7075 Aerospace Aluminum Plate Sheet

Status : T6/T7 Certification :ISO 9001

7075 Aerospace Aluminum Plate Sheets meet stringent performance specifications for strength, durability, and are tested to ensure they comply with AMS, AS9100, NADCAP, and more.

Table of Contents
  1. What is Aircraft Grade Aluminum 7075?
  2. 7075 Aerospace Aluminum Plate Specifications
  3. 7 Notes on Using 7075 Aerospace Aluminum Plate
  4. 7075 Aluminum Plate Sheet for Aircraft
  5. Aircraft Grade Aluminum Plate Sheet 7075 for Sale
    1. 7075 O Aerospace Aluminum Plate
    2. 7075 T6 Aerospace Aluminum Plate
    3. 7075-T73 Aerospace Aluminum Plate
    4. 7075 T7351 Aerospace Aluminum Plate
    5. 7075-T73511 Aerospace Aluminum Plate
    6. 7075-T76 Aerospace Aluminum Plate
    7. 7075-T7651 Aerospace Aluminum Plate
    8. 7075-T76511 Aerospace Aluminum Plate
  6. Aircraft Grade Aluminum 7075 Supplier

What is Aircraft Grade Aluminum 7075?

Aviation-grade aluminum 7075 is a high-strength aluminum alloy, commonly used is 7075-T6 aluminum, T6 refers to its tempering, or the state of the material after heat treatment and cooling. In addition to its use in aerospace, 7075 aluminum is commonly used in other high-stress applications.

Aircraft Grade Aluminum 7075

7075 Aluminum is mainly composed of zinc with small amounts of magnesium, copper and chromium. Its high strength-to-weight ratio, excellent fatigue strength and good machinability make it a popular choice for aircraft structural components such as fuselage frames, spars and landing gear components.

7075 Aerospace Aluminum Plate Specifications

7075 aerospace aluminum plate is a high-strength aluminum alloy commonly used in aircraft and aerospace applications. Here are some typical specifications for 7075 aluminum plate :

  • Thickness : 0.25 - 6 inches (6.35-152.4 mm)
  • Width : up to 60 inches (1524 mm)
  • Length : up to 144 inches (3657.6 mm)
  • Elongation : 6% to 11%

Common Thicknesses

Aerospace Aluminum Plate Thickness (in inches)
7075 Aerospace Aluminum Plate 0.032
7075 Aerospace Aluminum Plate 0.04
7075 Aerospace Aluminum Plate 0.05
7075 Aerospace Aluminum Plate 0.063
7075 Aerospace Aluminum Plate 0.08
7075 Aerospace Aluminum Plate 0.09
7075 Aerospace Aluminum Plate 0.125
7075 Aerospace Aluminum Plate 0.16
7075 Aerospace Aluminum Plate 0.19
7075 Aerospace Aluminum Plate 0.25
7075 Aerospace Aluminum Plate 0.312
7075 Aerospace Aluminum Plate 0.375
7075 Aerospace Aluminum Plate 0.5
7075 Aerospace Aluminum Plate 0.625
7075 Aerospace Aluminum Plate 0.75
7075 Aerospace Aluminum Plate 1
7075 Aerospace Aluminum Plate 1.25

Common Sizes

Aerospace Aluminum Plate Sizes
7075 Aerospace Aluminum Plate 48 x 144 inches
7075 Aerospace Aluminum Plate 48 x 96 inches
7075 Aerospace Aluminum Plate 36 x 96 inches
7075 Aerospace Aluminum Plate 36 x 72 inches
7075 Aerospace Aluminum Plate 24 x 48 inches
7075 Aerospace Aluminum Plate Custom Cut Sizes

Note that these specifications can vary depending on the manufacturer and specific application requirements. It is important to consult the manufacturer's specifications and standards to ensure that the 7075 aluminum plate meets the necessary requirements for its intended use.

7 Notes on Using 7075 Aerospace Aluminum Plate

1. High Strength, Low Toughness

7075 aluminum alloy is known for its high strength, but it has relatively low toughness compared to some other aluminum alloys. This means it can be susceptible to cracking or fracture in applications where impact resistance is critical. Careful design and analysis are required to ensure that the alloy's high strength is effectively utilized without compromising safety.

2. Machinability

While 7075 aluminum is highly valued for its strength, it can be more challenging to machine compared to other aluminum alloys. It can quickly dull cutting tools and requires specific techniques and tooling to achieve desired shapes and tolerances. Proper lubrication and cooling are essential during machining to prevent overheating.

3. Weldability

7075 aluminum alloy is generally considered difficult to weld. Its high zinc content can lead to cracking during welding, particularly in applications that require high-strength welds. Welding 7075 typically requires specialized techniques and may involve preheating and post-weld heat treatment to reduce the risk of cracking.

4. Corrosion Resistance

While 7075 aluminum has good corrosion resistance in many environments, it is not as corrosion-resistant as some other aluminum alloys, such as 6061. Proper surface treatments, coatings, and corrosion prevention measures are essential in applications where exposure to harsh conditions or moisture is a concern.

5. Material Cost

7075 aluminum is one of the more expensive aluminum alloys due to its high zinc content, which contributes to its strength. The cost of raw material can be a significant factor in the overall project budget.

6. Surface Finish and Appearance

Achieving a smooth and aesthetically pleasing surface finish on 7075 aluminum can be challenging due to its hardness. Specialized polishing and finishing processes may be required to meet cosmetic requirements.

7. Fatigue Resistance

While 7075 aluminum has excellent strength properties, it can be sensitive to fatigue failure, particularly when exposed to cyclic loading. Proper design, stress analysis, and inspections are crucial to manage fatigue concerns.

