7075 Aluminum Bar High Strength for Aerospace Engineering
Product Overview
7075 aluminum bar is developed for aerospace engineering, high-load industrial equipment, defense systems, and precision mechanical structures requiring high tensile strength. The alloy provides excellent strength-to-weight ratio and stable mechanical properties.
Engineering Requirements
Heavy-load engineering applications require:
- High structural strength
- Lightweight materials
- Stable machining performance
Solution Benefits
7075 aluminum bars provide:
- High hardness
- Strong tensile strength
- Reliable machining capability
- Lightweight structural support
Technical Specifications
| Item |
Specification |
| Alloy |
7075-T651 |
| Diameter |
10-250 mm |
| Surface |
Mill Finish |
| Standard |
ASTM B211 |
| Tensile Strength |
≥510 MPa |
Applications
- Aerospace structures
- Aircraft fittings
- High-load shafts
- Precision tooling
How It Works
Zinc alloy elements improve hardness and strength after heat treatment processing.
Selection Guidelines
- Use 7075 for high-strength projects
- Choose T651 for machining stability
Frequently Asked Questions
Is 7075 stronger than 6061?
Yes. 7075 provides higher tensile strength.
Is it suitable for aerospace?
Yes. It is widely used in aircraft structures.
Can it be CNC machined?
Yes. Precision machining is supported.
2024 Aluminum Bar Aerospace Grade for Structural Components
Product Overview
2024 aluminum bar is commonly used in aerospace structures, aircraft engineering, and high-fatigue industrial components. The alloy provides reliable fatigue resistance and lightweight structural performance.
Engineering Requirements
Aerospace structures require:
- Lightweight materials
- Fatigue resistance
- Precision machining capability
Solution Benefits
2024 aluminum bars provide:
- Stable structural performance
- Good fatigue resistance
- Reliable machining properties
Technical Specifications
| Item |
Specification |
| Alloy |
2024-T4 |
| Diameter |
10-180 mm |
| Surface |
Mill Finish |
| Standard |
AMS / ASTM |
Applications
- Aircraft structures
- Aerospace fittings
- Mechanical engineering
- Industrial assemblies
How It Works
Copper alloy composition improves fatigue resistance for structural applications.
Selection Guidelines
- Choose 2024 for aerospace applications
- Use surface treatment for corrosion protection
Frequently Asked Questions
Is 2024 aluminum suitable for aircraft?
Yes. It is widely used in aerospace engineering.
Does it support CNC machining?
Yes. Precision machining is supported.
Is it corrosion resistant?
Moderate corrosion resistance; surface treatment is recommended.