ISO 9001 certificate scaffolding steel prop

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 10000 pc

Supply Capability:: 10000 pc/month

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Quick Details

Model Number:	light duty
size:	can be customized as reqested	color:	as requested	certificate:	ISO 9001 passed
surface:	painted, galvanized, powder coated	MOQ:	1*20GP container	plate:	can be square or flover type
payment:	TT/LC	delivery:	15-25 days after confirmation	quantity:	1000-2000 pieces per day
loading quantity:	1500 pieces in bundle

Packaging & Delivery

Packaging Detail:	in bundle or in pallet, or loading in bulk,
Delivery Detail:	about 20 days after confirmation

Specifications

steel prop height: 2.0-3.5M with U head
outer tube:56*1.8mm
inner tube: 48*1.8mm
plates:120*120*4.5 mm
weight:10.4 KG

Steel Prop With Nut

thickness			1.8~3.2m	2.0~3.5m	2.2~3.9m
1.7mm	flower plate	wire pin	8.72 kg	9.35 kg	10.23 kg
	flower plate	G-pin	8.95 kg	9.58 kg	10.46 kg
	square plate	wire pin	8.93 kg	9.56 kg	10.44 kg
	square plate	G-pin	9.16 kg	9.79 kg	10.67 kg
1.8mm	flower plate	wire pin	9.11 kg	9.78 kg	10.71 kg
	flower plate	G-pin	9.34 kg	10.01 kg	10.94 kg
	square plate	wire pin	9.32 kg	9.99 kg	10.92 kg
	square plate	G-pin	9.55 kg	10.22 kg	11.15 kg
2.0mm	flower plate	wire pin	9.89 kg	10.63 kg	11.66 kg
	flower plate	G-pin	10.12 kg	10.86 kg	11.89 kg
	square plate	wire pin	10.10 kg	10.84 kg	11.87 kg
	square plate	G-pin	10.33 kg	11.07 kg	12.10 kg

thickness			1.8~3.2m	2.0~3.5m	2.2~3.9m
2.2mm	flower plate	wire pin	10.67 kg	11.48 kg	12.60 kg
	flower plate	G-pin	10.90 kg	11.71 kg	12.83 kg
	square plate	wire pin	10.88 kg	11.69 kg	12.81 kg
	square plate	G-pin	11.11 kg	11.92 kg	13.04 kg
2.5mm	flower plate	wire pin	12.07 kg	12.98 kg	14.25 kg
	flower plate	G-pin	12.30 kg	13.21 kg	14.48 kg
	square plate	wire pin	12.28 kg	13.19 kg	14.46 kg
	square plate	G-pin	12.51 kg	13.42 kg	14.69 kg
3.0mm	flower plate	wire pin	13.95 kg	15.04 kg	16.55 kg
	flower plate	G-pin	14.18 kg	15.27 kg	16.78 kg
	square plate	wire pin	14.16 kg	15.25 kg	16.76 kg
	square plate	G-pin	14.39 kg	15.48 kg	16.99 kg

Steel Prop With Cup Nut

thickness	head plate	base plate	1.8~3.2m	2.0~3.5m	2.2~3.9m
1.6mm	flower plate	flower plate	8.55 kg	9.13 kg	9.92 kg
	square plate	square plate	8.76 kg	9.34 kg	10.13 kg
	U-head	flower plate	9.11 kg	9.69 kg	10.49 kg
	U-head	square plate	9.22 kg	9.80 kg	10.59 kg
1.7mm	flower plate	flower plate	8.93 kg	9.55 kg	10.39 kg
	square plate	square plate	9.14 kg	9.76 kg	10.60 kg
	U-head	flower plate	9.50 kg	10.11 kg	10.96 kg
	U-head	square plate	9.04 kg	9.69 kg	10.58 kg
1.8mm	flower plate	flower plate	9.31 kg	9.96 kg	10.85 kg
	square plate	square plate	9.52 kg	10.17 kg	11.06 kg
	U-head	flower plate	9.88 kg	10.53 kg	11.42 kg
	U-head	square plate	9.98 kg	10.63 kg	11.53 kg
2.0mm	flower plate	flower plate	10.07 kg	10.79 kg	11.78 kg
	square plate	square plate	10.28 kg	11.00 kg	11.99 kg
	U-head	flower plate	10.64 kg	11.36 kg	12.35 kg
	U-head	square plate	10.74 kg	11.46 kg	12.45 kg

