Heavy Duty Adjustable Scaffolding Steel Prop

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Loading Port:: China Main Port

Payment Terms:: TT OR LC

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Quick Details

Model Number:	1300,QE-PR
Type:	Scaffolding Parts	Scaffolding Part Type:	Scaffolding Props	Color:	all colors or customized
Surface treatment:	powder coated,halv or HDG	Using life:	4-5 years	Size:	from 0.5 to 6 meters
Manufactuer:	OEM is offered	Cerfiticate:	ISO9001:2000 SGS	Feature:	Automatic welding and threaded

Packaging & Delivery

Packaging Detail:	by stell pallet or customized
Delivery Detail:	30 DAYS UPON PREYAYMENT

Specifications

Scaffolding prop
1)Material:Q235 Q345
2)Durable steel prop
3)Length :0.8m--5m

Specification

Raw material	Q235/Q275/Q345 material
Height	0.5-0.8m,0.7-1.2m,1.0-1.8m,1.2-1.7m,1.5-2.5m,1.6-2.9m,1.7-3.0m,1.8-3.2m,1.9-3.5m,2.0-3.5m,2.0-3.6m,2.1-3.9m,2.2-4.0m,2.3-4.2m,2.5-4.5m,3.0-5.0m,3.5-5.5m,4.0-6.0m
Thickness:	1.6/1.8/1.9/2.0/2.2/2.5/2.75/3.0/3.25/3.5mm
Diameter	48/40mm,56/48mm.60/48mm,76/60mm
Top/base plate	Square plate .Flower shape plate. 120120mm,110110mm,140140mm,150150mm
Size of prop sleeve	603.25200/220mm, 703.5135mm,603.5135mm
Diameter of lock pin	10mm,12mm,14mm,16mm
Packing	Steel pallet
Delivery time	30days upon the prepayment
Certificate	ISO9001:2000
Application	Prop is applied to vertically support system in the construction to support the formwork.such as the floor construction
Structure	Steel prop is mainly made up of bottom plate.outer pipe.inner pipe.swivel nut.lock pin.top plate.and the accessories of folding tripod.head jack
Convenient	Steel prop is simple of the structure .it is easy to assemble and disassemble
Adjustment	Steel prop is adjustable by outer and inner pipe .the inner pipe could extend and shrink in the our pipe and then could adjusted according to the required height
Economy	Steel prop could be re-used ,and once useless.the material could be recovered
Practical using	Prop could be adjusted to required height according to the different height of the constructions
Length:M	External pipe:mm	Internal pipe:mm	Weight:kg	20GP :pcs	Description
0.8-1.4	48x1.6x765	40x1.8x835	4.74	3500	Spanish prop
1.6-3.0	48x1.6x1600	40x1.8x1600	7.6	2200
2.0-3.5	48x1.6x1700	40x1.8x2000	8.5	2000
2.2-4.0	48x1.6x2000	40x1.8x2200	9.4	1750
1.6-2.9	56x1.6x1510	48x1.8x1600	8.95	2200	Italian prop
1.8-3.2	56x1.6x1510	48x1.8x1800	9.4	2100
2.0-3.6	56x1.6x1750	48x1.8x2000	10.2	2000
2.2-4.0	56x1.6x2010	48x1.8x2200	11.26	1750
1.4-2.7	60x2.0x1340	48x2.0x1400	9.45	2300	German prop
2.0-3.5	60x2.0x1540	48x2.0x2000	11.38	2000
2.2-4.0	60x2.0x1840	48x2.0x2200	12.7	1750
3.0-5.5	60x2.0x2540	48x2.0x3000	16.5	1500
2.1-3.9	60x3.0x1500	48x3.3x2100	17	1500	Middle east
3.0-5.5-	60x3.0x2800	48x3.5x3000	23.2	1000	Middle east

Q:What are the typical costs associated with using steel props?: The typical costs associated with using steel props vary depending on factors such as the duration of use, quantity required, and rental or purchase options. Generally, rental costs range from $5 to $15 per week per prop, while purchasing costs can range from $50 to $100 per prop. Additional expenses may include delivery fees, maintenance costs, and any necessary accessories or attachments.

