Established in 2014, Nanjing Everack Storage Equipment Co., Ltd. has positioned itself at the cutting edge of industrial racking and heavy-duty structural merchandising systems. Bringing over 12 years of core engineering expertise to the design and structural manufacturing sector, the company operates from a modern industrial hub in Nanjing, China. The manufacturing plant spans a massive 38,500 square meters, driving advanced product design, stress testing, and metal fabrication processes.
As a seasoned global manufacturing partner with over 9 years of dedicated export systems integration, our heavy supermarket shelves and logistics-focused structures are distributed across North America, Western Europe, and Australia. Delivering high structural reliability under extreme loading states, Nanjing Everack generates an annual export revenue of USD 28.5 million. This steady financial growth fuels our persistent R&D innovations, enabling us to support international enterprise chains, hypermarkets, and integrated cash-and-carry warehouse ecosystems.
Production Facility
Annual Export Value
R&D Engineers
QC Inspectors
In modern macro-retail, the transition from traditional shelving to load-bearing hybrid structures is accelerating. High-volume retail stores require displays that function seamlessly under extreme weights while ensuring consumer safety. Heavy supermarket shelves are no longer passive fixtures; they form an active part of the physical supply chain and spatial configuration.
Engineered for high-volume grocery setups where heavy bulk goods (grain, oil, liquid packs) are loaded directly onto lower tiers, requiring structural stability exceeding 1,000 kg per section.
Ideal for hybrid retail layouts operating as front-end stores and back-end micro-fulfillment centers (MFCs). Supports high-density configurations compatible with manual pick systems and AGVs.
Optimized with high-tensile metallic pegboards, custom brackets, and reinforced frames to securely display dense mechanical equipment, heavy power tools, and component kits.
The structural reliability of Everack shelving stems from meticulous engineering. Driven by our specialized team of 68 R&D engineers, we employ Finite Element Analysis (FEA) and 3D CAD modeling to simulate yield margins under load, dynamic deflection, and seismic loads. Over the past fiscal year, our engineering unit delivered 185 custom innovations and structural profile updates.
Our raw materials are sourced from top-tier domestic steel mills. Utilizing cold-rolled steel (grades Q235B and Q355B), our uprights are engineered to withstand continuous compression without plastic deformation. The shelf layouts feature custom beam spans, varying upright thicknesses, and flexible load capabilities ranging from 500 kg to 4,000 kg per level. This adaptability is key to establishing Everack as a reliable partner in the global supply chain.
Our production facilities utilize advanced machinery and automated processes. From wire drawing to robotic welding, each manufacturing stage is carefully monitored to deliver durable, heavy-duty display racking systems.




































At Nanjing Everack, structural safety is built into every stage of production. Supported by a dedicated department of 45 certified quality control inspectors, our manufacturing processes comply with strict international regulatory frameworks. We perform materials tests and stress checks to align with ISO 9001, CE directives, and AS4084 structural safety guidelines.
Our quality assurance program includes several key testing phases:
As logistics ecosystems grow more complex, heavy supermarket shelves are evolving from static storage units into interactive touchpoints. Everack is actively developing next-generation retail structures designed to integrate seamlessly with digital tracking technologies.
Our research roadmap focuses on: IoT sensor compatibility for automated load and weight distribution alerts; modular wire-mesh variants optimized for fire safety and automatic sprinkler systems; and high-durability finishes designed to withstand the wear of autonomous mobile robots (AMRs) in 24/7 fulfillment hubs.