High-precision manufactured structures engineered to optimize dynamic transit, heavy storage loads, and automated warehouse material flow.
Jracking (Guangdong) Storage Co., Ltd. is a high-profile, professional manufacturer specializing in custom warehouse racking systems and heavy industrial transport storage structures. Since our strategic incorporation in 2016, we have committed to designing, engineering, and exporting superior-grade heavy machinery components, transport racks, and structural racking systems to dynamic distribution sites, auto factories, and automation plants globally.
Spanning an expansive, state-of-the-art facility of 28,600 m², Jracking incorporates cutting-edge roll-forming technology, automatic robotic welding lines, and advanced electrostatic powder coating techniques. Backed by 8 years of global export experience and over 12 years of core engineering expertise, Jracking has built a solid footprint in North America, Europe, Southeast Asia, Australia, and the Middle East, with annual international sales exceeding USD 18 million.
As an industry-certified OEM & ODM supplier, our engineering department works in tandem with over 1,150 strategic supply chain partners worldwide to deliver specialized warehouse solutions. From high-capacity cantilever pipe racks to multi-level automated steel platforms, Jracking structures are certified to meet international criteria such as the AS4084 Australian Standard, CE marking, and European FEM protocols.
Understating modern industrial efficiency through customized handling mechanisms and rigid structural integrity.
The logistics and storage paradigm has moved beyond standard static storage. Today, major supply chains in automotive, clean energy, metallurgical, and cold distribution industries face significant pressure to minimize turnaround times while ensuring optimal physical safety. The modern industrial transport rack serves a dual purpose: it acts as a rigid, load-stable storage cell inside the warehouse and functions as a safe transit framework across maritime, rail, and road transportation channels.
Standard packaging structures often degrade during long-distance transit, leading to product damage, manual handling delays, and increased carbon footprints. By adopting heavy-duty transport racks made from high-strength Q235B & Q355B structural steel, enterprises gain major advantages. These structural frameworks are designed to withstand dynamic forces during transport, such as vertical vibration, lateral shifting, and rapid deceleration, without compromising structural integrity.
Engineered frames designed for secure movement of vehicle panels, engines, and heavy powertrains from stamping plants to assembly lines.
Special anti-corrosive powder finishes and specialized steel grades that resist structural embrittlement down to -30°C.
Uncompromising production tolerances (under 1mm deviance) allow automated cranes and shuttles to handle frames at high speeds without jams.
Every stage of production is executed in our ISO 9001-certified Guangdong facility under strict quality controls to guarantee load ratings.
How Jracking customized configurations solve space and safety issues across diverse geographic regions.
Operating environments vary significantly between regions. For example, North American regional distributors often require heavy storage shelving tailored for forklift configurations that meet strict RMI standards. In contrast, Australian warehouse operators prioritize systems certified to the updated AS4084 standard. Jracking customizes its designs to align with these localized load and safety guidelines.
In cold storage environments—such as marine product logistics hubs in Northern Europe or meat distribution systems in the GCC—standard steel is prone to cold-induced brittle fractures. Jracking addresses this by using structural steel grades with low-temperature impact testing, combined with specialized powder finishes. This prevents rust, peeling, and structural failure in temperatures as low as -30°C.
For industrial plants handling pipes, copper tubing, and timber, standard pallet storage is inefficient. Our customized cantilever racking systems utilize robust arms secured by high-tensile connection bolts. This layout keeps long products safe and organized, preventing sagging and allowing quick overhead access.
Investing in high-density automation, smart sensors, and advanced automated retrieval systems (AS/RS).
The warehouse industry is rapidly transitioning from manual operations to fully automated setups. Jracking is leading this shift by developing integrated storage systems compatible with Four-Way Shuttle Systems and Automated Stacker Cranes. Precision is essential in these setups: standard manual racks allow for slight variations, but robotic systems require structural tolerances within millimeters. A slight deviation in rack alignment can trigger an automatic system shutdown, disrupting the entire facility.
To prevent this, Jracking uses computerized testing and automated welding rigs to ensure alignment tolerances match strict global limits. Our modern 4-way radio shuttle systems run on custom-profiled rails, allowing shuttles to move seamlessly across longitudinal and transverse tracks. By utilizing vertical spaces up to 30 meters high, this system increases warehouse capacity by up to 200% compared to traditional selective racking.
Over the next five years, Jracking will expand its integration of sensor networks, enabling predictive load calculations and automated structural health checks. This technology helps operators identify and address minor misalignments or accidental forklift impacts before they lead to structural failures.
Clear, technical answers to common questions about safety certifications, loading capacities, and customization options.
Browse our selection of heavy-duty, high-capacity racking systems designed for industrial storage operations.
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