Heavy duty construction concrete wall steel props

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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:	steel props
material:	steel	color:	silver,dark red,yellow,blue,green	surface treatment:	dip painted,power coated,galvanized
Product type:	steel props	Application:	building construction for inside concrete wall support	support capacity:	1.5-4tons
Working life:	4-6 years normally	inner tube diameter:	40mm,or 48mm	outer tube diameter:	48mm,or 56/58/60mm
base plate size:	1201204.75mm

Packaging & Delivery

Packaging Detail:	steel props packing: in bulk, in bundle, in steel pallet, or as your request. one 20ft container can load about 1500-2600 pieces, depends on the expected size.
Delivery Detail:	10-30 days after order confirmation

Specifications

steel props
1)Manufacturer 10 years;
2)OEM offered;
3)Formwork,beam,concrete,slab support;
4)Promptly delivery.

Name	steel props
Surface Treatment	Galvanized,powder coated,dip painted

Extension length	1600-2900/1800-3200/2000-3600/2200-4000mm or customed
Certificate	SGS test report for loading capacity
Service	OEM Service available
MOQ	one 20ft Pcontainer,about2000pcs
Payment	T/T.L/C
Delivery Time	About 10-30 days after confirmation
Packing	in bulk ,in bundle, in steel pallet or as your request
production capability	200tons per day

Q:Are steel props suitable for supporting temporary educational facilities?: Yes, steel props are suitable for supporting temporary educational facilities. Steel props are durable, strong, and adjustable, making them a reliable choice for providing structural support to temporary structures such as classrooms or educational facilities. They can be easily installed, removed, and adjusted as needed, ensuring the safety and stability of the temporary educational facility.

Q:Can steel props be used in underground construction?: Steel props, also known as steel shores or steel acrow props, have the capability to be utilized for underground construction. These adjustable steel tubes serve the purpose of supporting vertical loads in construction projects. They are commonly employed for providing support to formwork, scaffolding, and temporary structures in both above-ground and below-ground construction. In the domain of underground construction, steel props can prove to be particularly advantageous in aiding the excavation process. They are typically employed to offer temporary support to tunnels, underground chambers, and other areas that have been excavated. By strategically placing steel props, they can effectively distribute the load and prevent instability or collapse during the excavation process. The preference for steel props in underground construction is primarily due to their strength, adjustability, and durability. They possess the ability to withstand heavy loads and can be easily adjusted to the desired height, which makes them versatile for various underground construction projects. Moreover, steel props exhibit resistance to corrosion, which is of utmost importance in underground environments where there is increased moisture and exposure to other corrosive elements. In conclusion, it is indeed feasible to utilize steel props in underground construction. They play a vital role in providing essential support and stability during the excavation process and are highly regarded for their strength, adjustability, and durability.

Q:How do steel props contribute to the overall efficiency of construction projects?: Enhancing the overall efficiency of construction projects, steel props, also known as adjustable steel props or acrow props, hold a significant position. These temporary support structures find wide usage in construction, providing stability and load-bearing capabilities at various stages of the building process. One crucial manner in which steel props contribute to efficiency is by facilitating the construction of taller and more complex structures. By offering vertical support, steel props distribute the weight of building materials and loads, thus ensuring stability. Consequently, builders can work on multiple levels simultaneously, thereby reducing construction time and increasing productivity. Moreover, steel props possess adjustable height, allowing for precise and customized support. This adaptability feature ensures easy accommodation of different heights and load requirements, eliminating the need for tailor-made supports. The ability to quickly and effortlessly adjust the props saves time and resources, ultimately enhancing overall construction efficiency. Furthermore, steel props carry the advantage of being lightweight and easy to transport, making them an ideal choice for mobile construction projects. The portability of these props facilitates quick deployment to various areas of the construction site, eliminating excessive manual labor and reducing downtime. In terms of safety and risk management, steel props play a crucial role in the construction industry. By providing temporary support, they prevent structural collapses and accidents, ensuring the safety of workers and the project itself. This increased safety reduces the likelihood of delays caused by accidents and ensures smooth and efficient progress of the construction project. To conclude, steel props significantly contribute to the overall efficiency of construction projects by enabling the construction of taller structures, providing adjustable support, ensuring portability, and enhancing safety. These versatile and adaptable support structures streamline construction processes, enabling builders to work efficiently. Ultimately, this leads to cost savings and successful project completion.

