How does the Storlogi Overhead Corridor Racking System maximize the output per square meter of warehousing?

I. Core Product Features: Structural Innovation and Functional Integration

The Overhead Corridor Racking System of Storlogi, with the design core of “Efficient Space Utilization”, integrates the practicality and stability in the field of industrial engineering, forming three differentiated advantages:

1. Overhead Three – dimensional Structural Design
   By building a through – type bridge above the racking aisles (with a width of 2.5 – 3.5 meters, depending on forklift operation requirements), the upper – level space of traditional racking aisles is transformed into a storage area. For pallet racks with a height of ≥6 meters, the storage capacity can be increased by an additional 20% – 30%. Meanwhile, the bridge structure enhances the rigidity of the overall framework, reducing the risk of racking sway.
2. Flexible Compatibility with Handling Equipment
   It supports mainstream warehousing equipment such as counterbalance forklifts and reach trucks for access operations. Following the principle of “single – side access, last – in – first – out”, a single forklift can cover multiple rows of racks, reducing the number of equipment required. Through actual measurement, under the same storage capacity, the forklift operation path is shortened by 40%, improving the labor – efficiency ratio.

II.  Product Competitive Advantages: Cost Optimization and Performance Assurance

Compared with traditional warehouse racking solutions, the Overhead Corridor Racking System of Storlogi demonstrates significant competitiveness throughout its entire life cycle:

1.Space Utilization Surpasses Industry Standards

• Ground Utilization Rate Increased by 60%: By eliminating redundant aisles, for every 1,000 square meters of warehouse space, 300 – 500 additional storage positions can be added (calculated based on 1.2m × 1m pallets).
• Floor – to – Ceiling Utilization Rate Reaches 85%: With the design of the top – level space of the racks, it can be adapted to warehouses with a clear height of 5 – 12 meters, increasing the vertical space utilization rate by 5% – 10% compared with conventional racks.

2.Short Investment Payback Period

• Initial Cost Advantage: Under the same storage capacity, the rack procurement cost is 15% – 20% lower than that of traditional solutions (due to the reduction in the number of rack rows and aisle planning).
• Significant Long – term Benefits: Calculated based on annual storage costs, the investment cost of the racks can be offset through space savings within 3 years. Starting from the 4th year, annual warehouse costs can be saved by approximately 200,000 yuan (taking a 10,000 – square – meter warehouse as an example).

3.Industrial – Grade Quality Assurance

• Material Standards: The uprights are made of Q235B hot – rolled steel (thickness ≥ 2.5mm), and the load – bearing capacity of the beams is ≥ 2 tons per layer, having passed a 1.5 – times load test.
• Safety Design: Standard – equipped with anti – collision columns, limit guide rails, and layer – board anti – detachment devices, it complies with the GB/T 28576 – 2012 Specifications, Dimensions and Tolerances for Industrial Racks standard and has passed third – party structural safety testing.

III.  Customer Economic Benefits: Data – Driven Value Enhancement

Storlogi racks have served customers in the food, cold chain, manufacturing and other industries. Practical application data validates three core values:

1.Reduction in Warehousing Costs

• Case of a Food Enterprise: After deploying the Overhead Corridor Racking System in an 8,000 – square – meter warehouse, the storage capacity increased from 12,000 pallet positions to 20,000 pallet positions. The annual rental cost savings reached 1.8 million yuan (calculated at 30 yuan per square meter per month).
• Case of a Cold Chain Enterprise: In the cold storage scenario, due to the reduction in aisle area, the refrigeration energy consumption decreased by 12%, saving about 150,000 yuan in electricity costs annually.

2.Improvement in Operational Efficiency

• Optimization of Inbound and Outbound Timeliness: The daily operation volume of a single forklift increased from 120 pallets to 180 pallets, and the order response speed increased by 30%.
• Reduction in Labor Costs: Under the same operation volume, 1 – 2 forklift operators can be reduced, saving 80,000 – 120,000 yuan in annual labor costs.

3.Enhanced Inventory Management Efficiency

Combined with the WMS system, “digital binding of storage locations” is achieved. The inventory counting error rate decreased from 1.5% to 0.3%, the inventory turnover rate increased by 15%, and the capital occupation cost decreased by approximately 5%.

IV.  Applicable Scenarios and Cooperation Models
Core Application Areas:

Manufacturing Industry: Centralized storage of raw materials / finished products (such as automotive parts, electronic components);

Food Industry: Bulk storage of large – volume products and first – in – first – out management;

Cold Chain Logistics: Scenarios where the cost of cold storage space is a sensitive factor;

Third – Party Warehousing: Public warehouse projects that require a rapid increase in space efficiency.