1 / 2
| Model | Physical Drawing | Data Map | Unit Mass | Moment Of Inertia | Sectional Resistance Moment |
|---|---|---|---|---|---|
| E&I-8-8840R |  |
 |
3.77kg/m | Ix:84.76cm4 Iy:85.09cm4 |
Wx:21.19cm3 Wy:21.27cm3 |
| E&I-8-8080K |  |
 |
3.66kg/m | Ix:88.04cm4 Iy:88.04cm4 |
Wx:22.01cm3 Wy:22.01cm3 |
| E&I-8-8080T |  |
 |
3.99kg/m | Ix:104.32cm4 Iy:104.32cm4 |
Wx:26.08cm3 Wy:26.08cm3 |
| E&I-8-8080 |  |
 |
4.82kg/m | Ix:122.77cm4 Iy:118.8cm4 |
Wx:30.69cm3 Wy:29.7cm3 |
| E&I-8-8080W |  |
 |
5.66kg/m | Ix:147.13cm4 Iy:144.33cm4 |
Wx:36.78cm3 Wy:36.08cm3 |
| E&I-8-8080G |  |
 |
5.68kg/m | Ix:146.63cm4 Iy:154.96cm4 |
Wx:36.66cm3 Wy:38.74cm3 |
| E&I-10-8080H |  |
 |
4.25kg/m | Ix:109.92cm4 Iy:109.92cm4 |
Wx:27.48cm3 Wy:27.48cm3 |
| E&I-8-80120 |  |
 |
6.89kg/m | Ix:204.89cm4 Iy:443.57cm4 |
Wx:51.22cm3 Wy:73.93cm3 |
| E&I-8-80160 |  |
 |
9.09kg/m | Ix:238.24cm4 Iy:809.89cm4 |
Wx:59.56cm3 Wy:101.24cm3 |
| E&I-10-80160H |  |
 |
9.03kg/m | Ix:263.59cm4 Iy:918.18cm4 |
Wx:65.79cm3 Wy:114.77cm3 |
In the spatial planning of industrial plants, efficient management and regional isolation of large equipment have always been core issues in production safety. ENI-8-8080F heavy-duty aluminum profiles are used as fence posts and beams. When used with foot connectors, the overall structure can be firmly fixed on the ground. Even in the face of high-frequency vibration and heavy machinery environments, it can remain stable for a long time.
The fence unit adopts a modular sheet assembly design with a transparent acrylic plate embedded in the middle. This material can not only clearly show the production dynamics of adjacent areas, but also has good impact resistance, meeting the needs of "visual management". If you need to strengthen the anti-collision warning, you only need to paste reflective anti-collision strips on the surface of the acrylic plate to remind people and vehicles to avoid them in low-light environments.
Heavy-duty aluminum profiles fixed with foot connectors ensure long-term stability in high-vibration environments. The embedded transparent acrylic panel enables clear visibility of adjacent production zones while maintaining strong impact resistance.
In terms of connection method, the combination of 90-degree right-angle angle pieces and T-shaped bolts and nuts realizes fast and precise splicing between profiles. The frame construction can be completed without welding, greatly shortening the construction period.
In view of the dusty nature of the factory, the T-shaped notch is equipped with a flat seal to effectively block dust accumulation. With the special end cap at the profile cutout, daily cleaning only needs to be wiped to restore tidiness, reducing maintenance costs.
Standardized components reduce customization and processing links, simplifying the design process by more than 30%.
Modular structure supports later disassembly, modification and reorganization, with a reuse rate exceeding 80%.
Avoids the non-reusable defects of traditional welded fences and saves companies the cost of manual installation and design debugging.
They provide exceptional stability, structural integrity, and durability under high-frequency vibrations. Additionally, their modular design permits fast setup without welding, minimizing initial assembly costs and downtime.
Transparent acrylic plates enable efficient "visual management," letting plant operators safely monitor the production dynamics of adjacent zones while delivering substantial impact resistance to shield against workplace hazards.
Standardized parts such as 90-degree right-angle pieces, T-shaped bolts, and nuts make construction simple. This approach drops custom design steps by over 30% and keeps the build phase brief and highly organized.
The profile's T-shaped notches can be fitted with flat seals to block dust accumulation. End caps on the cutouts also block inner debris, leaving smooth surfaces that need only a simple wipe to keep clean.
Yes, the modular design yields a component reuse rate of over 80%. When factory layouts change, the entire fence structure can be easily dismantled, adjusted, and reassembled without wasting materials.
