Steel Structure Industrial Logistics Park

The steel structure industrial logistics park is a group of industrial logistics buildings. Its core framework is made of steel. Generally speaking, the main structure of a logistics warehouse is usually a portal frame. This type of steel structure construction is fast and the column spacing on both sides is large, which can create a larger space for storing goods. Besides the storage function, it is also specifically used for integrated operations such as industrial production, logistics distribution, etc. in modern industrial parks. It combines the engineering advantages of steel structure buildings and the functional requirements of logistics parks, and is an important infrastructure in the modern industrial and supply chain system.

Product application scenarios

1.JD's "Asia One" intelligent Steel structure industrial logistics park

The steel structure provides the warehouse with stable load-bearing capacity and a large space, which can accommodate an AS/RS automated storage and retrieval system with a height of up to 24 meters, dense cross-belt sorting machines for high-speed sorting, and thousands of AGV robots. The building is deeply integrated with the logistics process, achieving full-process intelligence from inbound, storage, picking to distribution.

2. SF Southern China Aviation Hub

To meet the requirements of cargo aircraft docking, large sorting lines operation and cargo flow, the interior space of the building is extremely spacious. The steel structure can withstand high-frequency mechanical vibrations and dense equipment loads, and is capable of operating 24 hours without interruption. As the business grows, using steel structure allows for relatively convenient expansion or addition of mezzanines.

FAQ

1.What is the most crucial advantage of the Steel structure industrial logistics park

The core advantage lies in "speed, flexibility and large space".

Speed: The degree of prefabrication is high, and the construction period is shortened by approximately 30% to 50% compared to traditional concrete structures.

Flexibility: The column grid layout is flexible, facilitating space division renovations and future expansions.

Large space: It can achieve large-span spaces without columns or with few columns (commonly 30-60 meters), maximizing storage and operation efficiency, and perfectly adapting to modern logistics equipment.

2. Why can it better support logistics automation?

Firstly, all the steel structure components are prefabricated in our factory, using advanced machinery to assist in the processing, which improves the accuracy and provides a stable foundation for the logistics automation robots. Additionally, it is easy to design to meet the heavy loads of automated storage and retrieval systems (AS/RS) and multi-level shuttle vehicle systems.

3. What technical parameters should be given priority consideration during the design stage?

Column spacing. It determines the flexibility and utilization of the space.

Ground load. It determines the capacity to store multiple goods.

Roof lighting and ventilation design. It affects energy consumption and working environment.

Eave height. It influences the vertical storage capacity and air circulation.

4. How is its "green" feature manifested?

Steel can be 100% recycled.

Dry construction method reduces construction waste and pollution.

The large roof surface makes it easy to install distributed photovoltaic power generation systems, achieving self-sufficiency in energy; the good sealing performance combined with energy-saving design reduces temperature control energy consumption.

5. Are the operation and maintenance costs high?

The maintenance costs mainly focus on the roof system and the regular inspection and maintenance of fireproof and anti-corrosion coatings. If the design is appropriate, the maintenance costs can be controlled.

The benefits brought by rapid production and the low operating costs often can offset and outperform the higher initial investment.