Electriastic Power Coating Steel Drive in Pallet Rack

Structural feature:
1. Drive-in racking is also called corridor-type racking, composite structure, specialized high-intensity drive-in brackets, high-strength drive-in beam, frames are connected to top beams by bolts & nuts.

2. The depth of the single side drive-in racking which is against the wall should not be more than 6 pallet locations, and that of double side drive-in should be less than 12 pallet positions so as to ensure the loading efficiency of forklifts and stability of racking.

3. It's best to make drive-in lower than H11000mm because of its not so good stability which is the weakest compared with other racking system.

4. The drive-in racking should be equipped with back, top cross beams, etc. To stabilize the racks.

5. This type of racking is densely arrayed, making full use of storage space; Both "first in first out" and "first in late out" are available, suitable for storing few types of goods with large quantity.

6. Widely used in milk, drink industry, and also be welcome by cold storage.

Project Case:

Our drive-in rack system is designed to maximize storage capacity in warehouses and distribution centers. This type of rack features a unique design that allows forklifts to drive directly into the rack structure, eliminating the need for aisles between storage bays. This allows for a higher storage density compared to traditional racking systems.

The drive-in rack system is ideal for storing large quantities of homogenous products with low turnover rates. It is commonly used for storing pallets of goods that are not time-sensitive or require frequent access. The system is also highly customizable, allowing for different configurations to suit various storage needs.

Constructed with high-quality materials, our drive-in rack system is durable and built to last. The system is also designed to be easily installed and maintained, making it a cost-effective storage solution for businesses of all sizes.

Applications: 

1. Cold Storage: Drive-in racks are commonly used in cold storage facilities to store perishable goods such as food and pharmaceuticals. The dense storage configuration of drive-in racks helps to maximize the use of refrigerated space, while also providing easy access for forklifts to quickly move goods in and out of storage. This application scenario is essential for businesses that require temperature-controlled storage solutions.

2. Manufacturing Facilities: Drive-in racks are often utilized in manufacturing facilities to store raw materials, work-in-progress inventory, and finished goods. The ability to store large quantities of items in a compact space makes drive-in racks a practical solution for businesses with high inventory turnover rates. This application scenario is crucial for maintaining efficient production processes and ensuring timely delivery of products to customers.

3. Retail Distribution Centers: Retail distribution centers can benefit from the use of drive-in racks to store a wide variety of products in a systematic and organized manner. By implementing drive-in racks, distribution centers can optimize their storage space and streamline the picking and packing process. This application scenario is essential for retailers looking to improve inventory management and order fulfillment efficiency.

4. Automotive Parts Storage: Drive-in racks are commonly used in automotive warehouses and distribution centers to store a large volume of parts and components. The ability to stack items vertically in drive-in racks helps to maximize storage capacity and keep inventory organized. This application scenario is critical for businesses in the automotive industry that require efficient storage solutions for various types of parts and accessories.

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