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ENI-8-6060 industrial aluminum profile is a high-performance material designed for the industrial field. With its excellent performance and multifunctional, it meets extensive industrial application needs. This aluminum profile is made of high-strength aluminum alloy material. After precision processing, it ensures the accuracy of the size and the stability of the structure. It is an ideal choice for modern industrial automation and precision manufacturing.
In terms of surface treatment, the ENI-8-6060 aluminum profile has undergone an advanced anode oxidation technology to form a solid protective film. This layer of oxide not only significantly improves the corrosion resistance and weather resistance of the material, but also enhances its wear resistance and ensures the reliability and lasting aesthetics of long-term use. The anode oxidation treatment also allows the surface of the profile to present a variety of colors to meet different design and environmental requirements.
The dual-slot design of the ENI-8-6060 aluminum profile is another major feature, providing more connection options and higher assembly flexibility. This design enables the profile to quickly and simply combine with other accessories or profiles, which greatly simplifies the installation process and shorten the engineering cycle. Especially with the use of 3030 profiles, it can build a frame system with compact structure, high strength, and coordinated appearance, which is suitable for the support structure of various small equipment frameworks and precision instruments.
Lightweight is one of the significant advantages of 8-6060 aluminum profile. Due to the lightweight characteristics of aluminum materials, this kind of profile, while maintaining high intensity, reduces weight and reduces the burden on the overall structure. This makes ENI-8-6060 aluminum profiles particularly popular in industrial applications that need to reduce loads or improve mobility, such as automated equipment, mechanical frameworks, display racks, and workbenches.
The multifunctional and adaptability of the 8-6060 industrial aluminum profile has made it an ideal structural material choice in the industrial field. Whether in the rigorous industrial environment or applications that have high requirements for accuracy and beauty, ENI-8-6060 aluminum profiles can provide reliable and efficient solutions to meet the high standard requirements of modern industry's material performance.
| Model | Physical Drawing | Data Map | Unit Mass | Moment Of Inertia | Sectional Resistance Moment |
|---|---|---|---|---|---|
| E&I-8-6060 |
|
|
2.55kg/m | Ix:36.97cm4 Iy:36.97cm4 |
Wx:12.32cm3 Wy:12.32cm3 |
| E&I-10-6060A |
|
|
2.91kg/m | Ix:36.01cm4 Iy:36.01cm4 |
Wx:12.00cm3 Wy:12.00cm3 |
| E&I-10-6060W |
|
|
3.67kg/m | Ix:45.01cm4 Iy:45.01cm4 |
Wx:15.00cm3 Wy:15.00cm3 |
| E&I-8-60120 |
|
|
5.16kg/m | Ix:79.46cm4 Iy:265.39cm4 |
Wx:26.49cm3 Wy:44.23cm3 |
The ENI-8-6060 aluminum profile undergoes an advanced anode oxidation process. This creates a solid protective film that improves corrosion resistance, weather resistance, and wear resistance, while keeping a long-lasting aesthetic appeal.
The dual-slot design offers more connection possibilities and high assembly flexibility. It simplifies the installation process and shortens project schedules, making it easy to combine with accessories and other profiles like the 3030 series.
The lightweight property of aluminum allows the profile to remain high-strength while minimizing the total structure weight. This is critical for improving mobile features and reducing loads in automated equipment and workbenches.
These profiles are highly suitable for modern industrial automation, mechanical frameworks, automated equipment support structures, display racks, workbenches, and small precision instrument frames.
The unit mass varies based on the design specifications: the E&I-8-6060 has a unit mass of 2.55 kg/m, the E&I-10-6060A has 2.91 kg/m, and the E&I-10-6060W has 3.67 kg/m, allowing you to select the appropriate load weight profile for your project needs.
According to the technical data map, the E&I-8-60120 has a Moment of Inertia of Ix:79.46cm4 and Iy:265.39cm4, which provides enhanced stability and bending resistance for larger framework assemblies.
