Engineered structural solutions designed to maximize cube utilization, optimize warehouse traffic flow, and ensure long-term operational durability.
In the highly competitive global logistics ecosystem, industrial space utilization is no longer merely a structural requirement—it is a critical determinant of bottom-line efficiency. Jracking (Guangdong) Storage Co., Ltd. has stood at the forefront of the design, engineering, and manufacturing of high-capacity storage rack systems since 2016.
Leveraging more than 12 years of industry experience and 8 years of dedicated export intelligence, Jracking delivers robust, customized, structural storage arrays to complex operational profiles worldwide. We engineer selective pallet racking systems, heavy-duty cantilever structures, multi-level structural mezzanines, and sophisticated automated storage and retrieval system (AS/RS) configurations tailored to the precise structural demands of modern global facilities.
"Our objective goes beyond selling raw steel frames. We deliver structurally verified, seismically simulated, custom-engineered spatial assets that mitigate operating hazards, accelerate throughput speeds, and maximize volumetric efficiency."
How forward-looking supply chains align heavy engineering capability with global compliance schemas.
We source heavy-grade Q235B steel to produce robust, structural sections designed to sustain dynamic stress. Our engineering systems are designed to withstand high loading cycles without material fatigue, assuring safety factors in excess of standard requirements.
Global systems demand local seismic engineering adaptations. Our teams configure custom baseplate models, heavy-duty frame anchoring configurations, and dual-connection structural node mechanics designed to withstand shifts in high-risk zones.
We build our designs to strict regulatory standards, ensuring seamless compatibility across international zones. All structural fabrications undergo verified compliance mapping against CE, RMI, and AS4084-2012 specifications.
For international supply chain managers and industrial project engineering directors, selecting a custom storage rack system involves analyzing material sciences, weld stress tolerances, and spatial configuration options. Jracking addresses this selection process by validating every custom order with rigorous finite element analysis (FEA). This process validates load capacities, deflection indices, and wind load configurations for outdoor configurations. By combining raw material traceability with design verification, we help companies manage project risk and maintain workplace safety standards.
A look inside our 28,600 m² automated manufacturing facility, showing how precision automation translates into consistent product quality.
By integrating automated roll-forming lines, computerized multi-stage punching machines, and high-precision robotic welding arms, Jracking maintains control over structural clearances, weld profiles, and component tolerances. This automated process minimizes structural anomalies, allowing each cantilever arm, upright frame, and selective beam to align during warehouse installation. This production control helps keep logistics projects on schedule by reducing assembly issues on site.
Custom structural design strategies developed to meet the operational demands of diverse industrial environments.
Operating storage systems in sub-zero environments (-25°C to -40°C) demands specialized steel selections. Cold temperatures can cause low-carbon structural steel to become brittle. Jracking uses high-grade Q235B steel combined with specialized surface treatments to withstand thermal contraction, helping maintain structural integrity under low-temperature conditions.
E-commerce warehousing requires efficient spatial layout and fast product access. We engineer multi-level structural steel mezzanines and integrated catwalk systems designed to partition vertical clearances into multiple active work zones. This increases floor utilization indices while allowing personnel to access storage locations safely.
Heavy tooling, automotive components, and metal sheet stock require stable storage systems due to their concentration of weight. Jracking design specifications focus on deflection limits under high loads. We configure reinforced pallet beams, solid metal wire decking, and cantilever systems designed to store heavy profiles securely.
The integration of smart systems is reshaping industrial storage. Standard steel frameworks are evolving to function as integrated structures designed to interface with dynamic automated systems. Jracking is adapting its production design to support this shift toward automated material handling.
Our engineering team focus area is the development of tolerances compatible with Automated Storage and Retrieval Systems (AS/RS). Unlike manually operated pallet racks, AS/RS cranes and shuttle vehicles operate with low mechanical margins of error. A deflection variation of a few millimeters can cause sensor failures or mechanical interference. Jracking designs and manufactures components to precise tolerances, using automated quality checks to help ensure alignment for automated systems.
Our development pipeline includes integration designs for semi-automated and automated four-way radio shuttle systems. These shuttle systems use specialized steel profiles that support high-density configurations, helping operators improve space utilization and cycle throughput.
A look at the testing steps and international design codes that govern our manufacturing operations.
We design our rack components to meet the requirements of the Rack Manufacturers Institute (RMI) standards (ANSI MH16.1). This design approach supports stability and load rating calculations for projects located across North American jurisdictions.
To support our clients in Australia and New Zealand, we configure and test our storage systems to align with the AS4084-2012 steel storage racking standard, helping project installations meet local regulatory requirements.
Our structures and production lines are CE certified, confirming compliance with European safety, health, and environmental protection requirements (EN 15512, EN 15620, EN 15635) for distribution in the EU market.
Answering common engineering and procurement questions regarding custom structural storage projects.
Heavy-duty systems built to store long materials, piping, structural shapes, and heavy industrial products.
Jracking
