Herochu Industrial Cantilever Racks: Optimized Heavy-Duty Storage Solutions
Engineered for Industrial Efficiency
Herochu cantilever racks are robust sheet metal storage systems designed to maximize vertical space utilization for long, bulky items such as metal pipes, wooden beams, plastic conduits, and automotive parts. With a modular construction featuring galvanized steel bases, vertical columns, and adjustable arms, these racks deliver 3,000-5,000 lb load capacities per arm while maintaining 360° accessibility.
Core Advantages
- Customized Configurations
- Arm lengths (3′ to 12′) and column heights (8′ to 20′) adapt to workshop dimensions
- Mobile base options (with locking casters) enable dynamic space reconfiguration
- Certified Durability
- Operational Flexibility
- Direct access eliminates palletization needs for irregular loads
- Modular assembly allows future expansions without structural modifications
Industry-Specific Applications
| Sector | Typical Use Cases |
|---|---|
| Manufacturing | Storing extruded aluminum profiles, steel bars, PVC pipes |
| Construction | Organizing lumber, rebar, and ceramic sheets |
| Automotive | Housing automotive frames, exhaust components |
| Logistics | Managing paper rolls, plastic coils, and non-palletized goods |
Technical Specifications
- Material: 12-gauge galvanized steel with 2mm arm thickness
- Load Capacity: 3,099 lbs per standard arm (customizable to 5,000+ lbs)
- Installation: Bolt-free assembly with interlocking connectors
- Coverage: Optional weatherproof canopies for outdoor storage
Why Choose Herochu?
Unlike fixed shelving units, our cantilever systems grow with your inventory needs. The open-frame design integrates seamlessly with forklifts and cranes while reducing retrieval times by 40%. Every component is laser-cut for precision alignment, ensuring long-term structural integrity even in high-traffic warehouses.
For enterprises requiring scalable industrial storage solutions, Herochu cantilever racks provide unmatched adaptability, safety, and ROI through optimized floor space utilization.