Q: How do you calculate the required height for a steel prop?: In order to determine the necessary height for a steel prop, one must take into account the load that the prop will bear. The height of the prop is dictated by both the distance between the load and the ground, as well as the weight of the load. Initially, the weight of the load that the prop will support needs to be calculated. This could be the weight of a structure, such as a beam or slab, or the weight of construction equipment or materials. Subsequently, the distance between the load and the ground must be calculated. Typically, this is measured vertically, but if any angles are present, trigonometry may be required to ascertain the vertical height. Once the weight of the load and the distance to the ground are known, engineering principles can be employed to determine the necessary height for the steel prop. This calculation usually involves determining the load-bearing capacity of the prop, which indicates the amount of weight it can safely support. The load-bearing capacity can be obtained from manufacturer specifications or engineering design tables. By dividing the weight of the load by the load-bearing capacity of the prop, the number of props required can be determined. Subsequently, the distance to the ground can be divided by the number of props to ascertain the necessary height for each individual prop. It is crucial to note that these calculations are based on engineering principles, and safety factors should be taken into consideration. It is always advisable to consult with a structural engineer or other qualified professional to ensure the accuracy of the calculations and the ability of the steel prop to safely support the load.

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: Are steel props suitable for supporting temporary staircases or access ramps?: Steel props, also referred to as adjustable steel props or acrow props, are a practical option for supporting temporary staircases or access ramps. These props, commonly used in construction, are designed to offer stability and the ability to bear heavy loads, which makes them well-suited for supporting temporary structures like stairs or ramps. One of the advantages of steel props is their adjustable height feature, allowing for easy customization to meet the specific requirements of the staircase or ramp. This feature ensures that the props can effectively support heavy loads while providing stability and ensuring the safety of users. Moreover, steel props are known for their durability and strength, which contributes to a reliable and robust support system. Furthermore, steel props are convenient for temporary structures due to their ease of installation and removal. They can be quickly adjusted and secured in place, providing a stable and dependable support system for the desired duration. To sum up, steel props offer an appropriate choice for supporting temporary staircases or access ramps. Their adjustable height, load-bearing capacity, durability, and ease of installation make them an ideal solution for providing stability and safety to temporary structures.

Q: Can steel props be used for temporary support in solar power plant construction?: Yes, steel props can be used for temporary support in solar power plant construction. Steel props, also known as adjustable steel props or steel shoring props, are commonly used in construction projects to provide temporary support to structures. They are designed to be adjustable in height, making them ideal for supporting various structures during construction, including solar power plants. Steel props offer several advantages in terms of temporary support during solar power plant construction. Firstly, they are made of strong and durable steel, providing a reliable and sturdy support system. This is crucial during the construction phase, as solar power plants involve large and heavy structures that require robust support. Additionally, steel props are adjustable, allowing for easy customization of the height and positioning of the temporary supports. This flexibility is beneficial in solar power plant construction, where different sections or components may require varying levels of support during installation. Moreover, steel props are relatively easy to install and dismantle, making them efficient and cost-effective for temporary support needs. They can be quickly adjusted and relocated as construction progresses, saving time and effort. In conclusion, steel props are a suitable choice for temporary support in solar power plant construction. Their strength, adjustability, and ease of installation make them a reliable and efficient solution for providing support to structures during the construction phase of solar power plants.

Q: Can steel props be used for supporting temporary tunnels?: Yes, steel props can be used for supporting temporary tunnels. Steel props are commonly used in construction and civil engineering projects for providing temporary support to structures such as tunnels, bridges, and building facades. They are designed to withstand heavy loads and are highly adjustable, making them ideal for supporting temporary tunnels. Steel props offer stability, strength, and versatility, making them a reliable choice for temporary tunnel support.

Q: Can steel props be used in temporary support for roof structures?: Yes, steel props can be used in temporary support for roof structures. Steel props are commonly used in construction to provide temporary support and stability to various structures, including roofs. They are adjustable and can withstand heavy loads, making them suitable for temporary use during roofing projects or repairs.

