• Export Adjustable Props /painted surface steel prop / telescopic steel prop / red color prop 2.2-4M System 1
  • Export Adjustable Props /painted surface steel prop / telescopic steel prop / red color prop 2.2-4M System 2
  • Export Adjustable Props /painted surface steel prop / telescopic steel prop / red color prop 2.2-4M System 3
  • Export Adjustable Props /painted surface steel prop / telescopic steel prop / red color prop 2.2-4M System 4
Export Adjustable Props /painted surface steel prop / telescopic steel prop / red color prop 2.2-4M

Export Adjustable Props /painted surface steel prop / telescopic steel prop / red color prop 2.2-4M

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Loading Port:
China Main Port
Payment Terms:
TT or LC
Min Order Qty:
1680 Piece/Pieces pc
Supply Capability:
10000 pc/month

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Description 

1.     Length 2200-4000mm 

2.     Outer tube diameter 56mm 

3.     Inner tube diameter 48mm 

4.     Tube material : Q235 

5.     Tube thickness  : 1.8mm

6.     weight :  10kgs  

7.     square  plate : 120*120*4mm 

8.     Italian type nut 

9.     G-pin 12 

10.    Painted surface 

11.    Color : as customer 's request . red / blue / green / orange/ brown 

Packaging & Delivery

Packaging Details:packaging :50pcs / bale container : 1680pcs / 20ft
Delivery Detail:20-30days after receive deposit

Specifications

Adjustable props / construction prop 
Height 2.2-4M 
Italy type painted props 

Adjustable props

Shoring props

Construction scaffold steel prop

Scaffold props

Telescopic steel props 

 

   

Product introduce          

 

 

Steel Prop is a labour and time saving device to support shuttering and centering.

It is made outer tube of 60mm (O. D.) & inner pipe of 48mm (O. D.)

or outer tube 56mm (O.D.) & inner pipe 48mm (O.D.)  , 

or outer tube 48mm (O.D.) & inner pipe  40 mm (O.D.)  moving in each other telescopically.

The surface has painted , powder , electric galvanized and hot dipped galvanized .

The height use of props by double staging is recommended upto 7000mm only .

Top and bottom plate are provided with nail holes for wooden beam or steel beam .

The top has square shape , flower shape or U-head , U-fork head .

U-head can use fix or adjustable .

 

 

  

