Explore our flagship heavy-duty engineering models, structurally tested to maintain high rigidity, resistance to high impact, and complete compliance with international safety norms.
Established in 2015, Shenzhen Shibang Storage Rack Co., Ltd. has developed into a premier global designer, manufacturer, and exporter of high-integrity heavy-duty selective pallet racking systems. Operating a massive state-of-the-art facility covering 32,000 square meters, we bridge the gap between high-level structural engineering, precision robotic manufacturing, and global logistical operations. Over 12 years of industry engineering experience and 8 years of export operations allow us to support high-performance industrial supply chains worldwide.
Our business footprint spans across North America, Europe, Australia, and Southeast Asia. We construct high-capacity structural solutions that align with the business goals of third-party logistics (3PL) providers, cold-storage operators, manufacturing hubs, and e-commerce distribution facilities. We combine robust raw material procurement with comprehensive quality control. Our structural engineering department includes 18 senior mechanical engineers, working alongside 35 quality control experts to ensure each upright, beam, and connection accessory passes rigorous testing.
Global trade dynamics demand high warehouse space utilization. Selective pallet racking systems represent the operational foundation of high-density storage configurations. Our heavy-duty selective structures offer 100% SKU selectivity. This enables operations to access any pallet load instantly without moving surrounding materials, reducing cycle times and handling equipment wear.
Engineered to support high-velocity operations, our structures are designed for variable load weight patterns, making them suitable for fast-changing SKU inventories.
Engineered with high yield strengths to handle tooling, steel coils, and raw manufacturing components, keeping floor space safe and uncluttered.
Galvanized structural steel finishes prevent rust in sub-zero environments, preserving structural integrity in temperature-controlled spaces.
Operating globally requires compliance with regional safety frameworks. Our design division optimizes racking systems to meet these standard regional guidelines:
Ensures upright columns, baseplates, and weld details comply with North American safety codes, including specific seismic load requirements.
Aligns structural calculation models with European guidelines, including limit state design principles for rack profiles.
Meets rigid requirements for regular safety inspections, component stress margins, and structural steel tolerances.
During project engineering, we conduct FEA (Finite Element Analysis) simulations to verify structural behavior under local seismic coefficients. This assessment guides vertical frame thickness selection and anchor bolt choices to ensure long-term, stable operations under stress.
High structural capacity depends on premium raw materials and rigorous production processes. We source primary coils of high-strength Q235B and Q345B carbon steel. These materials undergo several validation checks before manufacturing begins:
Checks raw steel yield and ultimate tensile strength to verify consistency with international standards.
Automated ultrasonic testing scans key structural welds to prevent failures under heavy loads.
Salt spray testing verifies the powder coating's resistance to corrosion under humid or coastal conditions.
Physical tests confirm maximum load limits, including appropriate safety margins for high-capacity setups.
Our factory relies on automated manufacturing lines, robotic welding stations, and consistent quality checks to turn raw steel coils into precise industrial racking. Here is our primary production workflow:
Modern warehousing is evolving toward automation. Standard pallet racking systems serve as the structural framework for AGVs (Automated Guided Vehicles), AMRs (Autonomous Mobile Robots), and AS/RS systems. We adapt our rack manufacturing to meet these modern warehouse requirements:
We manufacture uprights with precise structural tolerances, allowing automated cranes and reach trucks to access pallets smoothly.
Our design team calculates vertical deflection profiles and floor load distributions to accommodate laser-guided forklifts safely.
We provide mounting points for real-time sensor systems that monitor load capacity, stress points, and impact levels.
Answers to common structural design and capacity questions from engineering teams, logistics directors, and warehouse operators.
Compare our complete selection of powder-coated steel racking, designed to keep high-capacity logistics facilities organized and safe.
Shibang Steel