Hoisting Prefabricated House Hanger

The 'Self-Balancing Hanger for Prefabricated Components in Prefabricated Buildings' is an innovative solution to the challenges associated with hoisting prefabricated house hangers. Here are the details:

Dynamic Balance Ensures Stable Hoisting: In the construction of prefabricated buildings, achieving balance during the hoisting of large prefabricated components is a challenging issue that traditional hoisting methods struggle to address effectively. The 'Self-Balancing Hanger for Prefabricated Components in Prefabricated Buildings,' developed by Fengqiao Company of China Railway Sixth Bureau Group, achieves dynamic balance through an automatic leveling system with pulley blocks. During the hoisting process, this system can instantaneously adapt and adjust the forces at each hoisting point, promptly eliminating unbalanced moments. This feature ensures that the components remain stable throughout the entire hoisting process, effectively eliminating the risk of cracks or damage caused by unbalanced hoisting, significantly enhancing the safety of the hoisting operation.

High-Precision Micro-Adjustment Enables Precise Installation: Traditional hoisting methods are relatively 'rough,' making it difficult to make precise adjustments to components in mid-air. This hanger incorporates a high-precision micro-motion control system that, with the aid of guide pulleys and rails, allows for millimeter-level micro-adjustments of components in mid-air. This 'precision' installation method significantly reduces the risks and operational difficulties associated with manual adjustments, enabling components to be positioned more accurately and improving the quality and precision of construction.

Modular Design Meets Diverse Needs: The hoisting point requirements for different prefabricated components vary, making it difficult for traditional hoisting fixtures to adapt flexibly. This hanger features a modular, adjustable hoisting point pulley block design that supports flexible configuration. This design can meet the hoisting point needs of various components, achieving 'one machine for multiple uses.' In actual construction, it reduces downtime caused by hoisting fixture changes and improves construction efficiency.

Significant Improvement in Construction Efficiency: Practical data shows that using this hanger for component demolding and hoisting construction improves efficiency by approximately twice compared to traditional methods. This fully demonstrates that while the hanger combines stability, safety, and versatility, it can also significantly enhance construction efficiency, bringing positive impacts to the construction of prefabricated buildings.