Compared to closed trough or tray-type bridges, galvanized ladder bridges offer significant advantages in heat dissipation and ease of cable maintenance, making them the preferred solution for high-load, high-maintenance scenarios.
Compared to closed trough or tray-type bridges, galvanized ladder bridges offer significant advantages in heat dissipation and ease of cable maintenance, making them the preferred solution for high-load, high-maintenance scenarios.
The efficient integration of seismic support and prefabricated components is the inevitable path for prefabricated buildings to achieve high quality, high safety, and high efficiency.
During metal sheet fabrication, the quality of the cut edges directly impacts the assembly accuracy, structural strength, and overall appearance of the finished product.
Seismic support utilizes high-strength finished components, a scientific bracing layout, and rigid connection nodes to create a stable and reliable force transmission path.
In modern industrial manufacturing and engineering construction, steel is one of the most fundamental and critical raw materials. Its quality directly determines the performance, safety, and lifespan of the final product.
In modern buildings and industrial electrical systems, cable trays bear the crucial responsibility of centrally laying, protecting, and managing various power, control, and communication cables.