Contact
Nanluzhuang Village, Majiawu Town, Renqiu City, Cangzhou City, Hebei Province, China
PRODUCT
We can undertake the design and customization of specialized frames for various aluminum profiles, as well as tailor-made accessories for aluminum profile frames.
Ordinary scaffolding can be transformed into various heights and configurations by stacking and combining, meeting the needs of large-scale high-altitude work. Single-tower scaffolds typically reach up to around 12 meters, while modular scaffolding systems can be erected to heights exceeding 20 meters.
We can undertake the design and customization of specialized aluminum profile frames, as well as tailor-made accessories for various aluminum profile frameworks.
Ordinary scaffolding can be transformed into various heights and configurations by stacking and combining, meeting the needs of large-scale high-altitude operations. Single-tower scaffolds typically reach up to around 12 meters, while modular scaffolding systems can be erected to heights exceeding 20 meters.
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.
The square-column clamp is a new type of complementary fastener designed to reinforce square and rectangular columns. With its superior construction techniques and excellent formwork-shaping performance, it eliminates the conventional pairing of tension bolts and steel pipes—compared to traditional wood, aluminum, and steel formworks—and significantly reduces the risk of formwork collapse.
Models: 100-20 steps, 100-26 steps; 100-32 steps; 100-38 steps; 100-41 steps; 100-44 steps; 100-51 steps
Models: 100-20 steps, 100-26 steps; 100-32 steps; 100-38 steps; 100-41 steps; 100-44 steps; 100-51 steps