5005 H34 aluminum sheets are a popular aluminum-magnesium sheet product for architectural, decorative, fabrication, and general industrial applications. The 5005 alloy offers good corrosion resistance, good weldability, and an attractive surface finish. The H34 temper provides a useful balance between strength and formability.
For buyers, choosing the correct alloy and temper is important. A 5005 aluminum sheet is not the same as a 5005 H34 aluminum sheet. The H34 temper changes the mechanical properties and forming behavior of the material. This guide explains what 5005 H34 means, its properties, common uses, available sizes, and the difference between 5005 H14 and H34.
1. What Is 5005 H34 Aluminum?
5005 H34 aluminum is a non-heat-treatable aluminum-magnesium alloy in the 5xxx series. The alloy uses magnesium as its main alloying element and develops additional strength through cold working and stabilization.
The 5005 alloy is known for its good corrosion resistance and good surface appearance. It is especially suitable for applications where appearance matters as well as basic strength and durability. It can be anodized and is often selected for architectural and decorative aluminum products.
The H34 designation indicates a strain-hardened and stabilized condition. Compared with the soft O temper, H34 provides higher strength and better resistance to deformation while maintaining useful forming capability.
2. What Is 5005 Grade Aluminium?
5005 grade aluminium belongs to the 5000 series of wrought aluminum alloys. It is an aluminum-magnesium alloy designed for good corrosion resistance, moderate strength, and good fabrication performance.
Unlike 6000 series heat-treatable alloys, 5005 aluminum does not obtain its main strength from heat treatment. Its properties are mainly controlled by alloy composition and temper. This makes the temper designation particularly important when ordering 5005 aluminum sheet.
Specification | 5005 H34 Aluminum | Typical Characteristics |
Alloy series | 5000 series | Aluminum-magnesium alloy |
Heat treatment | Non-heat-treatable | Strength controlled by cold working and temper |
Temper | H34 | Strain hardened and stabilized |
Corrosion resistance | Good to excellent | Suitable for many indoor and outdoor environments |
Surface | Good appearance | Suitable for anodizing and decorative applications |
3. 5005 H34 Aluminum Sheet Properties
The main advantage of 5005 H34 aluminum sheets is their balance of strength, corrosion resistance, surface quality, and fabrication performance. The H34 temper gives the sheet more strength than annealed 5005 while retaining useful ductility for fabrication.
Property | 5005 H34 Characteristics | Application Benefit |
Strength | Higher than soft-temper 5005 | Better resistance to deformation |
Formability | Good, but lower than O temper | Suitable for bending and general fabrication |
Corrosion resistance | Good | Suitable for indoor and outdoor service |
Surface appearance | Good and suitable for finishing | Useful for decorative and architectural products |
Exact mechanical values depend on sheet thickness, applicable standard, and production condition. Buyers should confirm the required tensile strength, yield strength, elongation, and dimensional tolerances on the mill test certificate before ordering.
4. What Is H34 Aluminum?
H34 aluminum is a temper condition used for non-heat-treatable aluminum alloys. The H designation means the material is strain hardened. The second digit identifies the basic degree and processing condition of strain hardening and stabilization.
For 5005, H34 means the material has been strain hardened and stabilized to achieve a useful combination of strength and ductility. This makes 5005 H34 aluminum sheet different from soft O-temper material and different from harder tempers used when maximum strength is required.
In practical purchasing, the complete designation should be written as 5005-H34. Ordering only “5005 aluminum sheet” leaves the temper unspecified and may result in material with different mechanical properties from the project requirement.
5. What Is the Difference Between 5005 H14 and H34 Aluminum Sheet Plates?
5005 H14 aluminum and 5005 H34 aluminum can have similar general strength levels, but their temper designations describe different processing routes. H14 is strain hardened without the stabilization indicated by H34.
Feature | 5005 H14 | 5005 H34 |
Basic condition | Strain hardened | Strain hardened and stabilized |
Strength | Moderate | Moderate to higher, depending on thickness |
Stability | Standard H14 condition | Stabilized condition |
Typical selection | General sheet fabrication | Applications requiring a stabilized H34 temper |
The correct choice depends on the customer's drawing, forming process, mechanical requirements, and applicable material standard. H14 should not automatically be substituted for H34 simply because the nominal strength appears similar.
6. 5005 H34 Aluminum Uses
5005 aluminum uses are concentrated in applications that need good corrosion resistance, moderate strength, a clean surface, and good fabrication performance.
Application | Why 5005 H34 Is Used | Typical Product Form |
Architectural panels | Good appearance and corrosion resistance | Flat aluminum sheet |
Decorative panels | Suitable for surface finishing and anodizing | Sheet and cut panels |
Lighting components | Good surface quality and formability | Sheet or formed components |
Building trim | Lightweight and corrosion resistant | Custom-cut sheet |
General fabrication | Good balance of strength and workability | Sheet, plate, and cut parts |
7. 5005 Aluminum Sheet vs 5005 Aluminum Plate
The terms 5005 aluminum sheet and 5005 aluminum plate describe different thickness ranges rather than different alloy chemistries. Both products can use the same 5005 alloy and H34 temper when the required thickness and standard allow it.
