1. Enhanced Structural Stability: Embedded components, through anchoring, tightly connect different parts of a building, forming a unified whole, thus significantly improving the building's stability.
2. Load Bearing and Distribution: Embedded components can withstand external loads such as gravity and wind, effectively distributing them throughout the building structure to ensure its safety.
3. Facilitated Equipment Installation: Embedded components provide a stable installation foundation for various equipment within the building (such as pipes, cable trays, air conditioning units, etc.), making equipment fixing easier and faster.
4. Improved Construction Efficiency: Using embedded components reduces the need for on-site welding or bolt connections, simplifying the construction process and accelerating construction progress.
5. Guaranteed Construction Quality: The use of embedded components helps reduce potential damage to the building structure caused by later drilling or cutting, thereby improving construction quality and safety.
6. Adaptability to Deformation Requirements: In some cases, embedded components can also allow for certain deformation...