Innovative NEW BUILDING System Connectors Enhance Construction Efficiency and Sustainability

The construction industry is witnessing a transformative shift with the introduction of advanced NEW BUILDING system connectors, which are integral to modern structural solutions. These connectors play a pivotal role in integrating floor and beam systems, offering significant advantages in installation, cost-effectiveness, and environmental performance. Based on patented technology (Patent No.: ZL202221428930.3), the NEW BUILDING system connectors facilitate seamless assembly and optimize resource utilization.

One key application lies in the floor system, where the NEW BUILDING system connectors enable convenient installation and safer construction processes. By simplifying the connection of components, these connectors reduce labor time and minimize on-site risks. Additionally, they support the efficient installation of water and electrical utilities, leading to high space utilization rates. The design minimizes material loss, achieving superior material efficiency, and eliminates the need for suspended keels in roofs, thereby lowering decoration costs and streamlining construction. With low transportation space occupancy, the NEW BUILDING system connectors improve cost-effectiveness in logistics, while the overall system price remains significantly lower than comparable market solutions.

In the floor beam structural system, the NEW BUILDING system connectors contribute to an integrated beam and slab configuration. This approach combines V-shaped floor beams with compressed steel plates and cement fiber boards, creating a unified structure that jointly bears floor loads. The connectors ensure excellent mechanical properties by leveraging geometric and material optimizations, resulting in enhanced load-bearing capacity and durability. They also accelerate construction timelines by eliminating formwork requirements, allowing simultaneous multi-story work and dry operations, which is ideal for prefabricated steel structures.

Moreover, the NEW BUILDING system connectors maximize space utilization by enabling the routing of pipelines through beam ribs and grooves, with reserved apertures up to 70mm. This reduces material consumption—weighing one-third of traditional cast-in-place slabs—and supports ecological benefits by saving wooden formwork and reducing waste. The flexibility of the NEW BUILDING system connectors allows for structural adjustments based on load and span requirements, ensuring broad applicability and adaptability.

Overall, the integration of NEW BUILDING system connectors into construction projects promises shorter cycles, lower costs, and sustainable outcomes, marking a significant advancement in building technology.