Export Steel Props/red color prop 2.2-4M/thickness 3.0mm

Export Steel Props/red color prop 2.2-4M/thickness 3.0mm System 1

Export Steel Props/red color prop 2.2-4M/thickness 3.0mm System 2

Export Steel Props/red color prop 2.2-4M/thickness 3.0mm

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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 3.0mm

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:Can steel props be used for supporting temporary elevated platforms?: Yes, steel props can be used for supporting temporary elevated platforms. Steel props, also known as adjustable steel props or acrow props, are commonly used in construction and temporary structures to provide support and stability. They are designed to be easily adjustable in height, making them ideal for supporting platforms at different elevations. Steel props are strong and durable, capable of withstanding heavy loads and providing a secure base for elevated platforms. Additionally, their versatility and ease of use make them a popular choice for temporary structures in various industries.

Q:Can steel props be used for supporting temporary sports facilities?: Yes, steel props can be used for supporting temporary sports facilities. Steel props are commonly used in construction and temporary structures to provide support and stability. They are strong and durable, making them suitable for supporting various types of structures, including temporary sports facilities. Whether it is for setting up temporary bleachers, tents, or other sports-related structures, steel props can be used to ensure the stability and safety of the facility. Additionally, steel props can be easily adjustable in height and can withstand heavy loads, making them versatile and ideal for supporting temporary sports facilities.

Q:What are the safety regulations for using steel props?: The safety regulations for using steel props are essential to ensure the safety of workers and the structural integrity of the construction site. Here are some of the key safety regulations for using steel props: 1. Inspection and Maintenance: Before using steel props, they should be thoroughly inspected for any damage, including cracks, bends, or rust. Regular maintenance should be conducted to ensure they remain in good working condition. Damaged or faulty props should be immediately removed from use. 2. Proper Installation: Steel props should be installed correctly, following manufacturer's guidelines and specifications. The props should be positioned vertically and securely fastened to prevent any movement or collapse. The base plates should be level and firmly secured to the ground. 3. Load Limits: Each steel prop has a specific load-bearing capacity, which should never be exceeded. Before using, it is important to calculate the required number of props and ensure they are adequately spaced to distribute the load evenly. Overloading can lead to structural failure and accidents. 4. Stability: Steel props must be stable and able to withstand external forces such as wind or vibrations. Adequate bracing, tying, or anchoring should be used to enhance stability. Props should also be positioned away from any excavations or unstable ground to prevent accidental collapse. 5. Working at Heights: When using steel props to support formwork or scaffolding at heights, appropriate fall protection measures should be in place. Workers should be provided with personal protective equipment (PPE) such as harnesses, safety nets, or guardrails to prevent falls. 6. Regular Inspections: Ongoing inspections of steel props should be conducted throughout the construction process. This includes checking for any signs of wear, damage, or movement. Regular inspections help identify potential hazards and address them promptly to maintain a safe working environment. 7. Training and Supervision: Workers should receive proper training on the safe use of steel props, including installation, load limits, and inspection procedures. Supervision by experienced personnel is crucial to ensure compliance with safety regulations and to address any issues or concerns. Adhering to these safety regulations is vital to prevent accidents, injuries, or even fatalities on construction sites. It is important to consult local regulations and industry standards for specific safety guidelines related to the use of steel props, as they may vary depending on the region and project requirements.

