Explore our flagship high-load capacity storage systems engineered for modern industrial warehousing and automated logistics facilities.
Established in 2015, Shenzhen Lijin Storage Equipment Co., Ltd. has positioned itself at the forefront of the global logistics and industrial storage sector. Operating from a highly computerized 35,000 m² factory space, we design, engineer, and manufacture structurally optimized utility shelves, cantilever racks, steel mezzanine structures, and automated mobile compactor configurations. With over 8 years of dedicated direct export experience, we manage complex supply chains for multi-national distribution centers, third-party logistics (3PL) conglomerates, industrial wholesalers, and e-commerce distribution systems.
Our operational capabilities are underpinned by a workforce committed to the highest structural standards. A specialized internal engineering department comprising 28 R&D experts utilizes finite element analysis (FEA) software to configure loading capacities, seismic deflections, and wind-load characteristics, ensuring every project fits within strict geographic architectural parameters. Last year alone, this team successfully rolled out 85 new products, adapting to the shifts in space optimization demand and warehouse robot interface technologies.
Our production pipeline operates under a zero-defect quality control mandate. We trace materials from steel mill receipts through to final powder curing phases.
Different industries require unique structural profiles. We customize materials and structural profiles to match specialized operating environments.
Integration with automated shuttle lanes, carton flows, and AS/RS interfaces. Minimizes load tolerances, supporting swift picking cycles and multi-level rack platforms.
Constructed using structural alloys resistant to embrittlement at sub-zero temperatures (down to -40°C). Rust-preventative zinc galvanization guarantees longevity in high-condensation zones.
Heavy-duty, custom drawer racks engineered to house heavy machining dies. Double-welded structural plates protect against accidental tool impact and load failure.
Our manufacturing capacity is backed by computerized production equipment, enabling dimensional uniformity across millions of output units annually.
In structural warehousing, failure can lead to catastrophic inventory loss and compromise facility safety. Our engineering department performs comprehensive structural testing to verify design capacity before delivery. We design structures to match international racking norms, including North American ANSI/RMI MH16.1 specifications, European EN 15512 codes, and AS 4084 guidelines for Australasia.
| Regulatory Standard | Geographic Region | Core Structural Compliance Focus | Shenzhen Lijin Inspection Verification |
|---|---|---|---|
| ANSI/RMI MH16.1 | North America | Seismic drift analysis, upright impact durability, base plate anchoring load distributions. | 100% compliance certified; load capacity ratings verified via destructive testing. |
| EN 15512 / FEM | Europe | Continuous beam deflection limits, global buckling models, torque-based connection tolerances. | TUV Rheinland/SGS certified raw steel sourcing (Q235B & Q355B structural steel). |
| AS 4084 | Australia / Oceania | Structural column impact protection profiles, floor flatness tolerance coefficients, beam connection locks. | Fitted with positive lock-in mechanisms preventing accidental forklift dislodgement. |
Every utility shelf project starts with a detailed layout analysis using finite element analysis (FEA) models. We simulate multiple operational scenarios (seismic movements, concentrated point loads, temperature variance) to determine critical node fatigue life, welding thickness requirements, and floor anchoring patterns. By using high-strength steel grades like Q355B, we balance structural strength with material weight, lowering ocean freight costs for our international customers.
The industrial shelving industry is shifting from static, passive steel components to interactive, dynamic nodes integrated within larger logistics networks. As global distribution hubs transition toward automated mobile robots (AMRs) and automated storage and retrieval systems (AS/RS), Shenzhen Lijin is pioneering the development of ultra-flat, ultra-rigid steel shelving systems with deflection profiles below L/1000 (beam length divided by 1000), satisfying the tight tolerances required by robotic crane grippers and vision-guided AGVs.
Our long-term R&D path focuses on three core pillars:
Discover our range of customizable cantilever structures, high-density drive-in systems, and heavy-duty industrial platforms.
Detailed answers regarding structural engineering, material grades, logistics lead times, and global deployment compliance.
Lijin Racking
