Select industrial extrusions engineered to integrate seamlessly with heavy-duty castor systems for modular design and structural flexibility.
In line with the business philosophy of "people-oriented, quality value, technological innovation, and win-win cooperation", Chengdu E&I Aluminum Industry Co., Ltd. is dedicated to the research, development, and manufacturing of high-difficulty, high-precision, and high-requirement aluminum alloy products and integrated mobility components. Through strategic alignment, we combine our advanced structural profiles with premium industrial castors to deliver comprehensive, heavy-duty mobile frameworks to global industrial clients.
The company relies on the National Institute of Nonferrous Metals, drawing support from a professional aluminum alloy technology research and development team in China's light alloy industry. We provide customers with overall solutions for aluminum alloy products such as profiles, castings, forgings, and mechanical hardware assembly components. State-of-the-art production and testing equipment guarantee product quality, and excellent professional services create high-margin commercial value for customers, making us a strategic partner in engineering industrial systems. Our global clientele includes Fortune 500 automotive manufacturers, Tier-1 logistics companies, and aerospace enterprises.
Unifying heavy-duty castors and high-precision aluminum extrusions under a rigorous quality control framework.
Chengdu E&I Aluminum Industry Co., Ltd. possesses mold manufacturing, structural design, aluminum profile extrusion production capacity, and automated anodizing, powder coating, and electrophoresis lines. Beyond material supply, we offer complete design, assembly, and installation services for aluminum profile structural frames, workbenches, safety guards, solar racking, assembly lines, warehouse storage systems, automation lines, and laboratory clean sheds.
The industrial profiles and heavy-duty castors provided by E&I are produced according to national and international high-precision standards. Our assemblies boast excellent surface finish, strong corrosion and oxidation resistance, and shock-resistant design. Using heavy-duty castors fitted with precision bearing systems, our mobile systems maintain high load capacity and minimal rolling resistance under demanding warehouse or laboratory configurations.
By offering an extensive portfolio of T-slot and V-slot profiles (including ENI-6-1560, ENI-8-3030A, and E&I-10-80160H) along with compatible industrial castor systems (swivel, rigid, locking, leveling, and ESD-safe variations), we provide a one-stop procurement hub. Our factory ensures that every slot size, load rating, and mechanical stress profile is computed to maximize the operational lifespan of the assembly.
Guided by high performance, customer centricity, and technological leadership in light alloys and industrial mobility.
We strive to become one of the top three companies in China's aluminum alloy and industrial component industry in terms of competitiveness, innovation capacity, and technical strength. By integrating modular aluminum structures with advanced mobility solutions, we deliver superior products and services that drive efficiency for our global partners. We aim to enable our shareholders, employees, customers, and society to achieve sustainable growth and mutual development.
The company regards employees as our greatest wealth, understands their pursuits, provides pathways for skill development, and offers competitive salaries.
We supply defect-free components that exceed international compliance codes, creating reliable commercial value and peace of mind for our clients.
Continuous investment in R&D ensures product leadership. Innovation in alloy chemistry, extrusion physics, and modular design builds our core edge.
We build deep strategic relationships with customers, suppliers, and logistics partners to optimize operations and capture global markets.
A deep dive into how modern automation drives the demand for high-strength aluminum frames integrated with heavy-duty industrial castors.
In modern manufacturing, static production lines are rapidly giving way to dynamic, reconfigurable floor plans. The growth of industrial automation, Automated Guided Vehicles (AGVs), Autonomous Mobile Robots (AMRs), and modular cleanrooms demands structural systems that are both light and strong. This shift highlights the critical integration of industrial castors with anodized T-slot aluminum profiles.
Industrial castor design has evolved from basic steel wheels to precision-engineered assemblies featuring polyurethane (PU) treads, thermoplastic elastomers (TPE), nylon cores, and integrated leveling feet. These mobility solutions must interface cleanly with aluminum structural frames, where cross-sections like the E&I-10-80160H carry substantial static loads and must withstand dynamic lateral forces when the structure is moved.
Choosing the correct castor and profile combination requires analyzing load distributions, friction coefficients, and mechanical stress:
Evaluates the stresses experienced by the castor bearings and aluminum profile joints when moving over thresholds, preventing premature structural failure.
The combination of high-density elastomer castor tires with engineered structural profile slots dampens harmful high-frequency vibrations in robotic test cells.
Designed for damp environments, stainless steel castor brackets pair with high-micron clear anodized extrusions to avoid galvanic corrosion.
How engineering teams deploy our integrated mobility and structural systems across specialized sectors.
Aero structures require precise positioning. High-strength profiles like the E&I-10-80160H form modular staging scaffolds. Dual-wheel leveling castors allow technicians to roll heavy work platforms into position and lock them firmly, maintaining level tolerances within tenths of a millimeter.
