| Model | Physical Drawing | Data Map | Unit Mass | Moment Of Inertia | Sectional Resistance Moment |
|---|---|---|---|---|---|
| E&I-6-4040 | ![]() |
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1.25kg/m | Ix:8.65cm4 Iy:8.65cm4 | Wx:4.33cm3 Wy:4.33cm3 |
| E&I-8-4040F | ![]() |
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1.81kg/m | Ix:11.23cm4 Iy:11.23cm4 | Wx:5.62cm3 Wy:5.62cm3 |
| E&I-8-4040GG | ![]() |
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1.32kg/m | Ix:7.73cm4 Iy:7.73cm4 | Wx:3.87cm3 Wy:3.87cm3 |
| E&I-8-4040T | ![]() |
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0.89kg/m | Ix:5.09cm4 Iy:5.09cm4 | Wx:2.55cm3 Wy:2.55cm3 |
| E&I-8-4040LC | ![]() |
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1.13kg/m | Ix:6.37cm4 Iy:6.37cm4 | Wx:3.18cm3 Wy:3.18cm3 |
| E&I-8-4040W | ![]() |
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1.33kg/m | Ix:7.82cm4 Iy:7.82cm4 | Wx:3.91cm3 Wy:3.91cm3 |
| E&I-8-4040B | ![]() |
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1.64kg/m | Ix:8.65cm4 Iy:8.65cm4 | Wx:4.33cm3 Wy:4.33cm3 |
| E&I-8-4040LD | ![]() |
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1.05kg/m | Ix:6.21cm4 Iy:6.21cm4 | Wx:3.11cm3 Wy:3.11cm3 |
| E&I-8-4040C | ![]() |
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1.29kg/m | Ix:7.32cm4 Iy:7.32cm4 | Wx:3.66cm3 Wy:3.66cm3 |
| E&I-8-4040D | ![]() |
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1.85kg/m | Ix:9.98cm4 Iy:9.98cm4 | Wx:4.99cm3 Wy:4.99cm3 |
| E&I-8-4040E | ![]() |
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1.67kg/m | Ix:8.96cm4 Iy:8.96cm4 | Wx:4.48cm3 Wy:4.48cm3 |
| E&I-8-4040EE | ![]() |
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1.65kg/m | Ix:8.63cm4 Iy:8.96cm4 | Wx:4.32cm3 Wy:4.48cm3 |
| E&I-10-4040H | ![]() |
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1.51kg/m | Ix:8.65cm4 Iy:8.65cm4 | Wx:4.33cm3 Wy:4.33cm3 |
| E&I-8-4040R | ![]() |
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1.50kg/m | Ix:7.10cm4 Iy:7.10cm4 | Wx:3.55cm3 Wy:3.55cm3 |
| E&I-10-4060H | ![]() |
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2.27kg/m | Ix:13.33cm4 Iy:27.69cm4 | Wx:6.67cm3 Wy:9.23cm3 |
| E&I-8-4080GA | ![]() |
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2.31kg/m | Ix:14.41cm4 Iy:54.58cm4 | Wx:7.21cm3 Wy:13.65cm3 |
| E&I-8-4080C | ![]() |
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2.22kg/m | Ix:13.72cm4 Iy:52.30cm4 | Wx:6.86cm3 Wy:13.08cm3 |
| E&I-8-4080M | ![]() |
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2.28kg/m | Ix:13.99cm4 Iy:52.91cm4 | Wx:7.00cm3 Wy:13.23cm3 |
| E&I-8-4080F | ![]() |
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3.30kg/m | Ix:19.66cm4 Iy:79.30cm4 | Wx:9.83cm3 Wy:19.83cm3 |
| E&I-10-4080H | ![]() |
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2.64kg/m | Ix:16.14cm4 Iy:61.71cm4 | Wx:8.07cm3 Wy:15.43cm3 |
| E&I-8-4080 | ![]() |
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2.94kg/m | Ix:16.48cm4 Iy:65.91cm4 | Wx:8.24cm3 Wy:16.48cm3 |
| E&I-8-4080I | ![]() |
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3.26kg/m | Ix:19.11cm4 Iy:73.31cm4 | Wx:9.56cm3 Wy:18.33cm3 |
| E&I-8-40120 | ![]() |
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4.28kg/m | Ix:25.52cm4 Iy:219.79cm4 | Wx:12.76cm3 Wy:36.63cm3 |
| E&I-8-40120E | ![]() |
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4.65kg/m | Ix:25.96cm4 Iy:238.31cm4 | Wx:12.98cm3 Wy:39.71cm3 |
| E&I-8-40160 | ![]() |
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6.23kg/m | Ix:39.83cm4 Iy:559.92cm4 | Wx:19.92cm3 Wy:69.99cm3 |
| E&I-8-40160B | ![]() |
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5.24kg/m | Ix:31.92cm4 Iy:457.75cm4 | Wx:15.96cm3 Wy:57.22cm3 |
In the field of industrial manufacturing, ENI-8-4040E-T aluminum profiles are often used in frame combinations with high stress, high strength, and high support requirements. They are also widely used in special fields such as automobiles, factory automation, and industrial module structures. When it transforms into the columns and load-bearing beams of a small equipment frame, it can steadily lift the core components of the equipment and lay a solid foundation for the stable operation of the equipment.
At the connection between the frame column and the load-bearing beam, hexagon socket bolts are used for cross-hole connection. The bolts are cleverly hidden in the profile grooves, which not only prevents exposed parts from affecting the overall appearance, but also greatly improves the connection strength through tight bite, adding to the stability of the equipment frame. The lower part of the frame is connected with corner pieces. This connection method is simple and direct, and can quickly complete the assembly of the bottom of the frame. It is also equipped with universal casters with brakes to make the frame both supportive and mobile. The operator only needs to lightly apply the brakes to fix the position of the frame, and push the casters to easily move the equipment, which greatly improves the flexibility of the equipment.
The two sides of the frame and the acrylic plates on the back are fixed by spaced connection blocks, which can effectively prevent dust from entering the inside of the equipment and clearly display the internal structure of the equipment; the top acrylic plate is fixed with semi-round head bolts and T-type nuts, making installation and disassembly quick and easy. In order to facilitate transportation, two black handles are installed with hexagon socket bolts on each side of the frame, integrating with the overall style. In addition, the installation of flat-sealed groove strips and end caps not only eliminates the roughness of the exposed grooves of the frame, further improving the aesthetics, but also effectively prevents dust and debris from entering the interior of the profile, extending the service life of the profile.
From the core load-bearing components to the subtle connection and protection designs, the small equipment frame built with ENI-8-4040E-T aluminum profiles perfectly balances practicality, aesthetics and economy. It is undoubtedly the ideal choice for building small equipment frames in the industrial field.
These profiles are highly suited for frames requiring high stress, strength, and support capacity, such as automotive frame structures, factory automation lines, and small equipment columns.
By hiding completely inside the profile grooves, they ensure a smooth, professional aesthetic while providing a tight, high-strength connection that improves structural stability.
Yes. The bottom of the frame can be configured with universal casters equipped with brakes, enabling both high mobility and stable, locked positioning.
Acrylic panels serve as enclosures that block dust and debris from entering the interior while allowing operators to inspect internal components clearly.
They eliminate the visual roughness of raw grooves and cover sharp ends, preventing dust buildup inside the aluminum structure and prolonging the frame's service life.