Export Steel Props/red color prop 2.2-4M/thickness 1.8mm

Export Steel Props/red color prop 2.2-4M/thickness 1.8mm System 1

Export Steel Props/red color prop 2.2-4M/thickness 1.8mm System 2

Export Steel Props/red color prop 2.2-4M/thickness 1.8mm

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Loading Port:: China Main Port

Payment Terms:: TT or LC

Min Order Qty:: 1680 Piece/Pieces 1680pcs / 20'FT container pc

Supply Capability:: 10000 pc/month

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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

Export Steel Props/red color prop 2.2-4M/thickness 2.0mm

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: Subway construction steel support axial force design value of KN/m, the construction to be converted into MPa, how to calculate?: I also do the subway, I come to you to say, not so complicated, steel support axial force required to use the jack and the oil meter is calibrated, in the calibration report has a formula. P=a*F+-b, A.B are calculated after the calibration coefficient. According to the formula can be calculated. Generally speaking, there are two formulas for the two jacks.

Q: What are the potential risks and hazards associated with steel props?: Steel props, also referred to as adjustable steel props or acrow props, find frequent use in construction and temporary support systems. While they offer several advantages, their use comes with potential risks and hazards. 1. Structural Failure: One of the most significant hazards involves the possibility of structural failure. Steel props can collapse or buckle if subjected to excessive loads or if installed incorrectly. Such incidents can result in severe injuries or even fatalities for workers and bystanders. 2. Overloading: Another risk arises from overloading the props beyond their weight-bearing capacity. Should the load exceed the props' specifications, they may deform or fail, leading to accidents or damage to nearby structures. 3. Improper Placement: Inadequate placement of steel props can pose hazards. If not correctly and securely positioned, they may slip or fall, thereby causing instability in the supported structure and potential risks for workers. 4. Insufficient Bracing: Insufficient bracing can also give rise to risks. Steel props require proper bracing to ensure lateral stability and prevent buckling or collapse. Failure to provide adequate bracing may result in accidents or damage to the supported structure. 5. Inadequate Maintenance: Failure to conduct regular inspections and maintenance can lead to risks. Over time, steel props may develop rust, corrosion, or other structural weaknesses that compromise their integrity. Neglecting to promptly identify and address these issues can increase the likelihood of accidents. 6. Poor Training and Supervision: Insufficient training and supervision of workers using steel props can contribute to hazards. Without adequate knowledge of usage guidelines, workers may fail to assess loads properly, install the props correctly, or ensure appropriate bracing, thereby increasing the risks associated with their use. 7. Falling Objects: When steel props support scaffolding or other temporary structures, falling objects become a hazard. Insecurely fastened or stored materials or tools may fall from the elevated platform, potentially causing injuries to workers or bystanders. To mitigate these risks and hazards, it is crucial to comply with safety regulations and standards, provide comprehensive training to workers, regularly inspect and maintain steel props, and ensure proper installation and bracing. Additionally, employing suitable personal protective equipment and implementing safety measures like barricades or warning signs can help minimize the potential dangers associated with steel props.

Q: How do you ensure proper weight distribution when using steel props?: To achieve appropriate weight distribution while utilizing steel props, it is imperative to adhere to a few significant guidelines: 1. Selection of suitable size and type of steel props is crucial. The specific load requirements of the structure must be considered when choosing props. Take into account the load's height, weight, and dimensions, and ensure that the props possess the necessary load-bearing capacity. 2. Correct positioning of the props is essential for even weight distribution. Place the props at regular intervals along the load-bearing structure, ensuring they are evenly spaced and aligned. This will evenly distribute the weight and prevent excessive stress on any individual prop. 3. Leveling the props is of utmost importance. Ensure that the steel props are level and perpendicular to the load-bearing structure. Utilize a spirit level or laser level to assess and adjust the props as needed for a level position. This will evenly distribute the weight and prevent any tilting or imbalance. 4. Firmly secure the props to the load-bearing structure once they are positioned and leveled. This can be accomplished by using adjustable clamps or threaded rods to tightly hold the props in place. Proper securing will prevent any movement or shifting of the props, thereby maintaining proper weight distribution. 5. Conduct regular inspections and monitoring of the steel props to ensure ongoing proper weight distribution. Check for any signs of damage, excessive deflection, or uneven weight distribution. Make necessary adjustments or replacements if required. In conclusion, the attainment of proper weight distribution when employing steel props necessitates meticulous selection, accurate positioning, leveling, secure fastening, and regular monitoring. By adhering to these steps, one can securely and efficiently distribute the weight, preserving the structural integrity of the supported load.

Q: What are the typical rental rates for steel props?: The rental prices for steel props can differ based on several factors, such as the location, rental duration, required quantity, and prop condition. Nevertheless, as a general rule, the usual rental fees for steel props typically fall between $2 and $5 per prop per week. This charge typically covers delivery, installation, and removal services. It's important to bear in mind that these rates are approximate averages and can significantly fluctuate depending on the project's specific needs and the pricing structure of the rental company. Therefore, it is advisable to reach out to local rental companies or suppliers to obtain accurate and current rental rates for steel props in your particular area.

Q: Are steel props adjustable in height?: Yes, steel props are adjustable in height.

Q: What are the common safety features and mechanisms found in steel props?: Some common safety features and mechanisms found in steel props include adjustable height settings, sturdy base plates for stability, locking pins or clips to secure the prop in place, and load-bearing capacity indicators to ensure safe weight distribution. Additionally, many steel props are designed with anti-slip surfaces and reinforced construction to prevent accidents or collapses.

Q: How do you ensure the stability of a steel prop in high winds?: To ensure the stability of a steel prop in high winds, several measures can be taken. Firstly, the prop should be securely anchored to the ground using appropriate foundation systems, such as concrete footings or ground screws, to provide a strong and stable base. Additionally, the prop should be designed with sufficient structural strength and rigidity to withstand the forces exerted by high winds. This can be achieved by using thicker steel sections, reinforced bracing, or additional supports if necessary. Regular inspections and maintenance are also crucial to identify any signs of damage or wear that could compromise the stability of the prop, allowing for timely repairs or replacements as needed.

Q: Are steel props suitable for temporary structures?: Yes, steel props are suitable for temporary structures. Steel props are strong, durable, and adjustable, making them ideal for providing temporary support and stability to structures during construction or renovation projects. Their robustness and ability to bear heavy loads make them a reliable choice for temporary structures.

Q: What is the pre - steel brace: Generally, the steel support is inclined connection member, the most common is the herringbone shape and cross shape, the cross section can be steel pipe, H steel, angle steel, the role is to enhance the stability of the structure.

Q: Can steel props be used for shoring purposes?: Yes, steel props can be used for shoring purposes. Steel props, also known as adjustable steel props or scaffolding props, are commonly used in construction and renovation projects to provide temporary support or shoring to structures. They are versatile and can be easily adjusted to the required height and load-bearing capacity. Steel props are typically used to support beams, walls, ceilings, and other structures during construction, repair, or maintenance activities. They are designed to withstand heavy loads and provide stability and safety to the working environment. Steel props are an essential tool in the construction industry and are widely used for shoring purposes due to their strength, durability, and adjustability.

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