Mezzanine racking is primarily categorized into four types: column-platform combinations, column-group-platform combinations, rack-top-platform combinations, and multi-level shelf-platform combinations. Mezzanine racking is not only suitable for storing goods but can also be used in production areas, office spaces, and service zones. However, this is contingent upon the minimum warehouse height being over 4 meters, with ample space and high ground bearing capacity.

The main design features of the mezzanine shelving are as follows:

1. Employing an efficient steel structural assembly;

2 Structural Support Welding

3. Field installation is simple and quick, and can be easily reassembled when necessary.

All components are pre-designed, processed, and directly installed on-site.

The 5th floor platform has a load-bearing capacity of up to 500-1500 kg/m².

The staircase can be on either side or in the middle.

Equipped with complete handrails and collision kickboard systems.

Hunan Nengda Intelligent specializes in heavy-duty racking, beam racking, through-way racking, pallet racking, shuttle racking, mezzanine racking, shelving racking, flow racking, double-depth racking, narrow-aisle racking, and automated racking.

Our shelves support custom designs. Our design principles:

The shelving design strictly adheres to the requirements of the bidding documents, while following both national and industry standards.

The shelf design takes into account the deformation caused by uneven distribution of goods weight.

Consider the impact force generated by goods storage.

Consider the impact of earthquakes on the continental shelf.

We adopt solutions that meet customer requirements and ensure shelf performance.

The main raw materials for the 6 racks are Q235 or SS400, SPCC, with the surface treated with high-quality steel grades Q235, SS400, and SPCC.

Electrostatic powder coating treatment (excluding galvanized parts).

Upon completion of the 7-rack design, the drawings should be promptly communicated and confirmed with the customer.

In shelf design and material selection, shelves must undergo finite element analysis to ensure rational material selection and avoid unnecessary waste.

In the design of our solutions, we prioritize reliability and safety while also considering the economic aspects of material selection.