steel property Painted scaffolding steel prop

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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:	Painted prop
Material:	Q235,steel	Type:	Adjustable prop	Standard:	BS1139, EN74B
Usage:	Scaffolding support	Prop surface:	Painted, Powder coated,Galvanized

Packaging & Delivery

Packaging Detail:	Steel pallet Bulk
Delivery Detail:	25days

Specifications

Painted adjustable prop
1). Scaffolding factory on prop since 1996
2).Prop material in Q235 steel
3).Prop quality ensured,OEM

Adjustable prop,Telescopic prop,Scaffolding painted prop

Professional factory 13 years old with good reputation in scaffolding adjustable prop
Adjustable Prop material: steel Q235, Tube by Cold rolled steel strip, Good loading quality and timely delivery
Prop Adjustable height (Closed – Open):

1.7-3.0M, 1.8-3.2M, 1.9-3.5M, 2.0-3.5M, 2.0-3.6M, 2.1-3.9M, 2.2-3.9M,

2.2-4.0M, 2.4-3.9M, 2.5-3.9M, 2.5-4.5M, 3.5-5.5M, 3.5-6.0M, 3.9-6.0M

Anti-rust coating: Painted,Powder coated, Galvanized

Prop Outer tube available: ¢76mm, ¢70mm, ¢60mm, ¢56mm, ¢48mm

Prop Inner tube available: ¢60mm, ¢48mm, ¢40mm
Thickness available: 1.6mm, 1.8mm, 2.0mm, 2.2mm, 2.5mm, 3.0mm, 3.5mm, 4.0mm

Top/Bottom plate: Flat Square / flower plate, U-head

Loading capacity tested, manufactured to BS4074 and tested to BS5507
OEM is offer

Q:Can steel props be used for temporary support in oil storage tank construction?: Steel props are a viable option for temporary support in the construction of oil storage tanks. They are commonly employed in construction projects to offer stability and support to structures throughout the construction process. Designed to withstand substantial loads, these props provide a secure and dependable support system. For oil storage tank construction, steel props can be utilized to uphold the tank during the initial phases of construction, guaranteeing its stability and equilibrium until it is capable of supporting its own weight. The flexibility and adaptability of steel props make them an excellent choice for temporary support in diverse construction projects, including oil storage tank construction.

Q:Can steel props be used in temporary support of conveyor systems?: Indeed, steel props possess the capability to be employed for temporary support in conveyor systems. Demonstrating strength and durability, steel props prove themselves as an apt option for providing temporary support to conveyor systems. Adjustability and ease in setting up to the desired height are further characteristics possessed by steel props, enabling them to bear the weighty loads and vibrations generated by the conveyor system. Furthermore, guaranteeing stability and averting any movement or displacement during operation, steel props effortlessly fasten to the ground or other structures. In conclusion, the employment of steel props in the temporary support of conveyor systems is a dependable and pragmatic choice.

Q:Can steel props be used in confined spaces?: Yes, steel props can be used in confined spaces. Steel props are adjustable and collapsible temporary support structures commonly used in construction to provide vertical support to ceilings, walls, or beams. They are versatile and can be adapted to fit various spaces, including confined areas, as long as they meet the necessary safety requirements and are properly installed and secured.

Q:What is the weight of a typical steel prop?: The weight of a typical steel prop can vary depending on its size and specifications. However, on average, a standard steel prop typically weighs around 10 to 15 kilograms (22 to 33 pounds). It is important to note that the weight can vary based on factors such as the length, diameter, and construction materials of the prop.

Q:What is the pre - steel brace: When it comes to brace generally refers to Rachel steel purlin, it is reinforced, but also to enhance the stability of the purlin purlin, not easy to lose in the external force under certain failure. Section purlin are generally H steel, C shape, Z shape, is reducing cabin panel span and fixed roof panel.The main specifications of steel support are Phi 400, Phi 580, phi, phi, phi, phi, phi, phi, and so on, and so on, and so on, and so on, and so on, and so on, and so on, and so on, and so on, and so on, and so on.

