Adjustable Strong Steel Prop For Sale scaffolding

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 10000 PCS

Supply Capability:: 10000 PCS/month

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Quick Details

Model Number:	48mm2mm/60mm2mm
material:	Q235	color:	oranger/blue/red	Surface treatment:	painted, galvanized, powder coated
Length:	2000-4000mm	Main Thickness:	2.0mm	Life Span:	about 5 years

Packaging & Delivery

Packaging Detail:	nil
Delivery Detail:	10 days after deposit

Specifications

1.surface treatment :galvanized/painted
2.outer tube dia:60mm,thickness:2.0mm
3.inter tube dia:48mm:thickness:2.0mm

1. A complete set of steel prop consists of an inner tube, an outer tube, a prop nut, a Jack plate and a Base plate.

2. This kind of steel props is easy to assemble and dismantle; it can be adjusted to any length within its range.

3.When the steel props are used for inside concrete slab supporting, it is more stable and reliable.

4. We can produce different kinds of steel props as the customer’s requirement which can save you much time and material at the same time.

5. Specifications about steel prop

Spanish Type Prop

Inner Tube Diameter	48mm
Outer Tube Diameter	58mm
Adjustable Length	2000mm~3500mm
	2500mm~4000mm
	3000mm~4500mm
	3500mm~5000mm
Tube Thickness	1.8mm/2.0mm/2.2mm

Q:What are the guidelines for the proper storage and transportation of steel props?: To ensure the proper storage and transportation of steel props, adhere to the following guidelines: 1. Storage: Prevent rust and corrosion by storing steel props in a dry, well-ventilated area. Stack them horizontally on a flat surface, avoiding excessive weight on top. Use wooden spacers to separate the props and prevent direct contact and potential damage. 2. Handling: Use correct lifting techniques and equipment when handling steel props. Always lift and carry them from the base, avoiding strain on threaded components. Wear gloves to protect against sharp edges and prevent slippage. 3. Transportation: Securely fasten steel props during transportation to prevent movement or damage. Use straps or chains to secure them to the transportation vehicle. Ensure even distribution and proper balance to avoid accidents or damage. 4. Cleaning and maintenance: Regularly clean and maintain steel props to prolong their lifespan and ensure safe use. After each use, inspect for cracks or excessive wear. Replace any damaged or faulty props immediately. Periodically check threaded components to ensure proper working condition. 5. Documentation: Keep records of storage, handling, transportation, and maintenance of steel props. Include purchase date, inspection records, and any repairs or replacements made. This documentation serves as a reference for future use and helps maintain a safe and organized process. By following these guidelines, you can ensure the proper storage and transportation of steel props, minimizing the risk of damage, accidents, and maintaining overall safety and integrity.

Q:Are steel props suitable for supporting temporary bridges?: Yes, steel props are suitable for supporting temporary bridges. Steel props, also known as steel shores or steel jacks, are commonly used in construction to support temporary structures like bridges. Steel props are strong, durable, and capable of bearing heavy loads, making them ideal for providing temporary support to bridges during construction or repair work. They can be easily adjusted and secured in place, ensuring stability and safety for the temporary bridge. Additionally, steel props can be customized in terms of height and load capacity to match the specific requirements of the bridge. Overall, steel props are a reliable and effective solution for supporting temporary bridges.

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 stadium construction?: Yes, steel props can be used in stadium construction. Steel props provide strong and reliable support, making them ideal for use in the construction of large structures such as stadiums. They are capable of withstanding heavy loads and ensuring the stability and safety of the stadium during construction.

Q:How do you calculate the number of steel props required for a specific project?: Calculating the number of steel props required for a specific project involves considering several factors, including the load-bearing capacity, height, spacing, and layout of the props. Here is a step-by-step approach to calculate the number of steel props needed: 1. Determine the load-bearing capacity: The first step is to determine the total load that the props need to support. This can be estimated by calculating the weight of the materials being supported, such as concrete slabs, beams, or formwork. It is crucial to consider both the dead load (the weight of the structure itself) and the live load (additional weight imposed during construction or usage). 2. Determine the height and spacing: Measure the maximum height that the props need to reach and determine the preferred spacing between them. The spacing should be determined based on the weight distribution and structural requirements, as well as any guidelines or regulations specific to the project. 3. Calculate the load-bearing capacity per prop: Dividing the total load by the load-bearing capacity of a single steel prop will give you an estimate of the number of props required to support the load. It is important to consider a safety margin when determining the load-bearing capacity to ensure the props can handle any unexpected variations or additional loads. 4. Adjust for the layout and configuration: Consider the layout and configuration of the project. Depending on the design and construction requirements, some areas may require additional props or different spacing. Take into account any specific architectural or engineering considerations for the project. 5. Account for redundancy and safety: It is important to consider redundancy and safety factors while calculating the number of props. Including additional props as backup or support can provide an extra level of safety and ensure the structural integrity of the project. 6. Review with a structural engineer: It is recommended to consult with a qualified structural engineer or construction professional to review and validate the calculations. They can provide expert advice and ensure that the number of steel props is accurately calculated based on the specific project requirements. By following these steps and considering all the necessary factors, you can accurately calculate the number of steel props required for a specific project, ensuring the safety and stability of the structure.

Q:Do steel props require any special inspections or certifications?: Yes, steel props typically require special inspections and certifications to ensure their safety and compliance with industry standards. These inspections usually involve checking the structural integrity, load-bearing capacity, and overall condition of the props. Additionally, certifications may be required to confirm that the props meet specific safety and quality requirements.

Q:How do steel props contribute to the overall quality of construction projects?: Steel props contribute to the overall quality of construction projects by providing reliable and sturdy support for temporary structures, such as formwork and scaffolding. They help distribute the weight and load evenly, ensuring the stability and safety of the construction site. Additionally, steel props allow for easy adjustment and quick installation, improving efficiency and productivity during the construction process. Their durability and strength also enhance the longevity and structural integrity of the project, ultimately leading to a higher quality end result.

Q:7.5 square meters of toughened glass floor C steel support costs about how much: 1.4 m high concrete beam, along the beam to the vertical bar spacing is not greater than 500mm.

Q:How do you ensure proper bracing of steel props?: To guarantee the correct bracing of steel props, it is imperative to adhere to several important steps. First and foremost, it is crucial to evaluate the load and determine the suitable quantity and size of steel props needed to support the structure. This can be accomplished by taking into account factors such as the structure's weight, the props' height, and the distance between them. Following that, it is vital to position the steel props correctly in order to evenly distribute the load. The props should be placed at regular intervals and aligned vertically with the load-bearing members they are supporting. It is advisable to consult structural engineering calculations or drawings to ensure precise placement. Once the props are properly positioned, it is necessary to brace them securely to provide stability and prevent any lateral movement. This can be achieved by utilizing diagonal bracing, which involves connecting the props to adjacent structural elements using suitable connectors such as steel plates, bolts, or clamps. The bracing should be installed at various heights along the props to offer maximum support. Moreover, it is essential to conduct regular inspections of the bracing system to ensure its integrity. This includes checking for any indications of damage, such as loose connections or bent components, and promptly addressing any issues that may compromise the stability of the steel props. In conclusion, guaranteeing the proper bracing of steel props entails meticulous planning, accurate positioning, secure bracing, and regular inspection to uphold the stability and safety of the structure.

Q:How to adjust the ratio of steel support to X stable stress and strength design value: 2, in the middle part of the component or other points to support, reduce the calculation length;3, improve the grade of steel;

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