Explore our top-tier industrial storage racking equipment designed to handle heavy-duty loads while complying with international safety standards.
Modern industrial supply chains demand more than mere storage. The contemporary distribution ecosystem requires high-density material handling systems capable of supporting intensive load cycles under strict global regulatory environments. As modern factories transition into automated warehousing networks, the performance of structural steel stacking racking systems directly affects throughput efficiency and site safety.
At Jracking (Guangdong) Storage Co., Ltd., we combine computational structural engineering with certified manufacturing compliance (compliant with European CE, Australian AS 4084, and American RMI specifications) to ensure every structural profile delivers long-term durability. By using premium steel grades like Q235B and Q345B, our racking solutions are calculated using finite element analysis (FEA) to endure dynamic seismic forces and severe impact stresses typical of high-turnover operations.
We calculate beam deflection, upright fatigue, and baseplate anchorage layout according to regional seismic coefficients. This minimizes structural shifting or catastrophic buckling during operations or natural disasters.
Our engineering team customizes roll-formed profile shapes and load capacities to align directly with regional regulations, ensuring hassle-free local building approvals for global distribution hubs.
Established in 2016, Jracking (Guangdong) Storage Co., Ltd. has developed into a leading global manufacturer of industrial storage racking, ensuring quality control and supply chain resilience.
Our manufacturing line features state-of-the-art metal forming, welding, and automated surface treatment systems. From raw material intake to final powder coating, every stage is monitored for structural uniformity.
Our engineering divisions deliver specific structural configurations for varying facility challenges across major global industries.
We design high-bay shelving structures that integrate with automated guided vehicles (AGVs) and autonomous mobile robots (AMRs). Perfect alignment ensures minimum laser navigation sensor interference.
Low-temperature environments require heavy-duty steel profiles that resist cold embrittlement. Our hot-dip galvanized and custom-finished coatings retain physical ductility down to -40°C.
For oversized tubes, long bars, and raw sheets, our heavy-duty cantilever racking provides structural support. Changeable arm heights handle dynamically shifting inventory footprints.
Modern industrial storage is shifting from static steel frames toward smart cyber-physical systems. Automated Storage and Retrieval Systems (AS/RS) require strict tolerances. A deviation of just 2 millimeters can cause robot arm misalignment, interrupting operations.
Jracking's development roadmap focuses on cold-rolled steel profiles with high straightness tolerances. We are engineering integrated rack systems where columns contain structural sensor channels to measure stress, deflection, and temperature in real-time, helping logistics operators maintain safe loading levels.
Furthermore, we utilize eco-conscious powder coating lines that release zero volatile organic compounds (VOCs), supporting global carbon reduction initiatives.
Columns are engineered to tolerances within ±1mm per 10 meters, preventing crane guide track wear and automated scanner errors.
By reducing structural steel weight without compromising load ratings, we reduce transportation emissions and overall material costs.
Navigating different regional building codes can complicate warehousing projects. We support industrial projects with targeted compliance documentation for regional standards.
Fully compliant with standard EN 15512 and the Machinery Directive. Our racking systems support logistics integration throughout the European Economic Area.
Fabricated specifically to withstand dynamic structural stress requirements and test methods outline by AS 4084-2012 / 2023.
Features the industry-standard teardrop pattern, guaranteeing compatibility with existing warehouse racking components across the US.
A dedicated team of 48 inspectors runs routine weld testing, load capacity checks, and powder coat adhesion evaluations prior to export.
Answers to common structural engineering, procurement, and shipping questions for global warehouse planners.
Under EN 15512 specifications, structural pallet beams are designed to limit elastic vertical deflection to L/200 of the span under maximum design loads. We run finite element analysis (FEA) on cold-formed profiles to ensure structural stability is maintained, with safety factors exceeding 1.5 for static loads.
We offer specialized non-toxic powder coatings, food-safe electrostatic paints, and hot-dip galvanization. These treatments prevent rust, withstand regular sanitary washdowns, and resist bacterial growth on shelf decks and structural columns.
Standard production cycles range between 20 to 30 days once design drawings are approved. Thanks to our relationships with over 1,150 supply chain partners, we secure high-quality raw steel coils to ensure steady production schedules.
Yes. Our engineering division utilizes design software to model seismic loads. We provide calculation sheets for baseplates, column sizes, upright bracing configurations, and anchors calculated for your facility's seismic zone.
Explore our custom multi-level structural systems, outdoor heavy-duty racks, and specialized material storage solutions.
Jracking