5086 h116 Aluminum Plate Sheet

Standards: ASTM B209, AMS-QQ-A-250/7 Certification: ISO9001

5086 h116 aluminum plate sheet complies with industry standards and specifications, with a smooth surface and no defects at competitive prices.

1. When is 5086 H116 Aluminum Plate most Preferred?
2. Aluminum Plate 5086 H116 Specifications
3. 5086 H116 Aluminum Plate Mechanical Properties
4. Chemical Composition of 5086 Aluminum Plate
5. 5086 h116 Aluminum Plate Applications
6. 5086 h116 Aluminum Plate vs 5086 h111 Aluminum vs 5086 h32 Aluminum
7. 5086 Aluminum Weight per Plate
8. FAQs and solutions when Using 5086 H116 Aluminum Plate
9. 5086 H116 Aluminum Sheet Plate Hot Selling Sizes

5086 H116 aluminum plate is another variation of 5086 aluminum alloy but with different tempering characteristics. H116 is a specific temper condition achieved by a controlled annealing process followed by strain hardening.

In the H116 temper, the aluminum sheet is stabilized to improve its mechanical properties and enhance its corrosion resistance. Compared to the H111 temper, the H116 temper provides higher strength, making it suitable for applications requiring greater structural integrity.

5086-H116 Aluminum is 5086 aluminum in H116 condition. To achieve this state, the metal needs to be treated in any way necessary to produce a specific degree of intergranular and exfoliation corrosion.

5086 H116 aluminum plate is commonly used in marine and structural applications where strength, corrosion resistance and durability are critical. It is suitable for hulls, decks, superstructures, storage tanks, pressure vessels and other components requiring high strength and excellent resistance to salt water corrosion.

The H116 temper provides aluminum with improved mechanical properties, including higher tensile and yield strengths, compared to the H111 temper. This makes 5086 H116 suitable for applications requiring greater strength and structural integrity such as heavy duty marine environments, offshore structures and structural components in various industries.

Like other variants of 5086 aluminum, 5086 H116 can be machined, welded and formed to meet specific project requirements. It is available in various thicknesses, widths and lengths to meet different manufacturing needs.

When is 5086 H116 Aluminum Plate most Preferred?

When your application involves the following situations, you should choose 5086 H116 aluminum plate over other status options of 5086 aluminum plate, such as 5086 O, H112, H111, H321, H32, H36 and H38:

1. Ocean or Seawater Exposure

5086 H116 is designed for marine applications. If your project involves components exposed to salt water or corrosive marine environments, this condition is the best choice as it provides excellent corrosion resistance in such conditions.

2. Corrosion Resistance is Priority

5086 H116 is a great choice when corrosion resistance is a primary concern and you need a good balance between strength and corrosion resistance. It has excellent resistance to pitting, crevice corrosion and general corrosion, making it ideal for marine and offshore applications.

3. Structural Components

If your project requires structural components that need to withstand moderate to high loads, 5086 H116 can provide the necessary strength without compromising corrosion resistance. It is commonly used in shipbuilding, hulls and other structural elements.

4. The Project has Welding Requirements

If you plan to weld aluminum panels for your project, 5086 H116 is a suitable choice. It has excellent weldability and retains its corrosion resistance after welding, which is critical to maintaining the integrity of marine structures.

5. A Certain Degree of Formability is Required

While not as formable as the fully annealed 5086 O temper, 5086 H116 still offers a moderate level of formability. If your project requires some level of shaping or forming, this temper can accommodate those needs.

In summary, when your project involves a marine or saltwater environment and requires a combination of excellent corrosion resistance and good strength, choose 5086 H116 aluminum plate over other tempering options. It is the first choice for shipbuilding, hulls, offshore structures and any application where corrosion resistance is a priority.

Aluminum Plate 5086 H116 Specifications

5086 H116 Aluminum Plate Mechanical Properties

Chemical Composition of 5086 Aluminum Plate

5086 h116 Aluminum Plate Applications

5086 H116 Aluminum Sheet is commonly used in a variety of applications where strength, corrosion resistance, and durability are required. Some typical applications include:

These applications highlight the versatility of 5086 H116 aluminum in the marine, offshore, transportation, construction, and other industries. Specific applications and design considerations may vary and it is recommended that an engineer or industry expert be consulted to determine the best use of 5086 H116 aluminum for a particular project.

5086 h116 Aluminum Plate vs 5086 h111 Aluminum vs 5086 h32 Aluminum

1. Mechanical Properties

• 5086 H116: Higher tensile strength and yield strength compared to 5086 H111 and 5086 H32.
• 5086 H111: Lower tensile strength and yield strength compared to 5086 H116 and 5086 H32.
• 5086 H32: Lower tensile strength and yield strength compared to 5086 H116 and 5086 H111.

