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Product Introduction
Medium-sized Cup-type Independent Building Inclined Support is a specialized temporary support product developed for building scaffolding systems. It is mainly used for internal scaffolding and projecting scaffolding of construction projects, providing stable supporting forces for the scaffolding structure during the construction of high-rise buildings, bridges and pipe galleries. The product is composed of standardized steel pipes, cup-type nuts and base plates, and is connected by bolts to form a stable inclined support system. It has the characteristics of reliable stability, easy assembly and disassembly, strong interchangeability and repeated turnover, and is an indispensable key component to ensure the safety of scaffolding construction and improve construction efficiency.
Product Advantage
The product is made of Q195 and Q235 steel grades, and its structure is optimized for scaffolding support scenarios. It can provide stable supporting force for the scaffolding system, effectively resisting the lateral and vertical loads during construction. The cup-type connection design enhances the connection tightness between components, further improving the overall stability of the support system and avoiding potential safety hazards such as scaffolding collapse.
Adopting a 100% modular and standardized design, all components of the support have strong interchangeability. The bolted connection mode replaces the traditional welding process, which not only simplifies the installation steps but also improves the installation efficiency by more than 60%. Each set of products can be reused 8–12 times under standardized maintenance, which effectively reduces the procurement cost and material waste of construction enterprises.
The integrated axial force monitoring system of the product has a real-time measurement accuracy of ±1%. The monitoring data can be uploaded to the IoT platform in real time for remote viewing and management by the construction team. When the axial force exceeds the warning threshold of ±10%, the system will automatically send an alarm. With the matching servo hydraulic system, it can realize dynamic compensation of supporting axial force to adapt to the load changes during construction.
All products are processed by high-precision CNC equipment, with strict control over the dimensional accuracy of components. The production strictly follows the standards such as Technical Code for Foundation Pit Support of Buildings (JGJ120). Each batch of products is equipped with a complete material inspection report, and 100% non-destructive testing is performed on key welds to ensure that the product quality meets the national construction safety standards.
The standardized production and turnover mode reduces the material loss rate to less than 3%, which is in line with the concept of green construction. We provide one-stop full-cycle services from scaffolding support scheme design, product customization to on-site installation guidance, dismantling and recycling. For special projects, we can customize products with different heights and specifications to meet the complex construction needs of different projects.
Technical Parameters
The Medium-sized Cup-type Independent Building Inclined Support is classified as an adjustable steel prop, which is mainly used for projecting scaffolding and internal scaffolding. Its maximum support height covers multiple specifications including 3m, 3.2m, 3.6m, 4m, 4.5m and 5m to adapt to different construction heights. The product is available with two nut types: cup nut and cast nut, and the base plate can be selected from square base plate, flower base plate and U-head according to the construction requirements. The wall thickness of the steel pipe ranges from 1.5–2.5mm to 1.5–3.5mm, and the surface treatment includes painting, powder coating, electro-galvanizing and hot-dip galvanizing. The pin types are G pin, line pin and wire pin, with a minimum order quantity of 500 pieces.
Model NO | Adjustable Steel Prop |
Supporting Mode | Projecting Scaffolding |
Erection Position | Internal Scaffolding |
Construction Properties | Building Scaffold |
Surface | Painted, Powder Coated, E-Galvanized,HDG |
Max Height | 3m, 3.2m, 3.6m, 4m, 4 5m, 5m, etc |
Nut Type | Cup Nut, Cast Nut |
MOQ | 500PCS |
Type | Spanish Type, ltalian Type, MiddleEast Type |
Lapping Form | Single Row Scaffolding |
Scaffolding Part Type | Scaffolding Props |
Steel Grade | Q195, Q235 |
Tube Thickness | 1.5-2.5mm, 1.5-3.5mm |
Plate Type | Square / Flower Base Plate, U-Head |
Pin Type | G Pin / Line Pin / Wire Pin |
Transport Package | Loose Packing, Steel Strip or Pallet |
FAQ
The standard product can be reused 8–12 times. After each use, we will conduct professional flaw detection on the components to check for hidden cracks, then straighten the deformed parts and carry out anti-corrosion treatment. Only the components that pass the test can be put into the next use, and a detailed maintenance report will be provided.
The key is the combination of pre-applied axial force technology and real-time monitoring system. The high-precision axial force sensor can monitor the stress change of the support in real time, and the data is transmitted to the IoT platform for dynamic analysis. Once the deformation trend exceeds the standard, the servo hydraulic system will adjust the axial force in time to keep the scaffolding deformation within the safe range.
Yes. The Medium-sized Cup-type Independent Building Inclined Support has strong adaptability. By combining longitudinal bracing, transverse bracing and inclined bracing, and matching with adjustable-length components, it can flexibly adapt to the scaffolding support needs of irregular building structures such as curved walls and special-shaped roofs.
The installation and dismantling are very efficient. With the standardized modular components and bolted connection design, the installation of a single set of support can be completed in a short time. The dismantling process is simpler, and the components can be directly transported to the next construction site after dismantling, which significantly shortens the construction period of the scaffolding system.
