In the field of warehouse equipment, beam racks may be the least “visible” but ubiquitous. They silently support the operation of modern logistics, but not all beam racks are the same – the real differences are hidden in the structural gaps, steel sections, and load-bearing connections. These seemingly small details determine whether the warehouse is efficient or full of hidden dangers.
I. Product features: secure and flexible underlying logic
Storlogi’s beam shelves abandon flashy designs and return to the essential needs of storage:
Strong Skeleton, Uncompromising Safety
Uprights are made of Q235B or higher-grade cold-rolled steel plates (thickness 1.5-2.5mm+), precision roll-formed into 11-13-sided structures. The sectional moment of inertia is increased by over 30%, with impact resistance far exceeding that of ordinary uprights.
Crossbeams adopt the industry-leading “P-type welded beam” structure, with internal welded reinforcing ribs forming a rigid box-type system—far from simple bent components.
Key connection points are equipped with lugged safety pins to ensure zero risk of crossbeam detachment under external impact.
Flexible Adaptation, Dynamic Adjustment
With 75mm or 50mm as the adjustment modulus, the layer height can be freely adjusted as needed to cope with changes in cargo dimensions. It features strong expandability, supporting post-installation of mold racks, mezzanine platforms, or even upgrading to automated stereoscopic warehouses.
Enhanced Protection, Detailed Assurance
Optional upright foot guards, anti-collision bars, and pallet back nets can improve safety by over 50% in areas with frequent forklift operations.
II. Product Parameters: Quantified Expressions for Precise Matching
Storlogi’s shelving parameters aren’t just numbers on paper—each one is validated through real-world operational scenarios!
Dimensions in mm: Mastering space utilization like a pro
Length: Tailored to pallet sizes. For a common 1200mm pallet, the shelf length is designed as 2700mm (1200×2+300), leaving just the right gap between pallets for effortless loading/unloading.
Depth: 100mm shorter than pallet depth. If the pallet is 1000mm deep, the shelf depth is 900mm—a smart design to perfectly avoid forklift scraping during operation.
Height: Designed in 75mm integer multiples, with a 500mm safety buffer reserved at the top layer for both order and security.
Hardcore performance: Backed by real-world test data
Maximum height: Stable even in 12-meter high-rise warehouses—steady as a rock, use with confidence!
Single-layer load-bearing: Handles 1000kg-5000kg with ease. Customized higher loads are available—when it comes to bearing capacity, Storlogi “never backs down”!
Surface treatment: Two ultra-durable options! Powder coating (film thickness 60-80μm) or hot-dip galvanizing (zinc layer ≥80μm), both passing salt spray tests exceeding 1000 hours—rust resistance at its finest!
lll.Design Principles: The Invisible Armor of Scientific Calculation
Storlogi’s design process is a profound dialogue between mechanical engineering and operational scenarios—where every calculation weaves into a safeguard.
Critical details like forklift fork entry angles and aisle turning radii, eliminating potential design blind spots
Dual-Layer Validation
Enforce a 15% safety margin as standard
Digital Simulation Using specialized rack analysis software to model:
Vertical loading forces
Seismic resistance
Impact absorption capacities
On-Site Expert Review Verified by engineers with 10+ years of experience who:
Eliminate “marginal designs”
IV.Storlogi’s Practice Principles
We don’t play “specmanship”—that 5000kg load rating? It’s the real-world capacity when forklifts operate at full load, rock-steady. We don’t do “rough fits”—every design goes through on-site surveys AND 3D modeling validation, no exceptions. We scorn “cutting corners”—material certificates and load test reports come standard, ready for third-party inspection anytime.
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