For thinner material, buyers normally specify sheet. Thicker material may be sold as plate depending on the applicable standard and market convention. When requesting a quotation, always provide the exact thickness instead of relying only on the terms “sheet” or “plate.”
8. 5005 H34 Aluminum Sheet Sizes
5005 H34 aluminum sheets can be supplied in standard or customized dimensions. The most suitable size depends on the customer's fabrication equipment, nesting plan, final part dimensions, and shipping requirements.
Item | Typical Specification | Customization |
Alloy | 5005 | 5005 H34 to customer specification |
Temper | H34 | Other tempers available according to production capability |
Thickness | Project dependent | Custom thickness can be quoted |
Width and length | Standard mill dimensions | Custom width and length available by inquiry |
9. 5005 H34 Aluminum Sheet Surface Finish
Surface quality is one of the reasons buyers select 5005 aluminum. The alloy can provide an attractive appearance and is suitable for applications where the aluminum surface remains visible.
Depending on the final application, 5005 H34 sheets can be supplied with standard mill finish or prepared for further finishing processes. Anodizing is a common option for architectural applications because it can improve surface durability while maintaining the metallic appearance of aluminum.
If the surface will be anodized, the buyer should specify the required appearance and surface quality before production. This helps the manufacturer select suitable rolling and finishing conditions.
10. 5005 H34 vs 5005 H32 Aluminum
The search term 5005 h32 aluminium is closely related to 5005 H34 because both are non-heat-treatable tempers used when buyers need more strength than soft aluminum. However, H32 and H34 are not interchangeable designations.
H32 means strain hardened and stabilized to a quarter-hard condition, while H34 represents a higher degree of strain hardening and stabilization. Therefore, H34 generally provides higher strength and lower elongation than H32. The exact values depend on alloy, thickness, and the applicable specification.
If the engineering drawing specifies H34, the supplier should quote and certify H34 material rather than automatically substituting H32.
11. 5005 H34 Aluminum Sheet Price Factors
The price of 5005 H34 aluminum sheets depends on more than the alloy itself. Thickness, sheet dimensions, order quantity, surface requirements, packaging, certification, and delivery terms can all affect the final quotation.
Price Factor | Effect on Quotation |
Alloy and temper | 5005 H34 has different processing requirements from softer or harder tempers. |
Thickness | Different gauges require different rolling and processing conditions. |
Dimensions | Custom width and length may affect production yield and cutting cost. |
Quantity | Larger orders normally provide better production and logistics efficiency. |
Surface finish | Special surface requirements can increase processing costs. |
For an accurate quotation, provide the alloy, temper, thickness, width, length, quantity, surface requirement, destination, and preferred trade term. This gives the supplier enough information to calculate a practical export quotation.
12. How to Order 5005 H34 Aluminum Sheets
A clear RFQ helps avoid incorrect material quotations. Buyers should include the following information:
- Alloy: 5005
- Temper: H34
- Thickness: exact thickness in mm
- Width and length: standard or customized dimensions
- Quantity: kilograms, tonnes, or pieces
- Surface finish: mill finish or special requirement
- Application: architectural, decorative, fabrication, or other use
- Required standard and inspection documents
- Destination port and trade term such as FOB or CIF
13. Why Choose 5005 H34 Aluminum Sheets?
5005 H34 is a practical choice when a project needs more strength than soft aluminum while retaining the advantages of a 5xxx series alloy. Its combination of corrosion resistance, surface appearance, moderate strength, and fabrication performance makes it useful across architectural and industrial markets.
For buyers comparing different grades, the key is to match the alloy and temper with the actual application. 5005 H34 is particularly attractive when surface appearance and corrosion resistance are important, while alloys such as 5052 may be preferred when higher structural strength is required.
Frequently Asked Questions
What is 5005 H34?
5005 H34 is an aluminum-magnesium alloy in a strain-hardened and stabilized temper. It provides a balance of strength, corrosion resistance, formability, and surface appearance.
What is 5005 grade aluminium?
5005 grade aluminium is a non-heat-treatable aluminum-magnesium alloy from the 5000 series. It is commonly selected for architectural, decorative, and general fabrication applications.
What is H34 aluminum?
H34 is a temper designation for strain-hardened and stabilized non-heat-treatable aluminum. Compared with softer tempers, it provides higher strength while retaining useful ductility.
What is the difference between 5005 H14 and H34 aluminum sheet plates?
5005 H14 is strain hardened, while 5005 H34 is strain hardened and stabilized. H34 is generally selected when the stabilized temper and its corresponding mechanical properties are required. The correct choice should follow the project specification and applicable material standard.
Is 5005 H34 aluminum good for outdoor applications?
Yes. 5005 provides good corrosion resistance and is widely considered for outdoor architectural and decorative applications. The final suitability depends on the environment, surface treatment, thickness, and design requirements.
Is 5005 H34 stronger than 5005 H32?
Generally, H34 represents a higher degree of strain hardening than H32, so it normally provides higher strength and lower elongation. Exact properties depend on thickness and the applicable specification.
Request a 5005 H34 Aluminum Sheet Quote
Need 5005 H34 aluminum sheets for an architectural, decorative, or industrial project? Send us your required alloy, temper, thickness, width, length, quantity, surface finish, and destination. We can check available specifications and provide a quotation based on your project requirements.
