Adjustable Steel Props, Steel Tubular Scaffold

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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:	6082
Material::	Aluminium Alloy 6082-T6	color::	orange, blue, red, grey or gree	Certi::	ISO,SGS BV CE
inspection::	factory in-house, 3rd pary	delivery time::	7-30 days as per order quantity	Payment terms::	L/C, T/T, D/P, D/A, etc
No welding scaffolding::	Weld free tubular design	Featrues::	flexible,High stiffness and resi	Business type::	manufacturer

Packaging & Delivery

Packaging Detail:	solid iron case or anti-suffocating wooden case
Delivery Detail:	within 30 days after upon order and deposit

Specifications

1.competitive price
2.Best quality
3.Fast delivery
4.Factory offer
5.Free sample

Specifications

Gate Scaffolding for Construction
High quality, most competitive price
Safe & durable
Large sales quantity
ISO9001

Product Description

MODEL D

Size: 914*1700*1800mm (Width*Height*Length)

Total weight:26.40kg/38.40kg (with walk board)

Surface: galvanised/painting

MODEL DB

Size:1219*1700*1800(Width*Height*Length)

Total weight: 28.80kg/40.80kg (with walk board)

Surface: galvanised/painting

MODEL E

Size: 914*1700*1800mm (Width*Height*Length)

Total weight:26.40kg/38.40kg (with walk board)

Surface: galvanised/painting

MODEL EB

Size:1219*1700*1800(Width*Height*Length)

Total weight: 28.80kg/40.80kg (with walk board)

Surface: galvanised/painting

MODEL EH

Size:1219*1930*1800(Width*Height*Length)

Total weight: 30.20kg/42.20kg (with walk board)

Surface: galvanised/painting

MODEL F

Size:1500*1500*1800(Width*Height*Length)

total weight: 35.00kg/47.00kg (with walk board)

Surface: galvanised/painting

Features:
1) All tubes of verticals and horizontals are high strength grade at 48.3 x 3.25mm, Q345 tube
2) The ring plates(Rosettle) are all made by 10mm thickness high Tensional plate,Q345
3) All tubes of braces are high strength grade at 48.3 x 2.3mm
4) The bolts on braces are high strength grade
5) All items are at hot-dipped-galvanized finishing, unless specified
6) Can also be manufactured as per customers' requirements
7) Export Packing : Iron Pallet

Q:Are steel props suitable for use in the construction of stadiums?: Steel props, also known as steel shoring or steel acrow props, are an ideal choice for constructing stadiums. They are commonly used in construction projects to provide temporary support to various structures, including stadiums. The suitability of steel props in stadium construction stems from several advantages they offer. To begin with, steel is a robust and long-lasting material that can endure heavy loads and provide dependable support. This is crucial in stadiums, as they often have large spans and need to bear the weight of numerous spectators. Moreover, steel props are adjustable, allowing for precise and flexible support during the construction process. This adjustability feature is particularly valuable in stadium construction, where different areas may require varying levels of support as the project progresses. Furthermore, steel props are easy to install and dismantle, which enhances their suitability for stadium construction. Given the typically tight schedules of stadium construction projects, the ability to quickly install and remove props can save time and ensure efficient progress. Additionally, steel props can be reused in different construction projects, making them a cost-effective choice for stadium construction. Since stadiums are usually large-scale projects, the ability to reuse props in subsequent projects can significantly reduce costs and maximize return on investment. In conclusion, steel props are an excellent choice for constructing stadiums due to their strength, adjustability, ease of installation and dismantling, as well as cost-effectiveness. These qualities make steel props a reliable and efficient option for providing temporary support during stadium construction.

