Explore our premium structural configurations, ranging from robust industrial pallet racking to adaptable light-duty retail display shelving systems.
Analyzing macro factors reshaping storage configurations, automated load criteria, and modern material handling systems.
The global warehousing and logistics industry is experiencing a significant shift towards high-density optimization, triggered by skyrocketing commercial land prices and the rapid expansion of cross-border e-commerce networks. Modern warehouses are no longer simple static storage areas; they have transitioned into dynamic, high-throughput distribution hubs. Consequently, this evolution requires shelving systems that are highly precise, structurally resilient, and fully compliant with strict safety regulations.
Additionally, the integration of automation, such as Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs), demands narrower structural tolerances. Traditional roll-formed steel shelving must now meet exacting straightness and leveling criteria to prevent mechanical interference with robotic components. As a result, global procurement groups are shifting away from generic steel racks toward custom-engineered systems that are verified via Finite Element Analysis (FEA) and tailored to specific structural load thresholds.
Environmental factors and sustainability targets are also driving material innovations. High-performance coatings, such as lead-free electrostatic epoxy powder coatings and hot-dip galvanized finishes, are now required to guarantee longevity in cold chain facilities and humid coastal ports. These solutions prevent oxidation without releasing volatile organic compounds (VOCs).
"By integrating real-time engineering parameters with automated manufacturing lines, Everack bridges the gap between customized safety specifications and high-volume industrial efficiency."
Proven operational metrics confirming our expertise in designing, manufacturing, and exporting structural steel racking globally.
Nanjing Everack Storage Equipment Co., Ltd. was established in 2014, drawing on over 12 years of core industry experience in industrial racking design and structural manufacturing. Strategically located in the industrial manufacturing center of Nanjing, China, our operations are housed in a modern, automated 38,500-square-meter facility. As a specialized global vendor with 9 years of dedicated export experience, our products are distributed across North America, Western Europe, and Australia, generating an annual export revenue of USD 28.5 million.
Our supply chain ecosystem includes more than 1,200 upstream partners, including major steel suppliers, automated powder coating providers, and precision hardware manufacturers. This enables us to serve high-tier international clients, including third-party logistics (3PL) providers, global e-commerce distribution centers, cold storage operators, and heavy industrial manufacturing facilities.
From high-grade raw steel inspection to automated roll forming, robotic welding, and electrostatic powder coating.
Utilizing Finite Element Analysis (FEA) and custom structural engineering to meet precise site criteria.
Our dedicated team of 68 R&D engineers uses computer-aided FEA to model load profiles under structural strain, verifying seismic performance and deflection rates (L/200 standard) before manufacturing.
We customize upright thicknesses, beam profiles, and cross-bracings to achieve safe working loads from 500 kg to 4,000 kg per level, accommodating diverse storage configurations.
We offer hot-dip galvanizing and multi-stage electrostatic powder coating to protect structures in harsh environments, including outdoor yards, cold storage zones, and humid ocean environments.
In the past year alone, our engineering unit completed 185 customized profile iterations and new structural designs. This rapid prototyping cycle is supported by testing facilities that verify steel yield strength, elongation, and weld seam integrity. When designing systems for seismic zones, our engineers incorporate customized baseplate connections, robust upright back-to-back ties, and cross-aisle portal tie beams. These measures ensure structural stability and mitigate risks associated with floor acceleration.
Strict quality control processes conducted by 45 certified QC inspectors to guarantee reliable structural performance.
Our quality control department enforces a multi-phase testing system from raw material arrival to final product packaging. Every incoming batch of structural steel coils is verified for thickness consistency, chemical composition, and mechanical properties. We conduct ultrasonic flaw testing to detect potential internal structural issues, preventing compromised steel profiles from entering production lines.
During the roll-forming and punching stages, automatic optical inspection systems measure hole pitches and profile dimensions to ensure consistency. This precision supports smooth installation at the job site. Weld seams are critical to safety, which is why we run magnetic particle testing (MPT) on structural connections to verify joint integrity and eliminate weld defects.