Q:Can steel props be used for temporary support during foundation work?
Temporary support during foundation work can be provided by steel props. These props, also known as adjustable steel props or acrow props, are commonly utilized in construction to offer temporary support to structures like walls, ceilings, or floors throughout various construction stages. Their adjustable height makes them versatile and appropriate for different construction projects. For foundation work, steel props can be employed to temporarily support foundation walls and beams while excavation or other foundation-related activities take place. By doing so, they help distribute the load and prevent structural collapse or excessive movement during the construction process. Steel props are favored for temporary support during foundation work due to their sturdiness, strength, and ability to withstand heavy loads. Additionally, they are quick and easy to install, adjust, and remove, making them a cost-effective solution for temporary support requirements. Furthermore, the adjustable feature of steel props allows for precise height adjustments to meet the specific needs of the construction project. However, it is important to adhere to engineering guidelines and have professionals supervise the use of steel props for temporary support during foundation work. Proper calculations and assessment of the load-bearing capacity of the steel props must be conducted to ensure their suitability and safety for the specific construction project.
Q:How do steel props help in preventing structural collapse during construction?
Steel props, also known as adjustable steel columns or acrow props, play a crucial role in preventing structural collapse during construction. These temporary supports are typically used in construction projects to provide stability and load-bearing capacity to structures until they can support themselves independently. One of the key ways in which steel props help in preventing structural collapse is by transferring the load of the structure to the ground. During construction, the weight of the structure, along with any additional loads such as materials and equipment, can put immense pressure on the structure's components. Steel props are designed to bear this weight and distribute it evenly to the ground, ensuring that the structure remains stable and does not collapse under the excessive load. Steel props are adjustable, which means they can be extended or retracted as needed to support different heights and loads. This adjustability allows construction workers to precisely position the props to provide optimal support and prevent any potential weakness or instability in the structure. By ensuring that the load is evenly distributed and supported at various points, steel props help in maintaining the structural integrity of the building or infrastructure being constructed. Moreover, steel props offer a high load-bearing capacity, making them capable of supporting heavy loads. This is particularly important during construction when various elements like beams, slabs, or walls are being erected. Steel props can handle significant vertical loads, ensuring that the structure can withstand the weight of these elements without any risk of collapse. In addition to their load-bearing capabilities, steel props also provide lateral support. This means they can help resist horizontal forces that may arise during construction, such as wind or seismic loads. By preventing excessive horizontal movement or deformation, steel props contribute to the overall stability of the structure and minimize the risk of collapse. Overall, steel props are essential temporary supports in construction projects. They help prevent structural collapse by transferring the load to the ground, providing adjustable support, offering high load-bearing capacity, and resisting lateral forces. By incorporating steel props into the construction process, builders can ensure the safety and stability of the structure, minimizing the risk of any potential collapse.
Q:Can steel props be used in sports stadium construction?
Sports stadium construction can utilize steel props, which are frequently employed in construction projects to uphold temporary structures like scaffolding or formwork. When it comes to constructing sports stadiums, steel props are applicable for supporting the roof or other substantial structures throughout the building process. By ensuring stability and safety, these props guarantee the structure's security and capacity to endure the weight and forces applied. Furthermore, steel props possess adjustability, enabling flexibility in terms of height and placement. Consequently, they prove exceptionally suitable for sports stadium construction, effortlessly adapting to various areas and stages of the construction process. In conclusion, steel props offer strength, stability, and versatility, making them a valuable asset in sports stadium construction.
Q:What are the characteristics of hysteretic curves of steel supports
Hysteresis curveIt is shown that the shape of hysteresis curve is very full, which reflects the ability of plastic deformation of the whole structure or component. Such as bending, bias, bending and shearing failure of bending shear component, which has good plastic deformation ability of the steel frame structure or component P delta hysteretic curve is a spindle.The bow has the pinch effect, which shows that the hysteresis curve is affected by the slip. The shape of the hysteresis curve is full, but the full extent than the spindle should be low, reflecting the whole structure or component plastic deformation capacity is relatively strong, low cyclic loading tests of good performance, can better absorb seismic energy. For example, the shear span is relatively large, the shear force is small, and is equipped with a certain stirrup bending shear members and members of the bending and shear.
Q:What are the different sizes and weight capacities available for steel props?
Steel props, also known as adjustable steel props or steel acrow props, come in various sizes and weight capacities to cater to different construction and support needs. The sizes and weight capacities available for steel props can vary depending on the manufacturer and supplier, but generally, they can be categorized as follows: 1. Mini Steel Props: These are the smallest and most lightweight props, usually used for light-duty applications or in confined spaces. They have a smaller size and lower weight capacity, typically ranging from 0.6 meters to 1.2 meters in height and supporting loads up to around 1 ton. 2. Standard Steel Props: These are the most commonly used steel props, suitable for a wide range of construction projects. They have a moderate size and weight capacity, usually ranging from 1.8 meters to 5 meters in height and supporting loads up to several tons, typically between 2 to 5 tons. 3. Heavy-Duty Steel Props: These props are designed for heavy-duty applications where higher load-bearing capacity is required. They are larger and stronger than standard props, typically ranging from 3 meters to 6 meters in height and supporting loads up to 10 tons or more. It is important to note that these sizes and weight capacities are approximate and can vary depending on the specific manufacturer and model. Additionally, steel props are often adjustable in height, allowing for flexibility in various construction scenarios. The weight capacity of steel props is usually mentioned by the manufacturer and should be strictly adhered to ensure safety and stability during use. Overall, the availability of different sizes and weight capacities for steel props allows construction professionals to choose the most suitable props for their specific project requirements, ensuring proper support and stability during construction activities.
