Characteristics of bowl clamp scaffolding


Release time:

16 14:49:01

The bowl clamp node structure is reasonable, with the force rods transmitting force axially, which gives the scaffold high structural strength and good overall stability in three-dimensional space. It also has reliable self-locking performance, better meeting the needs for construction safety.

Reasonable structure: The bowl buckle node structure is reasonable, with the force rods transmitting force axially, giving the scaffold high structural strength and good overall stability in three-dimensional space, along with reliable self-locking performance, better meeting the needs of construction safety.
Flexible assembly: The bowl buckle scaffold has a flexible assembly form and a wide range of applications. According to construction requirements, it can form various scaffold sizes and loads with a module of 0.6m, including single-row, double-row scaffolds, support frames, and material lifting scaffolds, among other multifunctional construction equipment. Additionally, it can be arranged in curves and used on uneven ground, with the spacing of supports adjustable according to different load requirements.
Unified components: The dimensions of all components of the bowl buckle scaffold are unified, resulting in standardized and normalized scaffolds suitable for civilized construction on site. Since the bowl buckle and rods are integrated, it avoids the loss and wear costs of scattered parts, facilitating on-site management.
High efficiency in assembly and disassembly: The bowl buckle scaffold reduces labor intensity, with assembly and disassembly speeds 2 to 3 times faster than conventional scaffolds. Workers only need a small hammer to complete all operations, reducing labor intensity by 50%.
Simple maintenance: The bowl buckle scaffold completely avoids bolt operations, with no easily lost scattered parts. The components are lightweight and sturdy, resistant to impacts, and general rust does not affect assembly and disassembly operations, making maintenance simple and transportation convenient.
Safe and reliable: The joint design considers the spiral friction force of the upper bowl buckle and the effect of self-weight, giving the joint reliable self-locking capability. The load acting on the horizontal rod is transmitted to the vertical rod through the lower bowl buckle, which has strong shear resistance. It is also equipped with safety net supports, cross rods, scaffold boards, toe boards, ladders, cantilevers, wall ties, and other rod accessories, ensuring safe and reliable use.
Strong versatility: The main components of the bowl buckle scaffold use ordinary coupler-type steel pipe scaffolds, which can be connected with couplers to ordinary steel pipes, providing strong versatility.
High load capacity: The vertical rod connections of the bowl buckle scaffold are coaxial and inserted, with horizontal rods connected to vertical rods via bowl buckle joints, which have reliable bending, shear, and torsional mechanical properties. Moreover, the axes of all rods intersect at a point, and the joints are within the frame plane, making the structure stable and reliable, with a high load capacity. The overall load capacity is approximately 15% higher than that of coupler-type steel pipe scaffolds under similar conditions.

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Advantages of the Coupling Scaffolding

Aesthetically pleasing, the use of hot-dip galvanizing process gives the frame a silver-gray metallic appearance. This uniformity not only enhances the product's lifespan but also provides further safety assurance while maintaining cleanliness and beauty.

The structural characteristics of the ring lock scaffolding.

Component Composition: The ring-lock scaffolding mainly consists of three types of components: vertical rods, horizontal rods, and diagonal rods. These components are manufactured in the factory and are assembled on-site by connecting them through socket connections and locking joints into connection discs, using wedge-shaped pins to connect, forming a geometrically stable system of steel pipe supports.

Key Points to Note During Construction

Construction requirements for template supports: Double-directional horizontal bars must be fully set between vertical rods at specified intervals to ensure sufficient design stiffness in both directions. When the loads of beams and slabs differ significantly, different spacing of vertical rods may be used, but it is advisable to vary the spacing in only one direction while keeping it constant in the other direction.

Characteristics of bowl clamp scaffolding

The bowl clamp node structure is reasonable, with the force rods transmitting force axially, which gives the scaffold high structural strength and good overall stability in three-dimensional space. It also has reliable self-locking performance, better meeting the needs for construction safety.

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