Explore our high-precision structural solutions engineered to deliver optimal structural weight and payload metrics.
A technical whitepaper analyzing the mechanics of weight reduction, mass-to-load metrics, and extrusion engineering.
| Profile Specification | Groove Width (mm) | Nominal Dimensions (mm) | Approximate Weight (kg/m) | Primary Industrial Applications |
|---|---|---|---|---|
| ENI-6-2020 Series | 6 mm | 20 x 20 | ~0.48 - 0.55 | Lightweight display units, modular sensor brackets, light enclosures |
| ENI-8-3030F Series | 8 mm | 30 x 30 | ~0.85 - 1.15 | Medium load workbenches, automated machinery protective guards |
| ENI-8-4040 Series (LB/LC/LD) | 8 mm | 40 x 40 | ~1.20 - 1.85 | Automotive framing, general assembly workbenches, conveyor supports |
| E&I-10-4590 Series | 10 mm | 45 x 90 | ~3.10 - 3.80 | Heavy-duty machine bases, high-load linear axes, structural gantries |
| ENI-8-8080A Ultra-Heavy | 8 mm | 80 x 80 | ~4.20 - 5.50 | Large stress structures, multi-axis heavy gantries, support frames |
| E&I-8-80160 Extra Long | 8 mm | 80 x 160 | ~8.50 - 9.80 | Heavy-duty machinery columns, warehouse automated sorting frames |
*Note: The actual linear weight of aluminium profiles varies based on wall thickness variations, internal ribbing topology, and structural cavities. E&I Aluminum provides precise tolerances conforming to national high-precision extrusion standards (GB/T 5237-2008 and EN 755).
How international buyers utilize advanced aluminum weight metrics to reduce logistical overhead and carbon footprint.
Reducing linear mass without sacrificing load capacity significantly lowers raw material usage and ocean shipping freight costs, optimizing the Lifecycle Cost (LCO) of large-scale mechanical rollouts.
By engineering specific T-slot cross-sections, E&I profiles maximize the structural moments of inertia ($I_x, I_y$). This ensures minimal deflection under heavy mechanical payloads.
Sourcing lighter, fully recyclable aluminum extrusions conforms directly to global ESG goals. This helps automotive manufacturers meet strict greenhouse gas footprint requirements.
Chengdu E&I Aluminum Industry Co., Ltd. operates a highly integrated factory, providing an array of custom extrusion options alongside secondary machining services. Our collaborative partnership with the National Institute of Nonferrous Metals ensures the highest metallurgical standards are achieved for all dynamic frame installations.
From design to assembly, our one-stop integration simplifies the engineering supply chain. We manufacture bespoke workbenches, automated storage systems, dynamic conveyors, solar panel frames, and custom robotic enclosures tailored to specific load profiles.
The progression of aluminum alloy optimization, material science, and weight mitigation methods.
Optimizing aluminum compositions with trace elements like titanium and zirconium to elevate tensile strength without increasing bulk profile weight.
Utilizing finite element analysis (FEA) to locate low-stress zones inside the extrusion geometry, allowing designers to hollow out unnecessary material.
Integrating 80%+ post-industrial recycled billets, achieving a massive drop in carbon footprint while maintaining raw tensile strengths equal to primary aluminum.
Built upon the foundations of quality, innovation, and long-term client success.
Cultivating top-tier engineering talent and metallurgical experts to foster innovation and drive customer success.
Integrating strict quality control loops from primary melt testing to finished surface finish inspection.
Partnering with elite lightweight research institutes to consistently develop cutting-edge profile configurations.
Delivering high-value, reliable structural components that optimize assembly operations worldwide.
To rank among the top tier of international aluminum developers in terms of innovation, profile efficiency, and customer satisfaction.
By offering engineered profiles, custom assemblies, and precise extrusion advice, we strive to become an irreplaceable partner in the industrial automation landscape. Our product engineering minimizes overall system weights, allowing global clients to build highly reliable, energy-efficient automated machinery.
Providing expert answers to key engineering and procurement queries regarding structural design parameters.
Integrate these heavy-duty and lightweight profiles to build robust, vibration-resistant structural systems.
