Durable ringlock stage system ensures safe and reliable activities
The triangular support of the ring lock scaffolding is a suspended component of the system, featuring a triangular structure design to provide stable support. It is divided into two material types: scaffolding pipes and rectangular pipes, to meet the needs of different projects. This component is specially designed for cantilever construction scenarios and achieves effective cantilever through U-head jack bases or crossbeams. The triangular scaffold has expanded the application scope of the ring lock scaffold and is suitable for various construction sites with special working conditions.
Size as following
|
Item |
Common Size (mm) L |
Diameter (mm) |
Customized |
|
Triangle Bracket |
L=650mm |
48.3mm |
Yes |
|
L=690mm |
48.3mm |
Yes |
|
|
L=730mm |
48.3mm |
Yes |
|
|
L=830mm |
48.3mm |
Yes |
|
|
L=1090mm |
48.3mm |
Yes |
advantages
1. Significantly expand the scope and space of operations
Breaking through spatial limitations: It enables scaffolding to cross obstacles (such as eaves, canopies, trees, and the edges of underground structures) or extend upwards and outward from narrow bases, solving the problem of being unable to set up traditional vertical scaffolding in complex or restricted construction sites.
enabling the creation of cantilevered work platforms directly, without the need to set up a full hall of supports from the ground. It is particularly suitable for scenarios such as exterior wall construction of buildings and bridge construction.
2. Efficient structure and reasonable force distribution
Triangular stable structure: It fully utilizes the geometric stability of the triangle, effectively converting the load transmitted by the cantilever platform into axial force and transmitting it to the main scaffolding frame through the connection points. The structure is solid, with strong resistance to overturning and deformation.
Safe and reliable: The scientific mechanical design ensures safety and stability under rated loads, providing a reliable guarantee for high-altitude cantilever operations.
3. Flexible installation and strong adaptability
Multiple connection methods: The height can be fine-tuned through the U-head jack base to ensure the horizontal level of the cantilever part, and it can also be flexibly connected with other standard ring lock components (such as crossbeams, diagonal rods), with a high degree of integration.
Modular design: As a standard component, its installation and disassembly are as simple and efficient as those of the ring lock system, and it can be quickly added at one or more locations according to engineering needs.
4. Diverse material options are available, which are economical and practical
Two material options:
Scaffolding control: Consistent with the main frame material, strong compatibility, and high cost-effectiveness.
Rectangular pipe: Generally, it has higher bending strength and rigidity, and is suitable for heavy-duty working conditions with higher load-bearing requirements and larger cantilever spans.
On-demand selection: Users can choose the most suitable type based on their specific project budget and load-bearing requirements to achieve the optimal configuration of cost and performance.
5. Enhance the overall universality of the scaffolding system
Specialized in one and versatile in many" : The triangular scaffold endows the standard ring lock scaffold system with the professional function of "cantilever, upgrading it from a general support system to a comprehensive solution capable of handling special working conditions.
The application scenarios have doubled: As you mentioned, it is precisely because of the triangular scaffold that the ring lock scaffold has been applied in more engineering sites (such as irregular buildings, renovation projects, infrastructure maintenance, etc.), greatly enhancing the market competitiveness of this scaffold system.
FAQS
1. Q: What is the triangular scaffold in the ring lock scaffold? What is its function?
Answer: The triangular scaffold, officially known as the cantilever, is a type of suspended component in the ring lock scaffold system. Because of its triangular structure, it is commonly known as a triangular bracket. Its main function is to provide cantilever support for scaffolding, enabling it to cross obstacles, expand the working area or be erected in areas where it is inconvenient to directly erect supports, greatly expanding the application scope of the ring lock scaffolding.
2. Q: What are the main types of tripods?
Answer: Tripods are mainly classified into two types based on their manufacturing materials:
Scaffolding pipe triangular support: Made of the same steel pipe as the main body of the scaffolding, it has strong compatibility and is convenient to connect.
Rectangular tube tripod: Made of rectangular steel tubes, its structure may have specific advantages in terms of bending resistance and torsional resistance.
3. Q: Do all scaffolding projects require the use of triangular scaffolds?
Answer: No. Triangular supports are not standard equipment on every construction site. It is only used when cantilever or cantilever structures are required, such as when the exterior walls of buildings contract inward, when it is necessary to cross ground obstacles, or when building work platforms under eaves and other special working conditions.
4. Q: How is a tripod installed and fixed?
Answer: Tripods are usually not installed independently. It is generally connected to the main crossbeam of the scaffolding through the connecting piece at its top. The common fixing methods include using a U-head jack base (adjustable in height for easy leveling) or other dedicated connecting components to achieve cantilever ejection, ensuring its stability and load-bearing capacity.
5. Q: What are the benefits of using a tripod?
The greatest advantage of using triangular scaffolds is that it enhances the adaptability and flexibility of the ring lock scaffolding system. It enables the scaffolding to cope with complex building structures and working environments without the need to start building supports from the ground, thus saving space and materials, solving construction problems in specific projects, and allowing the ring lock scaffolding to be safely and efficiently used in more engineering sites.
