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Nanluzhuang Village, Majiawu Town, Renqiu City, Cangzhou City, Hebei Province, China
Cuplok scaffolding
Galvanized Bowl-Clip Scaffolding
The bowl-lock joint features a rational structure: the load-transferring rods transfer force axially, giving the scaffolding as a whole high structural strength and excellent three-dimensional spatial stability, thereby meeting construction safety requirements.
The bowl-lock joint features a rational structure: the load-transferring rods efficiently transfer forces axially, giving the scaffolding an overall high structural strength and excellent three-dimensional spatial stability, thereby meeting the safety requirements for construction work.
The bowl-lock joint features a rational structure: the load-transferring rods transfer force axially, giving the scaffolding as a whole high structural strength and excellent three-dimensional spatial stability, thereby meeting the safety requirements of construction operations.
The bowl-lock joint features a rational structure: the load-transferring rods transfer force axially, giving the scaffolding as a whole high structural strength and excellent three-dimensional spatial stability, thereby meeting construction safety requirements.
Galvanized Bowl-Clip Scaffolding
The bowl-lock joint features a rational structure: the load-transferring rods transfer forces axially, giving the scaffolding high overall structural strength and excellent three-dimensional spatial stability, thereby meeting construction safety requirements.
The ladder beam is connected to the vertical and horizontal rods via bowl-type connectors, forming a three-dimensional force-bearing system. The axes of all members intersect at a single point, with nodes lying within the plane of the framework. The connectors exhibit robust mechanical performance—resisting bending, shear, and torsion—ensuring that the overall structure is stable and reliable, while also providing a load-carrying capacity approximately 15% higher than traditional cup-lock scaffolding systems.
Insert the crossbar insert into the lower bowl buckle of the upright post, press firmly and rotate the upper bowl buckle, securing it with the locking pin to create a stable structure where the axes converge at a single point.
Erect the pole and secure the bowl.
Spiral locking: The upper bowl clamp features a spiral locking mechanism that, when rotated, tightly engages with the positioning pin, creating a robust mechanical interlocking force to ensure a secure connection between the crossbar and upright post.
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.
Standard sizes: 100–300 / 200–400 / 400–600 Application scope: Used for reinforcing and supporting structural beams in construction projects, such as beam extensions, lintel supports, and other reinforcement tasks.
Exterior wall steel mesh reinforces building surfaces, prevents cracking, and improves durability, offering strong, long-lasting support for modern construction.
The joint between new and old concrete is called a construction joint, which serves as a weak point in the waterproofing of impermeable concrete. When this joint lies below the groundwater level, it becomes particularly susceptible to leakage. However, after installing steel plate waterstops, even if water seeps through the cracks at the interface between the new and old concrete, the presence of the waterstop prevents further leakage. Steel plate waterstops boast exceptional waterproofing performance.
Set up the pole and place the bowl beneath it
The lower bowl clamp is directly welded to the designated position on the upright post, creating a stable bowl-shaped groove that serves as the supporting base for the crossbar inserts.
The primary function of the steel horse stool is to separate and secure the reinforcement bars in the upper and lower layers, preventing the bars from deforming or shifting during concrete pouring.
Waterstop screws (waterstop bolts) are crucial components in the construction industry, used in waterproofing projects such as basement shear walls and civil defense walls—they serve both as waterstops and as reinforcement for formwork.
The Bailey bridge consists of top chords, bottom chords, main members, and diagonal braces.