Industrial mold storage operates under extreme mechanical constraints. Heavy plastic injection molds, metal stamping dies, and specialized casting tools are highly concentrated masses that range from 500 kg to over 5,000 kg per storage pocket. Standard pallet racks are structurally insufficient for these localized, point-loaded payloads, creating catastrophic dynamic failure risks for facility operations.
Shenzhen Shibang Storage Rack Co., Ltd. addresses these engineering requirements by manufacturing advanced, CE-compliant mold racking systems (often referred to as drawer racks or roll-out die racks). By incorporating precision sliding mechanisms, high-strength structural steel profiles, and integrated safety locking systems, we deliver optimal safety and space utilization for modern automotive, aerospace, and high-precision manufacturing plants globally.
Factory Footprint
Senior R&D Engineers
Industry Expertise
Annual Export Value
Our mold racks feature heavy-duty slide-out drawers, engineered to handle structural weights while maintaining safety and operational comfort for factory personnel.
To prevent multi-drawer deployment hazards, which can alter the rack's center of gravity and cause tip-overs, Shibang racks feature an automatic safety interlock. Only one drawer panel can be extended at any given time.
Drawers utilize high-capacity, dual-sealed ball bearing guides that provide structural roll-out capabilities. Standard drawer designs support 50% to 70% extension, while specialized cantilever configurations allow 100% full-extension access for overhead crane crane loading.
Our structures undergo dynamic multi-stage pickling, iron-phosphate wash, and electrostatic powder coating baked at 200°C. This ensures high resistance to oil, lubricants, and humidity commonly found in industrial mold-handling zones.
In high-capacity material handling, international safety certifications verify manufacturing quality. Our mold racks comply with European CE directives, specifically Machinery Directive 2006/42/EC and EN 15635 (Steel Static Storage Systems). Compliance with these standards confirms that the design, structural calculations, and mechanical clearances minimize risks during operation.
Every structural system undergoes a defined testing program prior to shipment:
Operating from Shenzhen, China's industrial manufacturing and logistics center, Shenzhen Shibang Storage Rack Co., Ltd. integrates local supply chain efficiencies to deliver engineering value.
Our production facilities utilize automated roll forming, computerized CNC bending, and robotic laser-welding lines. This automation maintains structural tolerances and minimizes fabrication variances across multi-bay racking installations.
Our direct partnerships with major domestic steel mills ensure a consistent supply of certified high-grade steel. This integration reduces lead times and insulates clients from structural material cost volatility.
Located near major ocean cargo terminals in Shenzhen, Shibang exports to distributors, 3PL providers, and assembly plants in North America, Europe, Australia, and Southeast Asia, generating over $18 million in annual export value.
Our 32,000 square meter factory utilizes modern processing equipment to maintain structural precision for custom racking systems.
For multinational buyers, managing shipping logistics and onsite installation is as critical as sourcing the structural hardware. Shibang supports global projects through localization services designed to streamline delivery:
Different industries require unique structural and loading configurations. Our mold racks are engineered to meet these specific operational workflows.
Injection molds must be stored close to pressing machines to minimize changeover times. Our roll-out drawer systems allow crane access directly to the rack, minimizing tool setup times and supporting lean manufacturing targets.
Automotive body panel stamping requires large, heavy-duty dies. We engineer heavy-capacity racking systems using structural wide-flange beams, reinforced drawer channels, and mechanical rack gears to store tools weighing up to 5,000 kg per level.
High-density electronic molds require secure, organized storage to prevent contamination. Our racks feature closed drawer panels, custom vertical clearances, and protective polyurethane surfaces to prevent damage to sensitive tool surfaces.
Modern manufacturing facilities are shifting from simple manual tool storage to integrated, data-driven warehousing solutions. This transition is shaped by three key industrial developments:
Our standard systems support loading options of 500 kg, 1,000 kg, 2,000 kg, and up to 5,000 kg per drawer deck. Dynamic load ratings are verified using FEA simulations based on the designated weight distribution of the tool.
Extension describes how far the shelf panel slides out from the structural frame. A 50-70% extension is typical for standard forklift handling, while 100% full-extension systems allow overhead cranes to lift molds straight up without hitting the shelf above.
We configure rack frame profiles, footplate dimensions, and floor anchor details to match local building codes and seismic zones (such as US seismic categories A-F or European Eurocode 8 standards).
We source certified Q355B cold-rolled steel for load-bearing posts, frame columns, and drawer guides. This structural steel provides high yield strength and resistance to material fatigue under heavy payloads.
Yes. Vertical columns feature punch holes spaced at 75mm or 50mm intervals, allowing operators to adjust vertical drawer clearances to accommodate changing tool dimensions.
Every system includes back-stops to limit drawer travel, structural safety locks to prevent accidental movement, floor anchor plates, and single-drawer interlocks to prevent multiple drawers from opening at once.
Shibang Steel
