance for many industrial products

5052 Coil for Marine Applications

For boats, yachts and coastal equipment, 5052 is often selected for fabricated non-critical panels, covers, tanks and interior components. For high-strength hull structures or heavily loaded marine parts, compare 5052 with 5083 aluminum and follow the project engineering specification.

5052 Coil for Trucks and Trailers

5052-H32 and H34 are frequently evaluated for trailer side panels, truck body panels and transportation equipment due to their corrosion resistance, weldability and fabrication performance.

5052 Coil for Fuel and Chemical Tanks

5052 can be used in selected tank and applications where corrosion resistance and weldability are required. Compatibility with the stored media, pressure requirements and welding process must be verified by the purchaser or project engineer.

5052 Coil for Coated Building Products

When used as a substrate for PE or PVDF coatings, 5052 coil can be considered for architectural panels and exterior metal products. Coating type should be selected according to UV exposure, climate, installation method and expected service life.

When Should You Choose 5052 Aluminum Coil?

5052 is a practical choice when an application needs a combination of corrosion resistance, forming performance, weldability and moderate-to-high strength without relying on heat treatment.

Choose 5052 When

Corrosion resistance is important.
The material will be bent, stamped or formed.
Welding is part of the manufacturing process.
Moderate-to-high strength is required.
The application is exposed to humidity, coastal air or marine conditions.
A non-heat-treatable aluminum alloy is acceptable.

When 5052 May Not Be the Best Choice

Choose 3003 when maximum formability and economical general-purpose fabrication are the priority.
Consider 5083 or 5086 when significantly higher structural strength is required for demanding marine applications.
Consider 6061 when structural strength and machining performance are more important than deep forming.

5052 Aluminum Coil Quality Control

Alloy and temper confirmation before production or shipment
Thickness and width tolerance inspection
Surface inspection for scratches, dents, stains and coating appearance
Coil inner diameter and coil weight verification
Chemical composition documentation where required
Mechanical property verification according to order specification
Coil number and batch traceability
Mill Test Certificate / Certificate of Analysis upon request
Third-party inspection can be arranged when agreed in advance
Container loading photos and export packing records upon request

5052 Aluminum Coil Packing, Protection and Shipping

5052 aluminum coils are packed for export with protection against moisture, surface damage and handling during loading, transportation and unloading. Packing can be adjusted according to coil size, weight, shipping method and the requirements of the destination.

5052 aluminum coil export packing and shipping

Moisture protection: Water-resistant paper and protective wrapping help reduce exposure to moisture during ocean or inland transportation.
Surface protection: The coil is securely wrapped to help protect the aluminum surface from scratches, dust and handling marks.
Edge protection: Reinforced edge protection helps minimize damage to the coil edges during lifting, loading and unloading.
Steel strapping: Steel straps are used to secure the coil and maintain a stable package during transportation.
Wooden pallets or skids: Suitable pallets or skids can be used to facilitate forklift handling and loading.
Export packing: Packing arrangements can be customized for shipment, including coil orientation, spacing and securing requirements.

For larger or heavier 5052 aluminum coils, packing details can be confirmed before shipment based on coil dimensions, net weight, type and the customer's handling requirements.