7075 Aluminum Plate Sheet for Aircraft

7075-T7351 Wing Skins
7075-T73511, 7075-T76511 Fuselage Frames
7075-T73511, 7075-T76511 Tailcone Components
7075-T73 Door Components
7075-T7351, 7075-T7651 Vertical Tail Ribs and Spars
7075-T7351, 7075-T7651 Horizontal Tail Fittings
7075-O, 7075-T6 Fuselage Stringer
7075-T73511, 7075-T76511 Fuselage Frames
7075-O, 7075-T76 Fuselage Brackets
7075-T73 Door Components
7075-T73, 7075-T76 Seat Pans

7075 Aluminum Plate Sheet for Aircraft

Aircraft Grade Aluminum Plate Sheet 7075 for Sale

7075 O Aerospace Aluminum Plate

  • The original state of 7075 O without heat treatment has lower strength and hardness, but good machinability and formability.
  • Sheets in the 7075-O state have lower strength and hardness, but good machinability and formability.
  • 7075 O Aerospace Aluminum Plate is usually used in applications that require better formability, such as fuselage stringers, fuselage brackets, etc.

7075 T6 Aerospace Aluminum Plate

  • 7075 T6, in its heat-treated and artificially-aged condition, is one of the most commonly used.
  • Plates in the 7075-T6 temper have high strength and hardness.
  • 7075 T6 Aerospace Aluminum Plate is usually used for structural parts, supports, connections, etc. that require high strength and rigidity, such as fuselage stringers.

7075 T6 Aerospace Aluminum Plate

7075-T73 Aerospace Aluminum Plate

  • 7075-T73 aluminum plate is a heat treatable alloy after solution treatment and artificial aging treatment. The T73 temper involves a stress relief treatment which increases its resistance to stress corrosion cracking.
  • 7075-T73 has high tensile strength and hardness, but lower flexural properties relative to the T6 temper. Provides a balance of strength and toughness with good resistance to stress corrosion cracking
  • 7075-T73 Aerospace Aluminum Plate is usually used for large molds and models that require high strength and hardness. Such as wing skin, fuselage frame, tail cone assembly, door assembly, vertical tail ribs and spars, horizontal tail accessories, fuselage frame, door assembly, seat cushion.

7075 T7351 Aerospace Aluminum Plate

  • The 7075-T7351 aluminum plate is also a heat treatable alloy that has undergone a solution treatment and then undergoes a stress relief treatment. However, it also undergoes an additional overaging step to achieve its T7351 status. This results in higher strength and hardness, and improved stress corrosion resistance compared to the T73 temper.
  • 7075-T7351 offers higher strength and hardness and better resistance to stress corrosion.
  • 7075 T7351 Aerospace Aluminum Plate can be used in applications requiring high tensile and compressive strength, such as wing skins, fuselage frames, tail cone assemblies, vertical tail ribs and spars, horizontal tail fittings, fuselage frames, etc.

7075-T73511 Aerospace Aluminum Plate

  • 7075-T73511 is similar to T7351, but higher pressure is applied during heat treatment,
  • 7075-T73511 has higher strength and tensile properties.
  • 7075-T73511 Aerospace Aluminum Plate is typically used in applications requiring higher strength and wear resistance. Fuselage frame, tail cone assembly, fuselage frame.

7075-T73511 Aerospace Aluminum Plate

7075-T76 Aerospace Aluminum Plate

  • The plate in 7075-T76 state has been heat-treated and artificially aged.
  • 7075-T76 has high strength and hardness, but has lower bending properties relative to the T6 temper.
  • 7075-T76 Aerospace Aluminum Plate is usually used for structural parts, supports, connectors, etc. that require high strength and rigidity. Such as fuselage frame, tail cone assembly, vertical tail ribs and spars, horizontal tail accessories, fuselage frame, fuselage bracket, seat cushion, etc.

7075-T7651 Aerospace Aluminum Plate

  • Plates in the 7075-T7651 condition are heat treated and aged.
  • 7075-T7651 has high tensile strength and hardness.
  • 7075-T7651 Aerospace Aluminum Plate can be used in applications requiring high tensile and compressive strength, such as internal components, etc. Fuselage frame, tail cone assembly, vertical tail ribs and spars, horizontal tail fittings, fuselage frame.

7075-T76511 Aerospace Aluminum Plate

  • Plates in the 7075-T76511 temper are similar to the T7651 temper, but with higher pressure applied during heat treatment.
  • 7075-T76511 therefore has higher strength and tensile properties.
  • 7075-T76511 Aerospace Aluminum Plate is generally used in applications requiring higher strength and wear resistance, fuselage frame, tail cone assembly.

Aircraft Grade Aluminum 7075 Supplier

Haomei Aluminum is a professional aviation sheet supplier, able to provide high quality aviation aluminum sheet.

  • Manufacturer qualification and certification : We have relevant certification and qualification manufacturers, such as ISO certification, aviation certification, etc., to ensure that the production process meets the standards and requirements, and the quality of the products is guaranteed.
  • Production capacity and equipment : Manufacturers with modern production equipment and complete production lines ensure the accuracy and consistency of the production process and improve product quality and performance.
  • Price and delivery time : Manufacturers who provide reasonable prices and on-time delivery can help you better plan production plans and control costs.
  • Service and Support : Provide high-quality pre-sales and after-sales services to ensure timely resolution of problems in the production process to ensure product quality and customer satisfaction.

Aircraft Grade Aluminum 7075 Supplier

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