2. Corrosion Resistance

5086 H116, 5086 H111, and 5086 H32 all exhibit excellent corrosion resistance, particularly in marine environments.

3. Applications

• 5086 H116, 5086 H111, and 5086 H32 can be used in marine applications, boat hulls, decks, superstructures, structural components, and automotive parts.
• 5086 H116 is also suitable for offshore structures, tankers, pressure vessels, and applications requiring higher strength.
• 5086 H32 is commonly used in general-purpose applications, marine components, architectural purposes, storage tanks, and structural applications.

5086 H116 aluminum offers the highest strength in the three tempers, making it suitable for applications requiring enhanced structural integrity.

5086 H111 Aluminum offers a balance of strength and formability and is commonly used in marine and structural applications.

5086 H32 aluminum has moderate strength and good formability, making it suitable for general-purpose applications where corrosion resistance is important. The specific choice of these tempering conditions depends on the specific application requirements and the desired balance between strength, formability, and corrosion resistance.

5086 Aluminum Weight per Plate

FAQs and solutions when Using 5086 H116 Aluminum Plate

Here are common problems that can arise when using 5086 H116 aluminum sheets and possible solutions:

1. Corrosion in the Marine Environment

Problem: 5086 H116 aluminum plates are susceptible to corrosion in marine environments, especially when exposed to salt water.

Solution: If corrosion resistance is critical, apply a protective coating, use a sacrificial anode, or choose a higher grade alloy such as 5083 or 5456.

2. Welding Cracks

Problem: If 5086 H116 is welded incorrectly, it can cause cracking issues.

Solution: Use proper welding techniques, preheat when necessary, select compatible filler materials, and control heat input to minimize the risk of cracking.

3. Heat Affected Zone (HAZ) Weaknesses

Problem: The mechanical properties of the heat-affected zone near the weld may be reduced.

Solution: Use post-weld heat treatment if necessary and ensure proper welding procedures to minimize heat-affected zone weakening.

4. Surface Defects

Problem: Surface imperfections such as scratches, dents, or gouges can affect corrosion resistance.

Solution: Handle materials carefully, protect them during storage and transportation, and repair or replace damaged parts if necessary.

5. Formability Limitations

Problem: 5086 H116 has moderate formability and may not be suitable for highly complex or deep drawing applications.

Solution: If high volume forming is required, select a different aluminum alloy or temper, or consider pre-stretching the material to improve formability.

6. Galvanic Corrosion

Problem: Using incompatible fasteners or joint materials can lead to galvanic corrosion.

Solution: Choose materials that are compatible with aluminum to prevent galvanic corrosion and use barrier materials or coatings if necessary.

7. Improper Cleaning and Maintenance

Problem: Failure to properly clean and rinse aluminum can cause salt residue to build up after exposure to corrosive environments.

Solution: Regularly clean and flush aluminum parts exposed to salt water and perform routine maintenance to eliminate corrosion.

8. Improper Storage

Problem: Storing 5086 H116 aluminum panels in corrosive or high-humidity environments without adequate protection may cause surface corrosion.

Solution: Store materials in a dry, well-ventilated area and use appropriate covers or packaging to protect them from environmental factors.

9. Overload

Problem: Using materials that exceed their specified mechanical properties may result in structural failure.

Solution: Follow the recommended load limits and safety factors when designing and using 5086 H116 components.

10. Insufficient Surface Protection

Problem: Certain applications may require additional surface protection such as coating or anodizing to enhance corrosion resistance.

Solution: Apply an appropriate protective coating or treatment based on the specific application and environmental conditions.

To avoid these common problems, it is important to follow best practices for handling, welding, and maintaining 5086 H116 aluminum panels, and consult with a materials expert or engineer when necessary to address specific challenges in your project.

5086 H116 Aluminum Sheet Plate Hot Selling Sizes

• 5086 Aluminum Plate Sheet

  5086 aluminum is not strengthened by heat treatment, but rather becomes stronger by strain hardening or cold machining of the material. 5086 aluminum sheet is commonly used in marine, cryogenic, pipeline, military, chemical and gas/oil/petroleum applications.

• 5086 h32 Aluminum Plate Sheet

  5086-H32 Aluminum is 5086 aluminum in the H32 condition. To achieve this state, the metal is strain-hardened and then stabilized to about one-fourth the strength between annealed (O) and fully hard (H38).

• 5086 h111 Aluminum Plate Sheet

  5086 h111 Aluminum Plate Sheet conforms to industry standards and specifications, the material has a consistent thickness, stable performance, smooth surface, and no defects such as cracks, voids, or impurities.

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