Haomei 5052 Aluminum Coil Stock and Availability

Item	Thickness	Size	Form
5052 H32 Aluminum Coil – 0.02" x 36" x Coil	0.02 inches	36 x Coil	Coil
5052 H32 Aluminum Coil – 0.02" x 48" x Coil	0.02 inches	48 x Coil	Coil
5052 H32 Aluminum Coil – 0.025" x 36" x Coil	0.025 inches	36 x Coil	Coil
5052 H32 Aluminum Coil – 0.025" x 48" x Coil	0.025 inches	48 x Coil	Coil
5052 H32 Aluminum Coil – 0.032" x 36" x Coil	0.032 inches	36 x Coil	Coil
5052 H32 Aluminum Coil – 0.032" x 48" x Coil	0.032 inches	48 x Coil	Coil
5052 H32 Aluminum Coil – 0.040" x 36" x Coil	0.040 inches	36 x Coil	Coil
5052 H32 Aluminum Coil – 0.040" x 48" x Coil	0.040 inches	48 x Coil	Coil
5052 H32 Aluminum Coil – 0.040" x 60" x Coil	0.040 inches	60 x Coil	Coil
5052 H32 Aluminum Coil – 0.050" x 36" x Coil	0.050 inches	36 x Coil	Coil
5052 H32 Aluminum Coil – 0.050" x 48" x Coil	0.050 inches	48 x Coil	Coil
5052 H32 Aluminum Coil – 0.050" x 60" x Coil	0.050 inches	60 x Coil	Coil
5052 H32 Aluminum Coil – 0.063" x 36" x Coil	0.063 inches	36 x Coil	Coil
5052 H32 Aluminum Coil – 0.063" x 48" x Coil	0.063 inches	48 x Coil	Coil
5052 H32 Aluminum Coil – 0.063" x 60" x Coil	0.063 inches	60 x Coil	Coil
5052 H32 Aluminum Coil – 0.080" x 36" x Coil	0.080 inches	36 x Coil	Coil
5052 H32 Aluminum Coil – 0.080" x 48" x Coil	0.080 inches	48 x Coil	Coil
5052 H32 Aluminum Coil – 0.080" x 60" x Coil	0.080 inches	60 x Coil	Coil
5052 H32 Aluminum Coil – 0.080" x 72" x Coil	0.080 inches	72 x Coil	Coil
5052 H32 Aluminum Coil – 0.090" x 36" x 8	0.090 inches	36 x 8	Coil
5052 H32 Aluminum Coil – 0.090" x 48" x Coil	0.090 inches	48 x Coil	Coil
5052 H32 Aluminum Coil – 0.090" x 60" x Coil	0.090 inches	60 x Coil	Coil
5052 H32 Aluminum Coil – 0.090" x 72" x Coil	0.090 inches	72 x Coil	Coil
5052 H32 Aluminum Coil – 0.100" x 36"	0.100 inches	36	Coil
5052 H32 Aluminum Coil – 0.100" x 48" x Coil	0.100 inches	48 x Coil	Coil
5052 H32 Aluminum Coil – 0.100" x 60" x Coil	0.100 inches	60 x Coil	Coil
5052 H32 Aluminum Coil – 0.125" x 36" x Coil	0.125 inches	36 x Coil	Coil
5052 H32 Aluminum Coil – 0.125" x 48" x Coil	0.125 inches	48 x Coil	Coil
5052 H32 Aluminum Coil – 0.125" x 60" x Coil	0.125 inches	60 x Coil	Coil
5052 H32 Aluminum Coil – 0.125" x 72" x Coil	0.125 inches	72 x Coil	Coil
5052 H32 Aluminum Coil – 0.160" x 36" x Coil	0.160 inches	36 x Coil	Coil
5052 H32 Aluminum Coil – 0.160" x 48" x Coil	0.160 inches	48 x Coil	Coil
5052 H32 Aluminum Coil – 0.160" x 60" x Coil	0.160 inches	60 x Coil	Coil
5052 H32 Aluminum Coil – 0.160" x 72" x Coil	0.160 inches	72 x Coil	Coil
5052 H32 Aluminum Coil – 0.188" x 36" x Coil	0.188 inches	36 x Coil	Coil
5052 H32 Aluminum Coil – 0.188" x 48" x Coil	0.188 inches	48 x Coil	Coil
5052 H32 Aluminum Coil – 0.188" x 60" x Coil	0.188 inches	60 x Coil	Coil
5052 H32 Aluminum Coil – 0.188" x 72" x Coil	0.188 inches	72 x Coil	Coil
5052 H32 Aluminum Coil – 0.190" x 36" x Coil	0.190 inches	36 x Coil	Coil
5052 H32 Aluminum Coil – 0.190" x 48" x Coil	0.190 inches	48 x Coil	Coil
5052 H32 Aluminum Coil – 0.190" x 60" x Coil	0.190 inches	60 x Coil	Coil
5052 H32 Aluminum Coil – 0.190" x 72" x Coil	0.190 inches	72 x Coil	Coil
5052 H32 Aluminum Coil – 0.249" x 36" x Coil	0.249 inches	36 x Coil	Coil
5052 H32 Aluminum Coil – 0.249" x 48" x Coil	0.249 inches	48 x Coil	Coil
5052 H32 Aluminum Coil – 0.249" x 60" x Coil	0.249 inches	60 x Coil	Coil
5052 H32 Aluminum Coil – 0.249" x 72" x Coil	0.249 inches	72 x Coil	Coil

Chemical Properties of Aluminum Coil 5052

MG	CR	CU	FE	MN	SI	ZN
2.20-2.80%	0.15-0.35%	0.10%	0.40%	0.10%	0.25%	0.10%

Aluminum Coil 5052 Mechanical Properties

Temper	Specified Thickness(in)	Tensile Strength - KSI				Elongationin 2 inches %
		Ultimate		Yield
		Min	Max	Min	Max
H32	0.017 - 0.019	31	38	23	-	4
H32	0.020 - 0.050	31	38	23	-	5
H32	0.051 - 0.113	31	38	23	-	7
H32	0.114 - 0.250	31	38	23	-	9
H32	0.500 - 2.000	31	38	23	-	12
H34	0.009 - 0.019	34	41	26	-	3
H34	0.020 - 0.050	34	41	26	-	4
H34	0.051 - 0.113	34	41	26	-	6
H34	0.114 - 0.250	34	41	26	-	7
H36	0.006 - 0.007	37	44	29	-	2
H36	0.008 - 0.031	37	44	29	-	3
H36	0.032 - 0.162	37	44	29	-	4
H38	0.006 - 0.007	39	-	32	-	2
H38	0.008 - 0.031	39	-	32	-	3
H38	0.032 - 0.128	39	-	32	-	4
H391	0.008 - 0.125	42	-	35	-	3
O	0.006 - 0.007	25	31	9.5	-	-
O	0.008 - 0.012	25	31	9.5	-	14
O	0.013 - 0.019	25	31	9.5	-	15
O	0.020 - 0.031	25	31	9.5	-	16
O	0.032 - 0.050	25	31	9.5	-	18
O	0.051 - 0.113	25	31	9.5	-	19
O	0.114 - 0.250	25	31	9.5	-	20