Q:How do steel props compare to wooden shores in terms of durability?: Compared to wooden shores, steel props exhibit higher durability. Steel, being a stronger and sturdier material than wood, renders steel props more resistant to wear and tear. They possess the capability to withstand heavy loads and provide superior support, making them appropriate for projects that demand increased strength and stability. In contrast to wood, steel is impervious to rot, decay, and termite damage, which greatly elongates its lifespan. Additionally, steel props have the added advantage of being adjustable, enabling precise height modifications to accommodate diverse construction requirements. Although wooden shores may initially be more cost-effective, steel props present a longer-lasting and more enduring solution for construction and renovation endeavors.

Q:Can steel props be used in airport terminal construction?: Yes, steel props can be used in airport terminal construction. Steel props are commonly used as temporary support structures during construction to provide stability and reinforcement. They can be adjusted to different heights, making them versatile for various construction needs. In airport terminal construction, steel props can be employed for supporting formwork, scaffolding, or temporary beams, ensuring the safety and stability of the construction process.

Q:Can steel props be used in historical or heritage restoration projects?: Historical or heritage restoration projects can make use of steel props. These props are commonly employed in construction and renovation endeavors to offer temporary support to structures. They prove to be especially beneficial in historical or heritage restoration projects where the existing structure may be delicate or unsteady. To provide the necessary support and stability during the restoration process, steel props can be adjusted accordingly. They are applicable for supporting walls, ceilings, or other structural elements that require reinforcement or repair. Moreover, steel props can be easily customized to suit the specific needs of each restoration project. The strength and durability of steel props are advantageous when used in historical or heritage restoration projects. They are capable of withstanding heavy loads and providing reliable support. This is crucial in restoration projects where the aim is to preserve the original structure and ensure its longevity. Additionally, steel props are versatile and applicable in various restoration scenarios. They can stabilize walls, reinforce arches, or support floors during the process of restoring historical buildings. Their adjustability allows for precise positioning and alignment, essential for maintaining the structural integrity of the building. It is important to consider the aesthetic impact when utilizing steel props in historical or heritage restoration projects. Depending on the specific project and its requirements, additional measures may be necessary to ensure that the steel props do not diminish the historical or heritage value of the structure. This can involve using temporary coverings or disguising the props to blend in with the surrounding architecture. In conclusion, historical or heritage restoration projects can indeed utilize steel props. Their strength, durability, and versatility make them a valuable asset in providing temporary support and stability to fragile or unstable structures. However, it is vital to integrate the props in a manner that respects and preserves the historical or heritage value of the building.

Q:Can steel props be used in stadium construction?: Steel props, which are also referred to as adjustable steel props or steel shoring props, have the capability to be utilized in the construction of stadiums. These props are commonly employed in construction undertakings to offer temporary support to structures or strengthen existing ones. Within the context of stadium construction, steel props may be employed to provide support to substantial concrete slabs, beams, or other structural components throughout the construction process. Additionally, they can be employed to furnish supplementary support to the stadium roof or reinforce areas necessitating increased load-bearing capacity. Due to their versatility, durability, and ability to be easily adjusted to accommodate various heights and load requirements, steel props are a suitable choice for stadium construction projects.

Q:What are the guidelines for the proper storage and handling of steel props?: Here are the revised guidelines for the storage and handling of steel props: 1. Storage: To prevent rust and corrosion, steel props must be stored in a dry and well-ventilated area. It is important to keep them away from moisture, direct sunlight, and extreme temperatures. 2. Handling: Proper lifting techniques are crucial when handling steel props. Use appropriate lifting equipment, such as cranes or forklifts, to avoid injuries and damages. Ensure an even distribution of weight and handle the props with care to prevent bending or distortion. 3. Inspection: Before storage or use, visually inspect steel props for any visible damage, such as cracks, dents, or excessive wear. Do not use props with defects; repair or replace them promptly. 4. Cleaning: Regularly clean steel props to remove dirt, debris, and contaminants that may accelerate corrosion. Use a soft brush or cloth for cleaning, and apply a mild detergent or metal cleaner if necessary. Thoroughly dry the props after cleaning to prevent moisture build-up. 5. Stacking: Stack steel props horizontally, aligning and spacing each prop evenly. Ensure an even distribution of weight to prevent bending or damage. 6. Protection: Cover steel props with a tarpaulin or plastic sheet during storage to protect them from moisture and corrosion. 7. Separation: Store steel props separately from other materials or equipment that may cause damage, such as sharp objects or chemicals. Proper separation prevents scratches, dents, or chemical reactions that could compromise the integrity of the props. By adhering to these guidelines, you can ensure the proper storage and handling of steel props, thereby prolonging their lifespan and maintaining their structural integrity for safe and efficient use.

