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ENI-6-3030G Industrial Aluminum Profile, anodized to provide high strength and lightweight characteristics, is an ideal easy-to-machine frame material for a wide range of industrial applications

ENI-8-3030 industrial aluminum profiles with anodic oxidation treatment are designed for modular aluminum frames, offering customized aluminum machining services for architectural aluminum profiles to ensure structural stability and aesthetics.


Product Detail

Product Features

ENI-6-3030G Industrial Aluminum Profile is a high-strength aluminum profile designed for modern industrial automation and precision manufacturing needs. With its lightweight and high-strength characteristics, combined with a multi-slot design with a 6mm slot width, this profile provides users with great flexibility and stability, making it ideal for use in brackets for automation equipment and the construction of a variety of lightweight framing materials.

With an anodized surface, ENI-6-3030G not only enhances corrosion and abrasion resistance, but also gives it an elegant appearance and a wide variety of color choices, making it adaptable to various industrial environments and design requirements. This surface treatment technology enhances the durability of the aluminum profile, ensuring longevity and reliability over long periods of use.

Due to its lightweight nature, ENI-6-3030G aluminum profile reduces overall structural weight while maintaining the required mechanical strength and rigidity, which is especially important for automated equipment that requires reduced loads or increased mobility. In addition, the easy machinability of this aluminum profile makes it possible to respond quickly to customized customer needs with precise machining operations such as cutting, drilling and tapping to accommodate a variety of complex design and functional requirements.

In automated equipment support applications, the high strength and lightweight characteristics of ENI-6-3030G aluminum profile make it ideal for supporting machinery and equipment. Its durability and load-bearing capacity ensure stability and safety under dynamic working conditions, while reducing maintenance requirements and lowering operating costs.

Detail

Model Physical Drawing Data Map Unit Mass Moment Of Inertia Sectional Resistance Moment
E&I-8-3030 ENI-8-3030 ENI-8-3030_00 0.88kg/m Ix:2.8cm4 Iy:2.8cm4 Wx:1.87cm3 Wy:1.87cm3
E&I-8-3030F ENI-8-3030F_00 0.9kg/m Ix:2.9cm4 Iy:2.9cm4 Wx:1.93cm3 Wy:1.93cm3
E&I-8-3030A ENI-8-3030A ENI-8-3030A_00 0.78kg/m Ix:2.47cm4 Iy:2.47cm4 Wx:1.65cm3 Wy:1.65cm3
E&I-8-3030ME ENI-8-3030ME ENI-8-3030ME_00 0.91kg/m Ix:2.75cm4 Iy:3.11cm4 Wx:1.83cm3 Wy:2.07cm3
E&I-8-3030M ENI-8-3030M ENI-8-3030M_00 0.9kg/m Ix:3.0cm4 Iy:3.0cm4 Wx:2.00cm3 Wy:2.00cm3
ENI-6-3030G  ENI-6-3030G
E&I-8-3030R ENI-8-3060 ENI-8-3060 0.88kg/m Ix:2.56cm4 Iy:2.56cm4 Wx:1.71cm3 Wy:1.71cm3
E&I-8-3040  sheet-2 1.42kg/m Ix:6.80cm4 Iy:7.99cm4 Wx:3.4cm3 Wy:5.33cm3
E&I-8-3060 ENI-8-3060 ENI-8-3060_00 1.61kg/m Ix:5.36cm4 Iy:20.28cm4 Wx:3.57cm3 Wy:6.76cm3
ENI-6-3060C ENI-6-3060C ENI-6-3060C_00
E&I-8-3090 ENI-8-3090 ENI-8-3090_00 2.39kg/m Ix:7.92cm4 Iy:64.62cm4 Wx:5.28cm3 Wy:14.36cm3
E&I-8-30120 ENI-8-30120 ENI-8-30120_00 3.40kg/m Ix:11.91cm4 Iy:172.57cm4 Wx:7.94cm3 Wy:28.76cm3
E&I-8-30150 ENI-8-30150 ENI-8-30150_00 7.40kg/m Ix:23.79cm4 Iy:455.75cm4 Wx:15.86cm3 Wy:60.77cm3
E&I-8-30150A ENI-8-30150A ENI-8-30150A_00 3.56kg/m Ix:12.92cm4 Iy:265.86cm4 Wx:8.61cm3 Wy:35.45cm3

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