Why choose Chalco 6010-T4 automobile aluminum profile?
Chalco production capacity
Chalco Aluminum has an aluminum alloy profile extrusion production line, and can produce seamed aluminum tubes and seamless aluminum tubes at the same time, which can meet the production requirements of various automotive profiles.
Automotive IATF16949 standard
Chalco Aluminum has passed the requirements of the automotive IATF16949 standard audited by BSI (British Standards Institution), providing quality compliance for continuously expanding the automotive product market and achieving high-quality development.
Well-known brand material certifications
Serving Tesla, Ford, Shanghai Automobile, Weilai Automobile, BAIC New Energy, Changan Automobile and other famous new energy automobile manufacturers, confirmed the material certification relationship, and completed the parts of many automobile factories such as BAIC New Energy and Weilai Automobile Model car plate material certification.
Specs of 6010-T4 automobile aluminum profile
| Alloy | Profile name | Sectional shape | Sectional size（mm） |
| 6010-T4 | Angle aluminum | Right angle | 10×10-100×100 |
| 6010-T4 | Square | Tube square | 10×10-150×150 |
| 6010-T4 | round tube | round | Φ10-Φ150 |
| 6010-T4 | Hex | Tube hex | 10-100 |
| 6010-T4 | U-groove | U-shaped | 10×10-100×100 |
| 6010-T4 | T-slot | T-shaped | 10×10-100×100 |
| 6010-T4 | I-beam | I-beam | 20×20-200×200 |
| 6010-T4 | H Beam H Shape | H Shape | 50×50-500×300 |
Chemical composition of 6010-t4 automobile aluminum profile
| Element | |
| （Al） | 97.80% |
| （Mg） | 0.6-1.1% |
| （Si） | 0.50-0.9% |
| （Fe） | 0.35% |
| （Mn） | 0.2-0.5% |
| （Ti） | 0.10% |
| （V） | 0.05% |
Mechanical property of 6010-T4 automobile aluminum profile
| Alloy | Temper | Tensile strength（MPa） | Yield strength（MPa） | Elongation（%） |
| 6010 | T4 | 250 | 145 | 12 |
| 6010 | T6 | 280 | 240 | 8 |
Features of 6010 T4 automobile aluminum profile
Lightweight and high strength: compared with steel, aluminum alloy materials have lighter weight and higher strength, which can reduce the overall weight of the car, improve fuel efficiency and reduce emissions.
Good formability: 6010 aluminum alloy has excellent machinability and formability, and can be bent, press-formed and other processing according to needs, which is convenient for manufacturing parts with complex shapes.
Good corrosion resistance: aluminum alloy materials form a dense oxide film in the air, which can effectively prevent corrosion and oxidation of the aluminum surface and improve the durability and stability of parts.
High reliability: 6010 aluminum alloy material has good fatigue strength and crack resistance, and can withstand long-term dynamic load and vibration, ensuring the reliability and safety of parts.
Environmental protection: compared with steel materials, the production process of aluminum alloy materials can reduce energy consumption and carbon dioxide emissions, which meets environmental protection requirements.
Usage of 6010 T4 automobile aluminum profile
Body: the use of 6010 aluminum profiles can reduce the weight of the car, improve the fuel economy and performance of the vehicle, and has good corrosion resistance and wear resistance, which can improve the service life and safety of the car.
Chassis: 6010 aluminum alloy has excellent strength and machinability, and can be used to manufacture chassis components, such as brackets, shock absorbers, suspension systems, etc.
Wheels: using 6010 aluminum alloy to make wheels can reduce the weight of the hub, improve the durability and performance of the hub, and have good corrosion resistance.
Other components: 6010 aluminum profiles can also be used to manufacture other auto parts, such as doors, windows, roofs, etc.
Precautions for using 6010 T4 automobile aluminum profile
Protect the surface of the aluminum material: the aluminum alloy material is sensitive to oxidation, and the surface of the aluminum material needs to be cleaned, treated, and protected before use to avoid oxidation and corrosion of the material surface.
Choose the appropriate processing method: 6010 aluminum profiles have good processing performance, but it is necessary to select the appropriate processing method according to the specific situation to avoid problems such as deformation, cracks, and deterioration of parts caused by improper processing.
Maintain material strength: when using 6010 aluminum profiles, it is necessary to control the temperature of the material to avoid the decrease of material strength due to excessive temperature, which will affect the service life and safety of parts.
Pay attention to the installation method: when installing 6010 aluminum profiles, it is necessary to choose an appropriate installation method according to the design requirements to ensure the stability and safety of the parts.
Pay attention to storage and transportation: when storing and transporting 6010 aluminum profiles, it is necessary to pay attention to moisture-proof, shock-proof, anti-collision, sun-proof and other measures to avoid damage and deformation of the aluminum surface.
