Brief: In this video, we take a focused look at the specifications of the 7075 T651 Aluminum Plate and what they mean in practice for high-stress aerospace applications. You will see how its excellent weight-to-strength ratio makes it ideal for aircraft fittings, missile parts, and regulating valves, and learn about its mechanical properties, formability, and heat treatment processes.
Related Product Features:
Offers an excellent weight-to-strength ratio, ideal for highly stressed structural parts.
Known for its high toughness and strength, frequently used in aerospace and aviation.
Provides good formability in the annealed condition, with heat treatment options for enhanced strength.
Exhibits excellent low-temperature properties and electrical conductivity at 36% of copper.
Features high tensile strength (83,000 psi), shear strength (48,000 psi), and fatigue resistance.
Commonly applied in aircraft fittings, missile parts, regulating valves, and meter gears.
Suitable for use in commercial aircraft components and aerospace defense equipment.
Can be forged at temperatures between 700 and 900°F, followed by solution heat treatment.
Faqs:
What makes 7075 T651 Aluminum Plate suitable for aircraft fittings?
Its excellent weight-to-strength ratio and high toughness make it ideal for highly stressed structural parts in aerospace, such as aircraft fittings, missile components, and regulating valves.
How does the formability and heat treatment of 7075 aluminum work?
In the annealed condition, the plate can be formed and then heat-treated to achieve high strength. If forming is difficult, heating to 200-250°F can soften it, and forging requires temperatures of 700-900°F followed by solution heat treatment.
What are the key mechanical properties of 7075 aluminum alloy?
It has a tensile strength of 83,000 psi, shear strength of 48,000 psi, and excellent fatigue strength, along with good low-temperature performance and electrical conductivity at 36% that of copper.