Q:How do steel props compare to jack posts in terms of performance?: Steel props and jack posts are both commonly used as temporary supports in construction and renovation projects. While they both serve the same purpose of providing temporary structural support, they have some differences in terms of performance. Steel props, also known as steel shore posts or acrow props, are adjustable steel tubes with a threaded end that can be extended or retracted to the desired height. They are typically made from high-quality steel and are designed to withstand heavy loads. Steel props are known for their strength, stability, and versatility. They can be used in various applications such as supporting walls, beams, and floors during construction or renovation projects. They are easy to install, require minimal maintenance, and can be adjusted to fit different heights and angles. Steel props are often preferred when dealing with larger and more complex structures due to their high load-bearing capacity. On the other hand, jack posts, also known as screw jacks or adjustable basement support poles, are more commonly used in residential applications, particularly for temporary support in basements or crawl spaces. They consist of a steel post with a threaded rod that can be adjusted by turning a nut at the top. Jack posts are generally lighter and less durable compared to steel props. They are designed to support lighter loads and are not suitable for heavy-duty applications. However, jack posts are more affordable and easier to transport and install than steel props. In terms of performance, steel props offer superior load-bearing capacity and strength compared to jack posts. They are capable of supporting heavy loads and are more suitable for larger and more complex structures. Steel props provide greater stability and can be adjusted to fit various heights and angles, making them more versatile in different construction scenarios. On the other hand, jack posts are more suitable for lighter loads and residential applications, where their affordability and ease of installation are advantageous. In conclusion, steel props and jack posts both serve as temporary supports but differ in terms of performance. Steel props are stronger, more stable, and versatile, making them suitable for heavy-duty and complex construction projects. Jack posts, on the other hand, are more affordable and easier to install, making them preferable for lighter loads and residential applications. The choice between the two depends on the specific project requirements and load-bearing needs.

Q:Can steel props be used for temporary roof support?: Yes, steel props can be used for temporary roof support. Steel props, also known as scaffolding props or acrow props, are adjustable telescopic poles made of steel that are commonly used in construction projects. They are designed to provide temporary support for various structures, including roofs. Steel props are able to bear heavy loads and can be easily adjusted to the desired height, making them suitable for temporary roof support. They are commonly used in situations where additional support is needed during construction, renovation, or repair work on roofs. However, it is important to ensure that the steel props are properly installed and meet the required safety standards to ensure the stability and integrity of the temporary roof support.

Q:Are steel props adjustable in angle?: No, steel props are not adjustable in angle. They are designed to provide vertical support and stability, not to be adjusted or set at different angles.

Q:Can steel props be used for formwork support?: Yes, steel props can be used for formwork support.

Q:What are the typical load testing procedures for steel props?: Load testing procedures for steel props typically involve the following steps: 1. Initial inspection: Before conducting any load testing, it is crucial to thoroughly inspect the steel props for any signs of damage or wear. This includes checking for cracks, deformations, corrosion, and other structural issues that may compromise the props' integrity. 2. Load calculation: The load testing procedure begins with determining the maximum load that the steel props are designed to bear. This calculation takes into account factors such as the type of prop, its dimensions, material strength, and any relevant safety codes or standards. 3. Test setup: Once the load calculation is complete, the next step is to set up the test environment. This involves ensuring that the props are securely positioned and properly supported to prevent any accidental collapse or movement during the test. 4. Load application: Load is gradually applied to the steel props using hydraulic jacks, weights, or other suitable equipment. The load is increased incrementally until it reaches the predetermined maximum load specified in the load calculation. 5. Load measurement: Throughout the testing process, accurate load measurements are taken at regular intervals to monitor the behavior of the steel props. This includes measuring the load distribution across the props, as well as any deflection or displacement that may occur. 6. Duration of testing: The load is typically maintained for a specific duration to allow for observation and assessment of the props' performance under sustained load conditions. The duration may vary depending on the specific requirements and standards applicable to the props being tested. 7. Assessment of results: After the load testing is complete, the collected data and observations are analyzed to evaluate the performance of the steel props. This includes assessing factors such as deflection, stability, and structural integrity, as well as comparing the test results against applicable safety standards or regulations. 8. Reporting: A comprehensive report documenting the load testing procedures, results, and any relevant observations or recommendations is typically prepared. This report serves as a record of the testing process and provides valuable information for decision-making regarding the use and safety of the steel props.

Q:How is a steel prop different from other types of props?: A steel prop is different from other types of props due to its material composition. Unlike wooden or aluminum props, a steel prop is made entirely of solid steel, which provides enhanced strength, durability, and load-bearing capacity. Steel props are known for their high resistance to compression and ability to support heavy loads, making them ideal for construction and temporary support applications.

Q:Are steel props suitable for supporting heavy machinery?: Yes, steel props are suitable for supporting heavy machinery. Steel is a strong and durable material that can provide the necessary stability and load-bearing capacity required to support heavy machinery.

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