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ENI-8-3030ME Industrial Aluminum Profile is a high quality material designed for industrial automation and precision engineering applications. With its excellent strength and light weight, combined with high precision manufacturing process, this aluminum profile meets the stringent requirements for high performance aluminum materials in the engineering field.
Excellent corrosion & wear resistance, enhanced surface hardness — built for harsh industrial environments with long-lasting aesthetic appeal.
Precise consistency in size and shape — essential for automated assembly lines and precision machinery frames.
Reduces overall structural weight — improving transportation, installation and maintenance efficiency while lowering energy consumption.
Withstands heavy loads and repetitive mechanical stresses without losing structural integrity — ideal for machine building frames.
In conclusion, with its anodized surface, high strength, lightweight material properties, high precision and engineered aluminum materials, ENI-8-3030ME industrial aluminum profile is a reliable choice for automated assembly lines and precision engineering projects. It not only enhances the quality and performance of products, but also creates greater value for customers by optimizing the design and construction process.
| Model | Physical Drawing | Data Map | Unit Mass | Moment Of Inertia | Sectional Resistance Moment |
|---|---|---|---|---|---|
| E&I-8-3030 |  |
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0.88kg/m | Ix:2.8cm4 Iy:2.8cm4 | Wx:1.87cm3 Wy:1.87cm3 |
| E&I-8-3030F |  |
 |
0.9kg/m | Ix:2.9cm4 Iy:2.9cm4 | Wx:1.93cm3 Wy:1.93cm3 |
| E&I-8-3030A |  |
 |
0.78kg/m | Ix:2.47cm4 Iy:2.47cm4 | Wx:1.65cm3 Wy:1.65cm3 |
| E&I-8-3030ME |  |
 |
0.91kg/m | Ix:2.75cm4 Iy:3.11cm4 | Wx:1.83cm3 Wy:2.07cm3 |
| E&I-8-3030M |  |
 |
0.9kg/m | Ix:3.0cm4 Iy:3.0cm4 | Wx:2.00cm3 Wy:2.00cm3 |
| ENI-6-3030G |  |
 |
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| E&I-8-3030R |  |
 |
0.88kg/m | Ix:2.56cm4 Iy:2.56cm4 | Wx:1.71cm3 Wy:1.71cm3 |
| E&I-8-3040 |  |
 |
1.42kg/m | Ix:6.80cm4 Iy:7.99cm4 | Wx:3.4cm3 Wy:5.33cm3 |
| E&I-8-3060 |  |
 |
1.61kg/m | Ix:5.36cm4 Iy:20.28cm4 | Wx:3.57cm3 Wy:6.76cm3 |
| ENI-6-3060C |  |
 |
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| E&I-8-3090 |  |
 |
2.39kg/m | Ix:7.92cm4 Iy:64.62cm4 | Wx:5.28cm3 Wy:14.36cm3 |
| E&I-8-30120 |  |
 |
3.40kg/m | Ix:11.91cm4 Iy:172.57cm4 | Wx:7.94cm3 Wy:28.76cm3 |
| E&I-8-30150 |  |
 |
7.40kg/m | Ix:23.79cm4 Iy:455.75cm4 | Wx:15.86cm3 Wy:60.77cm3 |
| E&I-8-30150A |  |
 |
3.56kg/m | Ix:12.92cm4 Iy:265.86cm4 | Wx:8.61cm3 Wy:35.45cm3 |
Anodic oxidation treatment provides excellent corrosion and wear resistance, enhances surface hardness against chemical and environmental factors, and maintains a long-lasting aesthetic appearance in harsh conditions.
High-precision manufacturing ensures exact consistency in size and shape. This is critical for the seamless construction of automated assembly lines and precision machinery frames where accuracy is vital.
By reducing the overall structural weight, it significantly enhances transport, installation, and maintenance efficiency. Additionally, it helps lower energy consumption during operations.
Yes, the profile is designed to offer high strength, enabling it to endure heavy loads and repetitive mechanical stresses without losing its structural integrity.
It is ideal for automated equipment supports, machinery building frames, precision engineering structures, and automated assembly line setups requiring a balance of strength and low weight.
