Engineered for Maximum Cube Utilization, Fast Order Fulfillment, and Heavy-Duty Structural Reliability
Empowering Global 3PL, Cross-Border E-commerce Hubs, and Retail Megastores with Precision Steel Storage Engineering
Jracking (Guangdong) Storage Co., Ltd. is a premier professional manufacturer specializing in heavy-duty warehouse racking systems, automated storage and retrieval systems (ASRS), and high-density industrial logistics infrastructure in China. Established in 2016, Jracking has consolidated over 12 years of core industry expertise and 8+ years of global export experience to become a trusted Tier-1 supply chain vendor for international logistics operators.
Spanning a state-of-the-art 28,600 m² manufacturing facility, Jracking seamlessly integrates automated roll-forming production lines, robotic laser welding, continuous electrostatic powder coating, and ultra-strict quality verification steps. Serving client networks across North America, Europe, Australia, Southeast Asia, and the Middle East, our annual export volume consistently surpasses USD 18 Million.
At Jracking, physical safety and long-term structural reliability are paramount. Our factory operates under fully compliant ISO 9001, ISO 14001, and ISO 45001 management systems. A specialized team of 48 professional Quality Control (QC) inspectors monitors every phase of manufacture—conducting finite element analysis (FEA), raw steel structural integrity checks, load capacity stress testing, weld non-destructive testing, coating thickness evaluation, and mock pre-assembly verification prior to packing.
Driven by our R&D hub of 85 veteran mechanical and logistics structural engineers, we engineered over 156 new structural innovations last year alone. We specialize in fully tailored OEM/ODM solutions, catering to custom load profiles, non-standard dimensions, seismic zone ratings, and complex warehouse layouts.
End-to-End Cold-Formed Steel Processing, Robotic Laser Cutting, Automated Welding & Thermosetting Powder Lines
Jracking utilizes high-tensile premium steel (Q235B, Q355B structural grade steel matching global ASTM and EN specifications). Every roll of strip steel undergoes strict mechanical yield testing before entry into continuous automated roll-forming mills. From precise P-beam profile cold-rolling to automated diagonal bracing forming, our automated equipment guarantees dimensional tolerances within ±0.5mm, ensuring seamless interlocking connection between columns, beams, and safety locking pins.
Custom Warehouse Engineering Designed to Maximize Cube Storage Density, Order Throughput, and Automated Material Flow
Optimized for fast-moving e-commerce consumer goods (FMCG), cold chain storage, and high-SKU batch fulfillment. Semi-automated radio shuttles navigate deep rack channels, eliminating forklift aisles and boosting volumetric utilization by up to 85%.
Engineered for fully autonomous 24/7 fulfillment centers. High-bay ASRS upright frames support stacker cranes and shuttle swarms with millimeter-level structural tolerances, integrating directly with Warehouse Management Software (WMS).
The foundation of global distribution centers. Manufactured to US Teardrop interchangeability standards and European EN/FEM specifications, allowing 100% direct pallet access for dynamic e-commerce order picking.
Specifically designed for oversized, long, or irregularly shaped e-commerce merchandise such as furniture, timber, aluminum profiles, steel pipes, and automotive components.
Multi-level structural platforms designed to multiply floor space in urban fulfillment hubs. Transforms high vertical ceilings into multi-story manual picking zones, integrated with conveyor belts and chute slides.
Racks mounted on electrically driven guided bases moving along floor tracks. A single operational aisle can unlock total storage capacity, maximizing warehouse space efficiency up to 90%.