Q:How do you ensure the stability of a steel prop on soft ground?: To guarantee the stability of a steel prop on soft ground, there are various steps that can be taken: 1. Thoroughly evaluate the ground conditions: Before installing the steel prop, it is crucial to conduct a comprehensive assessment of the ground conditions. This involves analyzing the soil type, moisture content, and potential hazards like underground utilities or weak areas. 2. Utilize suitable foundations: To ensure stability, it is essential to employ the appropriate type of foundation for the steel prop. This may involve using concrete footings or steel plates to evenly distribute the load across the soft ground. The size and depth of the foundation will depend on project requirements and the ground's weight-bearing capacity. 3. Enhance the contact area: To minimize the risk of sinking or tilting, increasing the contact area with the ground helps distribute the load more effectively. This can be achieved by incorporating larger base plates or adding supplementary supports like timber planks or steel beams to spread the load. 4. Install additional bracing: In certain cases, additional bracing may be necessary to provide lateral support and prevent the steel prop from shifting or tilting. This can be accomplished by installing diagonal bracing or tie-backs to anchor the prop against external forces. 5. Regularly monitor and maintain: Once the steel prop is in place, it is crucial to regularly monitor its stability, especially if there are any changes in ground conditions or load-bearing requirements. This entails conducting periodic inspections, making adjustments as needed, and ensuring proper maintenance to prevent any deterioration over time. Overall, guaranteeing the stability of a steel prop on soft ground necessitates a combination of thorough assessment, appropriate foundations, increased contact area, additional bracing, and regular monitoring. By implementing these measures, the risk of instability can be minimized, ensuring the safety and effectiveness of the steel prop.

Q:Can steel props be used for temporary support in dam construction?: Temporary support in dam construction can be provided by steel props. These props are commonly utilized in construction projects to offer temporary support to structures during construction or repair work. They possess strength, durability, and the ability to easily adjust to different heights and angles, making them appropriate for a variety of construction applications, such as dams. Steel props can be employed in dam construction to provide support and stability to concrete formwork, scaffolding, and other temporary structures. They aid in evenly distributing the weight of construction materials and equipment, preventing any structural failures or collapses during the construction process. Moreover, steel props have the advantage of being reusable, which can be cost-effective in long-term construction projects. They can be disassembled and reassembled at different locations within the dam construction site, allowing for flexibility and adaptability as the project progresses. However, it is crucial to consider that the design and specification of steel props for dam construction must comply with relevant engineering standards and regulations to ensure the safety and stability of the temporary structures. Proper planning, supervision, and maintenance are also vital to minimize potential risks or hazards associated with the use of steel props in dam construction.

Q:How are steel props removed after use?: Steel props are typically removed after use by first releasing the pressure on the prop by turning a handle or lever. This allows the prop to be easily lowered and detached from its supporting structure. Once detached, the props can be dismantled and stored for future use or returned to the rental company.

Q:How do you calculate the required height of steel props for a project?: To calculate the required height of steel props for a project, you need to consider several factors. First, you need to determine the load that the props will be supporting. This includes the weight of any building materials, equipment, or people that will be on the supported structure. You will also need to account for any additional loads such as wind or snow. Next, you need to determine the spacing of the props. This will depend on the type of structure being supported and the load distribution. Generally, the props should be evenly spaced to ensure uniform support. Once you have determined the load and spacing, you can calculate the required height of the props. This can be done using engineering calculations or consulting relevant codes and standards. The height should be sufficient to withstand the calculated load without excessive deflection or stress. It is also important to consider any potential adjustments or fine-tuning that may be needed during construction. This could include factors like the settling of the structure or the need to level the props. Overall, calculating the required height of steel props for a project requires careful consideration of the load, spacing, and potential adjustments. It is recommended to consult with a structural engineer or refer to appropriate guidelines to ensure accurate calculations.

Q:Can steel props be used for supporting temporary walkways or ramps?: Yes, steel props can be used effectively for supporting temporary walkways or ramps. Steel props are strong and sturdy, making them suitable for providing structural support to ensure the safety and stability of temporary walkways or ramps.