Finished shelving components undergo paint thickness, adhesion cross-hatch, and salt spray corrosion testing to verify durability. Finally, we conduct physical stress tests simulating vertical dynamic and static loads to confirm actual load capacities before shipping.
| Test Parameter | Methodology | Acceptance Criterion |
|---|---|---|
| Steel Thickness | Ultrasonic Verification | ± 0.05 mm Tolerance |
| Weld Connection | Magnetic Particle (MPT) | Zero Internal Fissures |
| Coating Adhesion | Cross-Hatch Cut Test | ISO Class 0 (No Flaking) |
| Corrosion Defense | Salt Spray Exposure | >500 Hours (ASTM B117) |
Our engineering designs and load ratings comply with regional storage safety standards.
Engineered specifically for the Australian market, our racking systems comply with all load design, structural analysis, and safety labeling criteria outlined in the AS4084 steel storage standards.
Our production facilities maintain CE certification, confirming that all structural steel grades and automated welding practices satisfy European structural safety directives.
Our integrated manufacturing and service ecosystem operates under a certified ISO 9001 quality management system, ensuring consistent trace-ability from steel mill to final delivery.
Compliance with global safety codes protects warehouse personnel and safeguards client capital investments. During design phases, we factor in regional seismic actions, soil categorization coefficients, and building deflection characteristics. Each export shipment includes comprehensive compliance reports, certified load capacity plaques, and detailed assembly instructions to assist project managers during installation and safety inspections.
Developing next-generation structural racking integrated with Internet-of-Things (IoT) monitoring and advanced eco-friendly coatings.
As logistics facilities adopt digital warehouse management networks, storage shelving is evolving from static supports into active components of digital ecosystems. Everack is developing sensor-integrated smart racking systems. By embedding miniature strain-gauge sensors into load-bearing beams, we can monitor deflection and structural fatigue. These sensors alert operators to overloads or impact damage before structural failures occur.
We are also updating our manufacturing lines to use eco-friendly powder coating technologies that cure at lower temperatures. This reduces carbon emissions by up to 22% while maintaining surface durability and corrosion resistance. Our target for 2026 is to offer fully integrated RFID tags on our upright assemblies, facilitating automated asset tracking and simpler inventory audits.
Additionally, we are expanding our custom profile options to support shuttle-car racking and high-density AS/RS (Automated Storage and Retrieval Systems). These systems require precision engineering, with tolerance profiles of less than 1.5mm over 10-meter heights. This level of accuracy is achieved through our investment in CNC-controlled rolling mills and robotic welding stations.
"Our development plan aligns our manufacturing capabilities with the demands of automated logistics, ensuring our shelving systems support both smart tech and heavy loads."
Addressing common technical questions from structural engineers, global procurement officers, and warehouse safety managers.
We confirm load capacities through a combination of Finite Element Analysis (FEA) modeling and physical testing. Our test labs use hydraulic rams to apply downward force to physical beam samples, measuring deflection rates up to failure. This process helps establish design margins that comply with safety factors under AS4084 and CE requirements.
For custom OEM/ODM configurations, including custom upright profiles, beam dimensions, or specialized color matches, the production timeline is typically 25 to 35 days from technical drawing approval. Our supply network and automated production lines help us maintain stable lead times even during seasonal peaks.
For standard, temperature-controlled dry storage, we suggest our standard electrostatic powder coating. For cold-storage (-30°C) or highly humid coastal environments, we recommend hot-dip galvanized (HDG) steel components. This finish provides sacrificial zinc protection that prevents oxidation, even if the surface is scratched during forklift operations.
Yes. We design and roll-form specialized high-tolerance upright columns and guide rails specifically for automated shuttle and crane operations. These structural systems are engineered with tighter dimensional tolerances than standard static racking, preventing mechanical interference with high-speed automated equipment.
Yes. Our team of 68 engineers can provide calculations, FEA reports, and CAD drawings detailing seismic force resistance. These documents are prepared in accordance with local regulations to support your permitting and compliance processes.
Explore our secondary line of heavy-duty commercial metal shelves, accessories, and store display equipment.
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