Q:Can steel props be used for temporary support in underground structures?: Temporary support in underground structures can be achieved using steel props. These adjustable steel tubes, also referred to as steel shores or steel acrow props, are commonly employed in construction to provide support to structures during their temporary phase. Their primary purpose is to bear heavy loads and offer support to formwork, scaffolding, and temporary structures in construction projects. When it comes to underground structures like tunnels or basements, steel props can be used effectively to provide temporary support. They can be utilized to support the roof or walls of the underground structure while excavation or construction takes place. Thanks to their adjustability, steel props allow for precise positioning and ensure adequate support. Moreover, they have the capability to withstand high loads, making them suitable for supporting the weight of the surrounding soil or other materials. An additional advantage of steel props is their ease of installation and removal, making them extremely convenient for temporary support in underground structures. They can be quickly adjusted or removed as needed, facilitating efficient construction or maintenance work. Furthermore, steel props are durable and can be reused in various projects, offering cost-effectiveness. Nevertheless, it is crucial to carefully consider the specific requirements and engineering considerations of the underground structure before implementing steel props for temporary support. Factors such as excavation depth, soil conditions, and overall structure design must be taken into account to ensure the safety and stability of the temporary support system. To summarize, steel props serve as a reliable and adjustable solution for temporary support in underground structures. They provide support to the roof or walls during construction or maintenance work. However, it is imperative to seek the advice of an engineer or construction professional to evaluate the suitability and safety of using steel props in a particular underground structure.

Q:What is the difference between the calculation of the axial force of concrete and steel support?: There is no big difference between the calculation of the axial force of the concrete and steel support. There is a slight difference in the weight of the rod.

Q:Can steel props be used for temporary support in pipeline construction?: Yes, steel props can be used for temporary support in pipeline construction. Steel props are commonly used in construction projects to provide temporary support to structures and systems. They are adjustable and can be easily customized to fit specific requirements. In pipeline construction, steel props can be used to hold the weight of the pipeline and provide stability during the installation process. They can also be used to support the pipeline at specific locations where additional reinforcement is needed. Steel props are strong, durable, and have a high load-bearing capacity, making them suitable for temporary support in pipeline construction.

Q:Are steel props used in commercial construction projects?: Yes, steel props are commonly used in commercial construction projects. They are versatile and adjustable support systems that are used to provide temporary support to beams, slabs, formwork, and other structural elements during the construction process. Steel props are known for their strength and durability, making them suitable for heavy-duty applications in commercial construction.

Q:How do you ensure proper stability when using steel props on inclined surfaces?: To ensure proper stability when using steel props on inclined surfaces, there are several important steps to follow: 1. Assess the angle of the inclined surface: Before setting up the steel props, it is crucial to accurately determine the angle of the inclined surface. This can be done using a leveling tool or a laser level to ensure precise measurements. 2. Select appropriate steel props: Choosing the right steel props is essential for stability. Ensure that the props have a suitable load-bearing capacity to withstand the weight and forces exerted on them due to the incline. Consider using adjustable props that can be extended or shortened as needed to accommodate the slope. 3. Position the props correctly: Proper positioning of the steel props is crucial for stability. Place the props at regular intervals along the inclined surface, ensuring that they are securely planted into the ground or a stable base. 4. Provide additional support: In some cases, additional support may be necessary to enhance stability. This can be achieved by using bracing or struts to connect the steel props and distribute the load more evenly. Bracing can help prevent any lateral movement or tilting of the props. 5. Use appropriate base plates: Base plates are essential for distributing the load of the props evenly and preventing sinking or sliding. Ensure that the base plates are securely attached to the props and that they have a large enough surface area to provide stability on the inclined surface. 6. Regularly inspect and maintain the props: Regular inspections of the steel props are necessary to ensure they remain in good condition and are not compromised by any wear, damage, or corrosion. Any signs of instability or weakness should be addressed immediately, and damaged props should be replaced promptly. 7. Seek professional advice if needed: If working on a particularly challenging or complex inclined surface, it is advisable to consult with a structural engineer or construction professional to ensure the correct methods are employed and that the stability of the props is guaranteed. By following these steps, you can ensure proper stability when using steel props on inclined surfaces, minimizing the risk of accidents or structural failures.

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