Q:Are steel props suitable for supporting concrete slabs?: Yes, steel props are suitable for supporting concrete slabs. Steel props, also known as adjustable steel props or acrow props, are commonly used in construction to provide temporary support for concrete slabs during construction or renovation. They are designed to be adjustable in height and can be easily installed and removed. Steel props are made of high-quality steel, which provides them with strength and durability. This makes them capable of withstanding the weight of concrete slabs and other construction materials. They are able to support the load and distribute it evenly, ensuring the stability of the concrete slab. Furthermore, steel props offer flexibility in terms of height adjustment. They have a telescopic design that allows for easy extension and retraction, making them suitable for supporting concrete slabs of various thicknesses. The ability to adjust their height also enables construction workers to easily level the slabs and ensure a smooth and even surface. In addition to their strength and adjustability, steel props are also easy to handle and transport. They are lightweight and can be easily moved around the construction site, making them a convenient choice for supporting concrete slabs in different areas. Overall, steel props are a suitable and reliable choice for supporting concrete slabs. Their strength, adjustability, and ease of use make them a popular option in the construction industry.

Q:Can steel props be used in elevated platforms or walkways?: Yes, steel props can be used in elevated platforms or walkways. Steel props are commonly used in construction to provide temporary support and stability. They are strong and durable, making them suitable for supporting elevated structures such as platforms or walkways.

Q:Can steel props be used for supporting temporary bridges during emergencies?: Indeed, steel props have the capability to support temporary bridges in emergency scenarios. Their robustness and longevity make them an ideal option for offering provisional assistance to bridges during critical situations. They possess the ability to effectively bear the bridge's weight and guarantee its stability until a permanent resolution can be implemented. Furthermore, steel props are adjustable, facilitating effortless installation and customization to meet the specific demands of the bridge. Moreover, steel props are readily accessible and extensively utilized in construction, rendering them a pragmatic selection for emergency bridge support.

Q:What are the common methods of testing steel props for structural integrity?: The common methods of testing steel props for structural integrity include visual inspection, ultrasonic testing, magnetic particle inspection, and load testing. Visual inspection involves examining the props for any visible defects such as corrosion, cracks, or deformation. Ultrasonic testing uses high-frequency sound waves to detect internal flaws or discontinuities in the material. Magnetic particle inspection uses magnetic fields and iron particles to identify surface defects or cracks. Load testing involves applying a predetermined load to the prop to assess its capacity and behavior under stress. These methods help ensure the reliability and safety of steel props in structural applications.

Q:Steel support, mixed soil support, calculation method?: Flexible support according to the direction of points, there are horizontal support, vertical support, oblique support......

Q:Can steel props be used for temporary support in bridge expansion joint replacement?: Indeed, temporary support in bridge expansion joint replacement may be achieved through the utilization of steel props. In construction endeavors, steel props find frequent application for the purpose of furnishing provisional support to structures during maintenance or repair activities. With their adjustable nature, durability, and capacity to withstand substantial loads, steel props prove themselves as an optimal selection for sustaining bridge segments throughout the replacement of expansion joints. The installation and alteration of steel props to the desired elevation is a straightforward task, thereby imparting stability and security to the bridge structure. Furthermore, the sturdy construction of these props guarantees their ability to endure the forces exerted during the replacement process, thereby upholding the bridge's integrity.

Q:How do you prevent damage to adjacent structures when using steel props?: To prevent damage to adjacent structures while using steel props, it is important to take several measures. Firstly, a comprehensive survey and assessment must be conducted. This involves thoroughly examining the surrounding area to identify any nearby structures, utilities, or sensitive areas that may be at risk. The condition and load-bearing capacity of these structures should be assessed. Secondly, proper installation and positioning of the steel props is crucial. Following the manufacturer's instructions and guidelines is essential, ensuring that the props are securely fastened and correctly aligned. The stability of the props should be checked for any obstructions or uneven surfaces. Thirdly, selecting steel props with the appropriate load-bearing capacity is important. Overloading the props can result in structural failure and potential damage to adjacent structures. Consultation with structural engineers or experts may be required to determine the correct load-bearing capacity needed. Regular monitoring and inspection of the steel props are also necessary. This includes checking for any signs of movement, deformation, or stress on the props or adjacent structures. If any abnormalities are detected, they should be addressed immediately to prevent further damage. Depending on the situation, additional protective measures may be needed. This can involve using structural shoring, bracing, or strengthening techniques to distribute the loads more evenly and minimize potential impacts on surrounding structures. Open communication and coordination with the project team, including adjacent property owners, is crucial. Keeping them informed about the construction activities, potential risks, and mitigation measures will help minimize damage and ensure everyone is prepared and aware. In conclusion, preventing damage to adjacent structures when using steel props requires careful planning, proper installation, regular monitoring, and the implementation of protective measures. By following these steps, the safety and integrity of both the construction site and the surrounding structures can be maintained.

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