Products
Contact
Nanluzhuang Village, Majiawu Town, Renqiu City, Cangzhou City, Hebei Province, China
Coupler-type scaffolding
The main components are vertical and horizontal rods. The disc-lock node structure is ingeniously designed, enabling axial force transfer along the vertical rods. This ensures that the scaffolding boasts high structural strength and excellent overall stability in three-dimensional space, while also providing a reliable self-locking function.
The main components are vertical and horizontal rods. The disc-lock node structure is ingeniously designed, enabling axial force transfer along the vertical rods. This ensures that the scaffolding boasts high structural strength and excellent overall stability in three-dimensional space, while also providing a reliable self-locking mechanism.
The main components are vertical and horizontal rods. The disc-lock node structure is ingeniously designed, enabling axial force transfer along the vertical rods. This ensures that the scaffolding boasts high structural strength and excellent overall stability in three-dimensional space, while also providing a reliable self-locking mechanism.
The main components are vertical and horizontal rods. The disc-lock node structure is ingeniously designed, enabling axial force transfer along the vertical rods. This ensures that the scaffolding boasts high structural strength and excellent overall stability in three-dimensional space, while also providing a reliable self-locking mechanism.
The main components are vertical and horizontal rods. The disc-lock node structure is highly efficient, enabling axial load transfer through the vertical rods, which ensures that the scaffolding boasts high structural strength and excellent overall stability in three-dimensional space, while also providing a reliable self-locking function.
The main components are vertical and horizontal rods. The disc-lock node structure is ingeniously designed, enabling axial force transfer along the vertical rods. This ensures that the scaffolding boasts high structural strength and excellent overall stability in three-dimensional space, while also providing a reliable self-locking mechanism.
The main components are vertical and horizontal rods. The disc-lock node structure is ingeniously designed, enabling axial load transfer through the vertical rods. This ensures that the scaffolding boasts high structural strength and excellent overall stability in three-dimensional space, while also providing a reliable self-locking mechanism.
The main components are vertical and horizontal rods. The disc-lock node structure is ingeniously designed, enabling axial load transfer through the vertical rods. This ensures that the scaffolding boasts high structural strength and excellent overall stability in three-dimensional space, while also providing a reliable self-locking mechanism.