All beams and floors of the modular steel platform in the main warehouse are self-developed and designed through patent applications. It is also the first in the industry to adopt modular flexible assembly and manufacturing technology. All structures have been subjected to finite element analysis of steel structures using ANSYS software. The cross-sectional design of the beams and floors is more reasonable, and under the same bearing capacity, The beams and floors of modular platforms are lighter in weight (they can be combined according to different bearing needs to meet different bearing needs). Compared to traditional methods, it has more prominent advantages.
1. The structural components of the platform are formed using a cold bending process, followed by acid washing, phosphating, and electrostatic spraying, resulting in a beautiful appearance.
2. Flexible structural design, safe and reasonable strength, and superior stability performance.
3. The production cost of mass production is reduced by about 20% compared to traditional methods.
4. Fast delivery speed (approximately 5000 square meters of usable area can be built within a week)
5. All components are connected by high-strength bolts, without the need for on-site welding
6. Flexible combination, easy disassembly and assembly.
1. Steel structure platforms are often used in industries such as third-party logistics and mechanical manufacturing
2. The platform can carry 200kg-1500KG per square meter