Q:Can steel props be used for supporting temporary sports facilities?: Temporary sports facilities can indeed benefit from the use of steel props for support. In construction and temporary structures, steel props are frequently employed to offer stability and support. Their strength and durability make them highly suitable for various types of structures, including temporary sports facilities. Whether it involves setting up temporary bleachers, tents, or other sports-related structures, steel props guarantee stability and ensure the facility's safety. Moreover, steel props possess the advantage of being easily adjustable in height and capable of withstanding heavy loads. Their versatility and ability to support temporary sports facilities make them an ideal choice.

Q:How to reinforce the lower part of the steel structure of the construction elevator on the roof of the non - air defense garage: In this way, the free height is the base plane of the tower foundation per square load, there is no calculation of partial coefficients, close to 5 tons, 50KN. Lifting, consider the torque, the edge of the pressure is even greater. Such a large load, placed in the plate can not be placed on the beam is not. Can only be arranged in the stigma. However, even if the column doubled fortunately. How to solve the foundation?

Q:How do you ensure proper stability when using steel props on soft soil?: To ensure the stability of steel props on soft soil, there are several steps that can be taken: 1. Conduct a thorough soil investigation to understand the properties and characteristics of the soft soil. This will help determine the appropriate design and dimension of the steel props, taking into account the specific soil conditions. 2. Calculate the load that will be placed on the steel props, considering the weight of the structure, additional loads, and the factor of safety. This will ensure that the steel props can bear the required load without causing instability. 3. Place the steel props in the correct locations, considering the layout and load distribution of the structure. This will help evenly distribute the load and minimize pressure on the soft soil. 4. Ensure proper spacing between the steel props to prevent excessive load concentration on any particular area of the soft soil, reducing the risk of instability. 5. If necessary, reinforce the soft soil using techniques like soil stabilization or ground improvement methods. This can involve adding materials such as compacted soil, stone columns, or geosynthetics to improve the soil's strength and stability. Additionally, securely anchor the steel props to prevent lateral movement or tilting. 6. Regularly monitor the performance of the steel props and the stability of the soft soil through visual inspections, measurements, and periodic assessments. This will help identify any signs of instability or potential issues, allowing for prompt action to maintain stability. By implementing these measures, one can ensure that steel props are appropriately designed, positioned, and supported to provide stability when working on soft soil conditions.

Q:How do steel props contribute to the stability of excavation sites?: Steel props are essential for ensuring the stability of excavation sites. These props, also known as steel shoring, play a crucial role in supporting the sides of an excavation and preventing collapse or cave-ins. One key contribution of steel props is their ability to withstand the immense pressure exerted by the surrounding soil and prevent it from collapsing into the excavation. The props are usually installed vertically along the sides of the excavation, forming a secure barrier that holds the soil in place. This prevents the walls from caving in and provides a safe working environment for workers. Furthermore, steel props provide additional support to the excavation site by transferring the load from the soil to a more stable structure. By distributing the weight evenly, they reduce the risk of uneven settlement and subsidence, which can cause structural damage or even endanger the lives of workers. Another advantage of steel props is their adjustability. They can be easily extended or retracted to accommodate different excavation depths and allow for variations in ground conditions. This flexibility ensures that the excavation remains stable throughout the entire construction process, even as the depth of the excavation changes. Moreover, steel props are highly durable and resistant to corrosion and other environmental factors. This makes them suitable for long-term use in various excavation projects, providing reliable support and stability over extended periods. In summary, steel props contribute significantly to the stability of excavation sites by preventing soil collapse, transferring loads, and ensuring a safe working environment. Their versatility, adjustability, and durability make them an essential component in any excavation project, guaranteeing the safety of workers and the successful completion of the construction.

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