Engineered to Meet Rigid Building Regulations, Structural Safety Codes, and Seismic Design Guidelines Worldwide
To ensure rapid permit approval and seamless international deployment, Jracking storage systems are engineered and tested in accordance with top global engineering codes:
| Target Region | Certification Standard | Key Engineering Requirements |
|---|---|---|
| North America | RMI (ANSI MH16.1) | Column impact safety, beam safety lock shear testing, baseplate anchor bolt design. |
| Australia & NZ | AS 4084-2012 | Rigid structural testing, beam-to-upright connection moment testing, side sway analysis. |
| European Union | CE / EN 15512 | Limit state design principles, finite element elastic modeling, safety factors. |
| Global Standards | FEM 10.2.02 / ISO | Tolerances, deformations, beam deflection limits under static & dynamic payload. |
For logistics hubs built in active seismic regions (such as the US West Coast, New Zealand, or Japan), Jracking structural engineers calculate precise ground motion accelerations and natural vibration frequencies. Our proprietary seismic-rated baseplates, structural heavy bracing networks, and high-tensile anchor assemblies prevent structural collapse during seismic events.
Intelligent Warehousing, IoT-Connected Structural Racking, and Decarbonized Green Supply Chain Manufacturing
Integrating embedded strain gauge sensors and wireless IoT telemetry directly into rack uprights. Real-time alerts detect forklift impact damage, structural overload stress, or dangerous deflection before cataclysmic frame failure occurs.
Utilizing generative AI algorithms to create 3D BIM structural layout models based on real-time SKU velocity, seasonal order surges, and automated material handling equipment (AMR) trajectory paths.
Transitioning toward recycled zero-emission electric arc furnace (EAF) steel coils and eco-friendly thermosetting solvent-free powder coatings, assisting global enterprise partners in achieving Scope 3 carbon neutrality goals.
A Streamlined 5-Step Process Ensuring Precision Customization, On-Time Delivery, and Flawless On-Site Installation
Detailed consultation analyzing warehouse building floor plans, floor slab load capacities, ceiling clear heights, and material flow requirements.
Computer structural analysis verifying beam deflections, seismic shear loads, and safety margins matching regional codes (RMI/AS4084/EN).
Precision manufacturing across continuous automated roll-forming lines, robotic welding stations, and powder coating lines.
Heavy-duty steel strapping, protective film wrapping, and customized wooden cradles to ensure zero rust or transit damage in sea containers.
Expert Answers to Structural Engineering, Compliance, Order Fulfillment, and Supply Chain Risk Mitigation
Jracking combines over 12 years of core industry engineering experience with a modern 28,600 m² automated manufacturing facility. With an annual export volume over USD 18 million, 85 senior R&D engineers, and strict ISO/CE/RMI/AS4084 compliance, Jracking delivers turnkey, high-density warehouse storage solutions engineered to withstand heavy dynamic operations while offering competitive factory-direct pricing.
Radio shuttle racks store pallets in deep channels without requiring forklifts to enter the racking lanes. Automated self-powered shuttles retrieve and present pallets to picking aisles at speeds up to 1.1 m/s. This drastically reduces forklift transit times, increases pallet throughput by up to 50%, and optimizes floor space utilization up to 85%.
Yes. Jracking heavy-duty teardrop pallet racking systems feature standard 2-inch pitch adjustability and standard teardrop hole punches, making them 100% compatible and interchangeable with major US teardrop racking manufacturers. All components strictly adhere to ANSI MH16.1 (RMI) standards.
All Jracking beams are designed with a safety factor of 1.65 to 2.0 based on structural yield strengths. Under maximum rated payload, beam deflections are strictly limited to less than L/200 (length divided by 200), ensuring zero permanent deformation or safety hazard for operating personnel and automated equipment.
Absolutely. Jracking provides complete OEM/ODM customization. We support specific column height requirements, custom beam lengths, specialized frame depths, custom RAL color powder coatings, hot-dip galvanizing for cold storage or outdoor use, and custom seismic baseplate designs.
All components undergo a 9-stage surface treatment including shot blasting, acid phosphating, and thermosetting electrostatic powder coating. Products are tightly bound with heavy steel strapping, wrapped in protective multi-layer stretch film, and mounted on heavy timber skids to prevent moisture ingress and mechanical abrasion during sea transit.
Scalable Enterprise Storage Solutions for Global Logistics Operations
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