Explore our high-performance structural profiles and component solutions, engineered for maximum load carrying capabilities and structural integrity.
Guided by our core values of "people-oriented, quality value, technological innovation, and win-win cooperation," we specialize in the research, development, and manufacturing of highly complex, high-precision structural aluminum profiles. Our alignment with the National Institute of Nonferrous Metals empowers our professional technology R&D team to remain at the leading edge of China's light alloy industry.
We deliver total engineered solutions—from profiles, castings, and forgings to complete structural assemblies—for some of the world's most demanding enterprises, including Fortune Global 500 automotive manufacturers and Tier-1 aerospace operators.
E&I offers structural design, extrusion, precision machining, and specialized surface treatments under one roof. Our automated anodizing and powder-coating processing lines comply with stringent environmental standards while guaranteeing unmatched finish durability.
Our solutions span diverse systems including:
A comprehensive technical deep-dive into the mechanical, dimensional, and alloy specifications of our flagship structural aluminum profile.
The EI Profile 45 x 90 is the workhorse of modular framing systems. Engineered with structural optimizing cross-members, it provides an optimal balance between bending stiffness, torsional resistance, and material mass. Typically featuring an 8mm or 10mm T-slot width, it supports heavy M8/M10 fastener systems, ensuring high pre-load holding force with absolute anti-loosening characteristics.
To compute frame deflection under static loads, use the classic deflection equation:
f = (F * L³) / (48 * E * I) [For a simply supported center-load configuration]
Where:
| Parameters | Standard Value |
|---|---|
| Profile Envelope Dimension | 45 mm x 90 mm |
| Alloy Grade & Temper | 6063-T5 / 6061-T6 |
| Mass Per Unit Length | ~3.22 kg/m |
| Moment of Inertia Ix | ~84.50 cm⁴ |
| Moment of Inertia Iy | ~22.80 cm⁴ |
| Section Modulus Wx | ~18.78 cm³ |
| Section Modulus Wy | ~10.13 cm³ |
| Anodization Layer Depth | ≥ 15 μm (AA15 Standard) |
Our operation is designed around delivering long-term strategic value through precision engineering.
We treat our engineering staff as our primary wealth, maintaining competitive environments to drive growth.
Strict quality gates at every phase guarantee that all profiles exceed local and international deflection specifications.
We continually invest in extrusion die geometry and new high-strength composite alloy research.
Seamlessly integrating with global supply channels to optimize bottom-line costs for logistics partners.
Embracing smart manufacturing, lower carbon emissions, and micro-engineered tolerances.
Transitioning toward low-carbon scrap recycled aluminum alloys without losing tensile properties, meeting international ESG requirements.
Deploying AI simulation models to design dies, predicting and avoiding cooling distortions to maintain <0.03mm straightness variances.
Co-developing profiles with dedicated internal cavities for running smart fiber-optic sensors to monitor structural loads in real-time.
How Chengdu E&I leverages China's industrial infrastructure to guarantee lead time and consistent quality.
Operating out of Chengdu, a major industrial hub of China, our facility features complete integration with regional raw primary aluminum smelters. This geological advantage stabilizes our raw material inputs and allows us to buffer against global commodities pricing shifts.
Our quality management workflow follows standard ISO 9001:2015 frameworks. Every production batch undergoes coordinate measuring machine (CMM) testing to confirm that the T-slot geometry stays strictly within the nominal tolerances required for automated t-nuts and sliding structural fasteners.
Furthermore, Chengdu E&I implements a transparent supply chain trace system: every delivery bundle is labeled with batch codes linking back to the raw billet chemistry logs, providing full mechanical validation documentation for critical structural applications.
Aligning domestic high-capacity output with international engineering standards and smooth cross-border customs delivery.
Our profiles are manufactured to conform to ASTM B221 (standard specification for aluminum-alloy extruded shapes) and EN 755-9 tolerance standards, allowing designers to swap domestic designs seamlessly into overseas production lines.
All surface finishes, particularly anodized and electro-coated colors, are certified to be REACH and RoHS compliant, ensuring they contain no restricted heavy metals or volatile organic compounds.
With years of export experience to European, North American, and APAC regions, we supply complete HS Code (7604.21.00) classifications, commercial invoices, and origin declarations for fast customs clearance.
Addressing structural engineering queries and global sourcing inquiries regarding 45x90 T-slot aluminum extrusions.
6063-T5 aluminum is the standard choice for general industrial structures, workbenches, and machine guards. It offers excellent surface finish traits and easy extrudability. 6061-T6 has higher tensile and yield strength, making it better suited for highly stressed load-bearing frames, aerospace jigs, and heavy marine components, though it tends to have a slightly rougher surface profile.
Yes, our T-slot designs follow standard European configurations (8mm and 10mm slots). Our EI Profile 45 x 90 aligns perfectly with industry-standard T-nuts, angle brackets, slot covers, and gusset plates commonly used worldwide, allowing drop-in compatibility for existing frame modifications.
Anodizing (either clear or black) is the standard method, providing a hard aluminum oxide layer that is highly resistant to wear and salt spray. For aggressive environments like chemical laboratories or marine settings, we recommend a hard-anodized treatment (>20 microns) or powder coating for added protection.
Yes. We cut profiles to exact specified lengths (within a tolerance of +/- 0.5mm) and offer tapping, counterboring, and custom layout milling. This lets you assemble frames directly upon arrival at your job site without further machining.
Explore further configurations, dynamic assembly lines, heavy-duty brackets, and specialized industrial aluminum extrusions.