Cleanrooms require zero outgassing and minimal particulate generation. Standard castor wheels break down and shed particles, but our high-grade polyurethane wheel treads do not. Pairing them with cleanroom-certified profiles like the ENI-6-6090 ensures compliance with ISO Class 4 requirements.
Automated manufacturing environments rely on tugger carts and AGV-compatible dollies. These mobile carts utilize our robust ENI-8-4080E-T profile frames fitted with high-rebound elastic polyurethane castors. This setup offers low rolling resistance, reducing battery draw and maximizing vehicle uptime.
For research institutes, laboratories, and specialized home offices, structural profile frames such as the ENI-6-6630 are paired with threaded stem castors. This allows for simple height adjustments, clean cable management within the profile slots, and quick layout reconfigurations.
High-speed electromechanical automation requires protective guarding. Lightweight frames constructed from ENI-8-3090 or E&I-8-4040LD are fitted with locking castors. This allows maintenance crews to quickly roll guards away during scheduled outages and lock them securely back in place during production runs.
Heavy powertrain sub-assemblies demand frames that can support tons of weight. Heavy-duty E&I-10-5050B profiles, reinforced with steel corner brackets, pair with high-load castors. This configuration safely handles intense dynamic loads during engine and battery pack installation.
The technological pipeline shaping the next generation of industrial mobility and structural frames.
E&I is continuously refining its components to meet the requirements of Industry 4.0. Our R&D division focuses on three main developments:
We are prototyping castor wheels equipped with integrated load cells and thermal sensors. These smart castors communicate weight distribution data and bearing wear anomalies directly to a centralized MES (Manufacturing Execution System), helping to prevent cart failures and floor overloads before they occur.
By refining the chemical composition of our aluminum alloys (including trace additions of zirconium and titanium), we aim to produce extrusions with a 15% higher strength-to-weight ratio. Additionally, we are shifting our production lines to utilize recycled post-consumer aluminum scrap, reducing the carbon footprint of our profiles without sacrificing mechanical performance.
Traditional caster mounting plates require T-bolts and nuts, which can loosen under constant vibration. E&I is patenting a click-to-lock castor mounting system that securely docks wheels into the T-slots of profiles (like the ENI-8-4040A or E&I-10-4545L). This design cuts installation time by over 70% and features built-in mechanical locking pins to prevent slipping.
How our production facility in Chengdu delivers quality, scale, and reliable shipping to international markets.
Chengdu E&I Aluminum Industry Co., Ltd. benefits from Western China's industrial infrastructure. Our location provides access to raw aluminum ingots, reliable electrical grids, and direct rail shipping via the Chengdu-Europe express line. This allows us to offer shorter lead times and stable pricing compared to coastal production hubs.
By keeping structural design, extrusion pressing, anodizing, machining, and castor assembly under one roof, we eliminate intermediate handling fees and ensure consistent quality control. We perform spectrographic analysis on every alloy batch, carry out tensile testing on finished profiles, and run automated roll-testing on castors under full load. This vertical integration guarantees that our components meet high-precision tolerance limits.
Meeting international engineering standards and offering local design support for global projects.
To support global engineering teams, E&I provides extensive documentation and compliance verification. Our products are designed to meet international standards, allowing you to integrate them into your systems with confidence:
Answers to key engineering questions about integrating industrial castors with aluminum extrusions.
Plate-mounted castors distribute loads over a wider surface area, making them ideal for heavy profiles like the E&I-10-80160H. Stem-mounted castors thread directly into the center holes of profile ends (which may need tapping). They offer a cleaner look for lighter assemblies like the ENI-6-6630.
Galvanic corrosion occurs when steel castor plates contact raw aluminum in damp environments. To prevent this, E&I profiles feature a thick anodized surface layer (typically >10 microns) that acts as an electrical insulator. We also recommend using zinc-plated or stainless steel hardware.
Slot width dictates the size of T-nuts and bolts you can use to mount castor plates. Profiles with an 8mm slot (like the ENI-8-4040A) typically use M6 or M8 hardware. Profiles with a 10mm slot (like the E&I-10-5050B) accommodate heavy-duty M8 or M10 bolts, providing the higher shear strength needed for high-load applications.
Yes. We supply ESD-safe, non-outgassing polyurethane castors and cleanroom-certified aluminum extrusions (such as the ENI-6-6090). These systems prevent static build-up and particulate shedding, making them suitable for semiconductor and pharmaceutical facilities.
As a rule of thumb, mobile frames should be designed with a safety factor of 3 to 4 times the static load. When a cart is in motion, floor irregularities, direction changes, and braking introduce dynamic loads that can stress joints and castor bearings far beyond their static ratings.
High-capacity structural extrusions designed for industrial framework assembly, conveyor integration, and robust machine guards.