Q:Are steel props resistant to vibration or impact?
Steel props possess exceptional strength and durability, rendering them remarkably resilient against vibration and impact. With their solid design, these props proficiently absorb and disperse vibrations, guaranteeing steadfastness and diminishing the likelihood of harm stemming from external forces. Moreover, their sturdy composition enables them to endure impacts without substantial distortion or structural breakdown. Consequently, steel props prove to be an outstanding option for endeavors necessitating paramount vibration or impact resistance, including construction, scaffolding, and temporary support systems.
Q:How do you calculate the required number of steel props for a specific job?
To calculate the required number of steel props for a specific job, you need to consider a few factors. Firstly, you need to determine the load that each prop will be supporting. This can be done by considering the weight of the structure or the load it will bear, such as concrete slabs or beams. Next, you need to determine the maximum load capacity of each individual steel prop. This information can usually be found in the manufacturer's specifications or by consulting with a structural engineer. Once you have these two pieces of information, you can calculate the number of props needed by dividing the total load by the maximum load capacity of each prop. For example, if the total load is 10,000 kg and each prop has a maximum load capacity of 1,000 kg, you would need 10 props. However, it is important to also consider the spacing between each prop. This depends on the size and shape of the structure being supported. Generally, props should be spaced at regular intervals to ensure even distribution of the load. Additionally, it's crucial to take into account any safety factors or requirements specified by local building codes or regulations. These may include factors such as wind loads, seismic activity, or other environmental factors that could impact the stability of the structure. Overall, calculating the required number of steel props for a specific job involves considering the load, maximum load capacity of each prop, spacing requirements, and any safety factors. It's always advisable to consult with a structural engineer or a construction professional to ensure accurate calculations and adherence to safety standards.
Q:How do you ensure proper bracing when using steel props?
To ensure the stability and safety of the structure, it is crucial to implement proper bracing when using steel props. Here are some guidelines to achieve this: 1. Begin by meticulously planning and designing the bracing system, taking into account the project's specific requirements. Consider factors like load capacities, stability requirements, and height. 2. Evaluate the anticipated load that the steel props will bear. This assessment will aid in selecting the appropriate props with the correct load-bearing capacity. 3. Position the steel props correctly to provide optimal support and stability. Ensure that the props are evenly spaced and aligned, distributing the load uniformly. 4. Guarantee strong and secure connections between the props and the supported structure. Utilize appropriate connectors, such as pins, wedges, or bolts, to firmly attach the props. 5. Incorporate diagonal bracing, as it is indispensable for lateral stability. Install diagonal braces in a rigid triangular configuration between the props and the structure. This will prevent any lateral movement or potential collapse. 6. Regularly check and verify that the steel props are properly aligned and plumb. Any misalignment can compromise the structure's stability and safety. 7. Conduct routine inspections to monitor the condition of the props and bracing system. Look for signs of wear, damage, or any indications of instability. Promptly replace or repair any faulty or damaged components. 8. Always adhere to the manufacturer's guidelines and instructions for the correct usage and maintenance of the steel props. By following these guidelines, you can ensure that the props are used safely and appropriately. By following these steps and taking necessary precautions, you can ensure proper bracing when utilizing steel props. This will minimize the risk of accidents and maintain the stability of the structure.
Q:Can steel props be used for temporary support in stadium construction?
Temporary support in stadium construction can be provided by steel props. These props, also called steel acrow props or adjustable steel props, are commonly used in construction projects to offer temporary support to structures. They are frequently utilized to support formwork, scaffolding, and other temporary structures during construction. In stadium construction, steel props can be employed to temporarily support beams, columns, and other structural elements. They are especially beneficial in cases where the existing structures have insufficient load-bearing capacity or when additional support is required during construction. Steel props are easily adjustable to the desired height and able to support heavy loads. They are also durable and capable of withstanding the demands of construction activities. Moreover, steel props provide flexibility in terms of installation and removal. They can be easily installed and adjusted on-site to meet the specific support requirements of the stadium construction project. Once the temporary support is no longer necessary, the steel props can be swiftly removed without causing any damage to the permanent structure. Overall, steel props are a dependable and effective solution for temporary support in stadium construction. They possess the necessary strength, adjustability, and durability required for such projects, making them a popular choice in the construction industry.
Q:Can steel props be used in demolition projects?
Yes, steel props can be used in demolition projects. Steel props, also known as adjustable steel columns or acrow props, are commonly used in construction and demolition projects to support temporary structures or to provide additional support to existing structures during demolition work. They are highly durable and can withstand heavy loads, making them suitable for various demolition applications.

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