Q: How do you prevent unauthorized adjustments to steel props?: There are various measures that can be implemented to prevent unauthorized adjustments to steel props: 1. Training and raising awareness: Educate relevant personnel about the importance of refraining from making unauthorized adjustments to steel props. Ensure they comprehend the potential risks and consequences that may arise from tampering with such equipment. 2. Imposing strict access control: Restrict access to steel props exclusively to authorized individuals who have undergone proper training and possess the necessary qualifications. This can be achieved by employing lockable storage areas or restricted access zones. 3. Implementing secure locking mechanisms: Employ high-quality locking mechanisms that are tamper-proof and challenging to manipulate without the requisite tools or authorization. This can involve the use of padlocks, locking pins, or specially designed locking systems. 4. Conducting regular inspections: Establish a scheduled inspection routine to identify any signs of tampering or unauthorized adjustments. This can entail visual inspections as well as more comprehensive examinations, depending on the criticality of the steel props in question. 5. Installing monitoring systems: Consider incorporating surveillance systems to monitor the usage and condition of steel props. This can include the utilization of CCTV cameras or sensors capable of detecting any unauthorized access or adjustments. 6. Maintaining documentation and record-keeping: Keep detailed records of all steel props, including their whereabouts, condition, and any adjustments made. This facilitates better control and accountability, making it easier to identify any unauthorized changes. 7. Establishing a reporting system: Create a transparent reporting system for any observed or suspected unauthorized adjustments. Encourage employees to promptly report any anomalies or concerns, and ensure that appropriate actions are taken to investigate and rectify the situation. By implementing these measures, it becomes significantly more challenging for unauthorized individuals to make adjustments to steel props. This helps ensure the safety, integrity, and functionality of the props, while reducing the risks associated with unauthorized modifications.

Q: What are the advantages of using steel props over other support systems?: There are several advantages of using steel props over other support systems. Firstly, steel props are highly durable and have a high load-bearing capacity, making them suitable for supporting heavy loads. Secondly, steel props are adjustable, allowing for easy customization and flexibility in construction projects. Additionally, steel props are lightweight and easy to handle, making them convenient to transport and install. Lastly, steel props provide enhanced safety as they are designed to withstand various environmental conditions and are less prone to damage or collapse.

Q: Are steel props suitable for use in underground utility tunnel construction?: Indeed, underground utility tunnel construction can benefit from the use of steel props. These props, alternatively referred to as steel shoring or steel supports, are commonly employed in construction projects to provide temporary support to structures or excavations. They possess the ability to withstand heavy loads and ensure stability across a range of applications, including underground tunnels. There are numerous advantages to utilizing steel props in underground utility tunnel construction. Firstly, they exhibit strength and durability, enabling them to bear the weight of the tunnel as well as any additional loads such as utilities or equipment. Their adjustable nature allows for flexibility throughout the construction process, accommodating different heights and lengths as needed. Furthermore, steel props are characterized by their ease of installation and removal, rendering them ideal for temporary applications. They can be swiftly assembled and disassembled, contributing to a reduction in construction time and costs. Additionally, steel props can be repurposed in other projects, making them a cost-effective long-term solution. In terms of safety, steel props provide a stable and secure support system for workers and equipment during tunnel construction. They are specifically designed to endure lateral forces and mitigate the risk of collapse or accidents. This prioritizes the safety of workers while also safeguarding the tunnel and utilities against potential damage. In summary, steel props prove to be a fitting choice for underground utility tunnel construction. They offer strength, durability, flexibility, and safety, making them an effective solution for supporting the excavation and construction of tunnels.

Q: What are the disadvantages of using steel props?: One of the main disadvantages of using steel props is their weight and bulkiness, which can make them difficult to transport and handle. Additionally, steel props require manual adjustment and can be time-consuming to set up and dismantle, leading to increased labor costs. Another drawback is that steel props can be prone to corrosion if not properly maintained, decreasing their lifespan and potentially compromising their structural integrity. Lastly, steel props may not be suitable for certain environments or applications where non-metallic or lightweight alternatives are preferred, such as in sensitive or high-load-bearing areas.

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