Q:How do you ensure proper bracing of steel props?: To ensure proper bracing of steel props, it is important to follow a few key steps. Firstly, it is crucial to assess the load and determine the appropriate number and size of steel props required to support the structure. This can be done by considering factors such as the weight of the structure, the height of the props, and the distance between them. Next, it is important to properly position the steel props 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 accurate placement. Once the props are in position, they should be securely braced to provide stability and prevent any lateral movement. This can be achieved by using diagonal bracing, which involves connecting the props to adjacent structural elements using appropriate connectors such as steel plates, bolts, or clamps. The bracing should be installed at various heights along the props to provide maximum support. Additionally, it is essential to regularly inspect the bracing system to ensure its integrity. This includes checking for any signs of damage, such as loose connections or bent components, and promptly addressing any issues that may compromise the stability of the steel props. Overall, ensuring proper bracing of steel props involves careful planning, accurate positioning, secure bracing, and regular inspection to maintain the stability and safety of the structure.

Q:Are steel props suitable for supporting heavy loads on construction sites?: Yes, steel props are suitable for supporting heavy loads on construction sites. Steel props, also known as adjustable steel props or steel shores, are a popular and reliable choice for providing temporary support during construction activities. They are commonly used to support formwork, scaffolding, and other structures. Steel props are designed to withstand heavy loads and are capable of supporting substantial weights. They are typically made from high-strength steel, which ensures their durability and strength. Steel props can be adjusted to the desired height, making them versatile and adaptable for various construction applications. Moreover, steel props provide stability and safety by offering robust support and preventing the collapse or failure of structures. They are often used in conjunction with other support systems, such as beams or scaffolding, to distribute the load evenly and ensure the stability of the entire structure. In addition to their strength and reliability, steel props are also cost-effective and easy to install. They can be quickly assembled and disassembled, saving time and labor costs on construction sites. Overall, steel props are a suitable and commonly used solution for supporting heavy loads on construction sites. They provide the necessary strength, stability, and versatility to ensure the safe and efficient completion of construction projects.

Q:Do steel props have any adjustable locking mechanisms?: Yes, steel props commonly have adjustable locking mechanisms. These mechanisms allow for easy and secure adjustment of the prop's height, ensuring stability and safety during construction or structural support applications.

Q:What are the main differences between adjustable and non-adjustable steel props?: The functionality and versatility of adjustable and non-adjustable steel props are the main factors that differentiate them. Adjustable props have a telescopic mechanism that allows for easy height adjustment, while non-adjustable props have a fixed height. One advantage of adjustable steel props is their adaptability to different height requirements. They come with a threaded collar that can be easily adjusted to achieve the desired height, providing flexibility and ease of use in construction projects. This allows for quick installation and the ability to accommodate changes in elevation or uneven ground conditions. On the other hand, non-adjustable steel props have a fixed height that cannot be changed. They are commonly used in applications where a specific height is needed and adjustment is not necessary. While they lack the flexibility of adjustable props, non-adjustable props offer stability and reliability for structures with a consistent height requirement. Load-bearing capacity is another difference between the two types of steel props. Adjustable props are designed to support higher loads due to their telescopic design, which provides greater stability and weight-bearing capabilities. Non-adjustable props, on the other hand, may have a lower load capacity as they are not designed to handle as much weight. In terms of cost, adjustable steel props are generally more expensive than non-adjustable ones. This is due to the added features and functionality of adjustable props, as well as their higher load-bearing capacity. Non-adjustable steel props, with their simpler design, are usually more cost-effective and suitable for projects that do not require height adjustment or heavy loads. In conclusion, the main differences between adjustable and non-adjustable steel props lie in their adjustability, load-bearing capacity, and cost. Adjustable props provide versatility and ease of use with their height adjustment feature, while non-adjustable props offer stability and reliability for applications with fixed height requirements. The choice between the two depends on the specific needs of the construction project and desired functionality.

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