How to Choose the Right 5052 Aluminum Coil

Start With the Application

Identify the environment, forming process, required strength, welding process and expected service life.

Select the Temper

Use O temper when forming is the priority. Use H tempers when additional strength and rigidity are required.

Select Thickness and Width

Thickness and width should be selected according to structural requirements, forming equipment and downstream processing.

Define Surface and Processing

Confirm mill finish, anodizing, coating, embossing, brushing, slitting or other required operations before quotation.

Why Source 5052 Aluminum Coil from Haomei?

Alloy & Temper Selection

Supply can be arranged according to the required 5052 alloy temper, thickness, width and downstream application.

Custom Slitting

Slit widths can be prepared to match the customer's processing equipment and production requirements.

Surface Options

Mill finish, coated, anodized, embossed, brushed and other suitable surface finishes can be supplied according to the intended application and processing requirements.

Export Packing

Export packing can be arranged according to coil dimensions, loading, destination handling and transportation conditions.

Technical Documents

Material specifications, inspection records and Mill Test Certificate documents can be supplied when required and matched to the actual order.

Worldwide Export Markets

5052 aluminum coil is supplied to customers across multiple overseas markets, including North America, Europe, Southeast Asia, the Middle East, South America and other regions.

Explore Different Aluminum Coil Grades

FAQ – 5052 Aluminum Coil

Is 5052 aluminum coil suitable for marine use?

Yes. 5052 aluminum coil offers good resistance to saltwater, moisture and humid environments, making it suitable for many marine-related applications. For higher-strength marine structures, 5083 aluminum may also be considered.

What is the difference between 5052-H32 and 5052-H34?

5052-H34 is strain-hardened to a higher strength level than 5052-H32. H32 generally provides a good balance of strength and formability, while H34 is selected when higher strength and rigidity are required.

Can 5052 aluminum coil be anodized?

Yes. 5052 aluminum can be anodized to improve corrosion resistance, surface hardness and wear resistance. For decorative applications, a sample is recommended because anodized appearance can vary with surface quality and processing conditions.

Can 5052 aluminum coil be welded?

Yes. 5052 aluminum is known for good weldability and is commonly used for welded tanks, marine components, vehicle panels and industrial fabrications. Welding procedures and filler selection should be confirmed according to the project requirements.

Is 5052 aluminum coil heat treatable?

No. 5052 is a non-heat-treatable aluminum alloy. Its strength is mainly increased through cold working or strain hardening. Common strain-hardened tempers include H32, H34, H36 and H38.

Can you supply PE-coated or PVDF-coated 5052 aluminum coil?

Yes. PE-coated and PVDF-coated 5052 aluminum coil can be supplied according to project requirements. When requesting a quotation, specify the color, gloss, coating thickness, coating system, protective film, substrate thickness and outdoor service conditions.

Can you provide Mill Test Certificates for 5052 aluminum coil?

Yes. Mill Test Certificates (MTC) or Certificates of Analysis (COA) can be supplied upon request when included in the order requirements. The required material standard, test items, certificate format and third-party inspection requirements should be confirmed before production or shipment.

Is 5052 aluminum used for can lids?

Certain 5xxx-series aluminum alloys are used in can-end and closure applications, but alloy and temper selection depends on the forming process, drawing depth, thickness, coating system and customer specification. Confirm the required alloy with the can-making process specification before ordering.

What is the difference between 5052 and 5083 aluminum?

5052 aluminum is commonly selected for its balance of corrosion resistance and formability. 5083 aluminum generally provides higher strength and is widely used for demanding structural and marine applications.

What thicknesses are available for 5052 aluminum coil?

Available thicknesses depend on the required alloy, temper, width and production specification. Listed H32 coil sizes range from approximately 0.020 to 0.249 inch, while broader product information indicates approximately 1/64 to 15/64 inch. Confirm exact thickness availability and tolerance before ordering.

What surface finishes are available for 5052 aluminum coil?

Depending on production capability and specification, 5052 aluminum coil can be supplied with mill finish, anodized, color coated, PVDF coated, PE coated, PVC protected, brushed, polished, mirror, stucco embossed, checkered, textured, perforated and wood-grain finishes.

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