Hierarchical Height Telescoping Cantilever Rack, Multi-level Retractable Arm for Mixed Long Sheets Storage
Hierarchical height telescoping cantilever rack adopts innovative unequal-height layered arm design, breaking the unified height limitation of traditional cantilever racks. The upper-layer telescopic arms are set with larger spacing for storing ultra-long oversize slabs and tall profiles, while the lower-layer arms adopt compact spacing for short-size long materials and leftover strips, realizing hierarchical mixed storage of long materials with different specifications.
The vertical uprights are preset with multi-group adjustable mounting holes, allowing users to fine-tune the height of each telescopic arm according to the actual maximum material height. The unequal-height hierarchical layout makes full use of vertical space of the rack, avoiding vertical space waste caused by unified large spacing for short materials. Each arm still retains independent telescopic stretching and locking functions.
The stress balance structure is optimized for unequal-height layered layout to offset unbalanced vertical load distribution. The upper extended arms are equipped with auxiliary anti-sway braces to enhance stability when storing ultra-long high profiles. The lower compact arms are added with dense anti-slip partitions to classify and place scattered short leftover strips neatly.
This hierarchical height telescopic cantilever rack solves the space waste problem of mixed long and short materials stored in unified-spacing racks. It realizes refined classified storage of multi-spec long raw materials, simplifies inventory statistics work, and improves the comprehensive utilization rate of single rack vertical space.
FAQ & Service
Q1: Can I adjust the height of each cantilever arm freely?
A: Multi-group reserved mounting holes support arbitrary height adjustment of single arm to adapt to materials of different heights.
Q2: Will unequal layers affect the overall structural stability?
A: Optimized balance frame and upper anti-sway braces effectively eliminate stability risks brought by hierarchical layout.
We customize layered spacing scheme based on your material size data.
