Precast accessories Fixing Socket Cross Pin Nail Plate

Design:

• Fixing Socket is mainly used for connecting prefabricated components, providing standardized interfaces and stable connection structures. The internal structure may include threads, slots, etc., used to mate with connectors such as Cross Pins.
• Cross Pin is used to pass through the Fixing Socket and the reserved holes of adjacent prefabricated components to achieve connection between the two. The cross shaped design helps to increase the stability and shear resistance of the connection.
• Nail plates are typically placed at the joints of prefabricated components to enhance their strength and stability. It can be fixed together with prefabricated components through bolts, nails, and other methods.

Application:

• The connection of prefabricated beams, prefabricated columns, and other components enhances the connection strength between prefabricated components, forming a stable connection structure.
• The installation and fixation of prefabricated wall panels and prefabricated floor slabs can prevent relative movement between components.
• Used in projects such as bridges, tunnels, and high-rise buildings, it can improve the seismic performance of the structure.

Advantages:

• Allows prefabricated components to be quickly and accurately connected on the construction site, thereby improving construction efficiency and quality.
• Its design allows for the formation of strong connections between prefabricated components while maintaining a certain degree of flexibility to accommodate minor deformations that may occur during the use of the structure.
• Nail plates are usually made of high-strength steel plates with sufficient rigidity and toughness to withstand expected loads. During installation, nail plates are placed at the connection points of prefabricated components and fixed together with nails or bolts. This connection method is not only simple and fast but also provides reliable connection strength.
• Improve construction efficiency and quality, reduce the amount of wet work on-site, and shorten the construction period.
• These components can also improve the overall performance and durability of the structure, ensuring its safety and stability during use.

Attention:

• When selecting and using these components, reasonable design and selection should be made based on specific engineering requirements and conditions.
• It should be ensured that the material, size, and performance of the components comply with relevant standards and requirements.
• During the installation process, the correct installation methods and steps should be followed to ensure that the components can be connected correctly and firmly together.
• Regular inspections and maintenance should be carried out on components to ensure that they maintain good performance during use.