Q235/Q345 carbon steel Galvanized adjustable formwork steel props

Q235/Q345 carbon steel Galvanized adjustable formwork steel props

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Quick Details

Brand Name:	scaffolding prop adjustable steel props	Model Number:	48/60mm,48/56mm ,40/48mm.
Material:	Q235	Size:	according to your request	Color:	red, black, yellow, green and so on
Steel Finishing:	painted, galvanized, hot galvanized	Service:	OEM Service available	Supplier:	original manufacturer
samples:	samples are available	samples time:	5 days-scaffolding prop adjustable steel props

Packaging & Delivery

Packaging Detail:	scaffolding prop adjustable steel props packing : in bulk ,in bundle or as your request
Delivery Detail:	within 25-30 days after getting the payment-scaffolding prop adj

Specifications

Galvanized adjustable formwork steel prop
1.48/60mm,48/56mm,40/48mm
2.a support tool for work
3.adjustable
4BV certification

Q235/Q345 carbon steel Galvanized adjustable formwork steel props

Company introduction :

we are one of the biggest supplier of scaffolding platforms in China, major engaging in all kinds

of scaffolding manufacturing and exporting. We have two self-owned factories which located in

Bazhou city Hebei province and Tianjin jinghai county. We provide Ringlock, Frame style,

cuplocked scaffoldings, and various of walking boards.

For the past 10 years we mainly deal with the OEM works for our overseas costomers and now

we are engaging in exploring the global market based on the support of our old friendship

customers from Southeast Asia.

1. specifications of Galvanized adjustable formwork steel props

1). Material: international standard material Q235 or Q345 high strength bear capacity .
2). Surface treatment: painting, powder coating, pre-galvanized, hot dip galvanized .ele-galvanized
3). Type: light duty / medium duty / heavy duty .
4). Diameter of inner tube :40mm ,48mm.

5). Diameter of outer tube : 48mm , 56mm , 60mm .

6). wall thickness : 1.8mm ,2.0mm ,2.2mm ,2.4mm .

7). adjustable length :

heavy duty :1800-3200mm ,2100-3400mm ,2200-3900mm , 2200-4000mm , 3000-5000 mm,3500-4000 mm.

light duty : 1600-3000mm ,1800-3500mm ,2000-3500 mm .

8). shape of base plate : flower or square .

9). base plate : 120*120*4 mm / 4.5mm / 5mm , 150*150*6mm .

10). type : with hands cup or open thread .

11). OEM serve is available .

2. the Conventional Specification of Q235/Q345 carbon steel Galvanized adjustable formwork steel props :

Heavy Duty Galvanized adjustable formwork steel prop

Min	Max	Internal tube	External Tube
1.8m	3.2m	48mm x 2.0mm	60mm x2.0mm
2.1m	3.4m	48mm x 2.0mm	60mm x2.0mm
2.2m	3.9m	48mm x 2.0mm	60mm x2.0mm
2.4m	3.9m	48mm x 2.0mm	60mm x2.0mm
3.5m	4.0m	48mm x 2.0mm	60mm x2.0mm
3.0m	5.0m	48mm x 3.5mm	60mm x3.5mm
Other sizes are also available at the buyer’s option

formwork steel prop

Min	Max	Internal tube	External Tube
1.6m	3000	40mm x 2.0mm	48mm x2.0mm
1.6m	3000	48mm x 2.0mm	56mm x 2.0mm
1.8m	3500	40mm x 2.0mm	48mm x2.0mm
1.8m	3500	48mm x 2.0mm	56mm x 2.0mm
2.0m	3500	40mm x 2.0mm	48mm x2.0mm
2.0m	3500	48mm x 2.0mm	56mm x 2.0mm
Other sizes are also available at the buyer’s option

1	OUTER TUBE	Ø60/ ± 0.3*2(TH)/ ± 0.1
2	TUBE	Ø48/ ± 0.3*2(TH)/ ± 0.1
3	INSIDE TUBE	Ø60/ ± 0.2*3(TH)/ ± 0.1
4	NUT	CASTING IRON
5	BASE PLATE	120/ ± 1*5 (TH)mm/ ± 0.2
6	TOP PLATE	120/ ± 15(TH)mm/ ± 0.2
7	LOCK PIN	Ø12± 0.4

Q: How do you dismantle a steel prop after use?: In order to disassemble a steel prop after it has been used, there are several steps that need to be followed. Firstly, ensure that you have all the necessary tools for the task, including a hammer, pliers, and a wrench. Begin by detaching any accessories or attachments from the prop, such as adjustable feet or connectors. Carefully use the appropriate tool to loosen and remove these parts. Next, locate the locking mechanisms or pins that hold the prop together. Depending on the type of prop, these may be found near the base or along its length. Use the pliers or wrench to release the locks and take out the pins. Once the locks and pins have been removed, you can proceed to collapse the prop. Gradually and steadily lower the adjustable sections of the prop while ensuring that you have a firm grip and full control over the collapsing process. While lowering each section, remain mindful of any built-up tension or pressure that may have occurred during use. It is important to release this pressure slowly and cautiously to avoid sudden movements that could lead to injury. Lastly, dismantle any remaining parts, such as the base or top section of the prop, according to its design. Utilize the appropriate tools to loosen and remove any bolts or screws that keep these parts in place. Always prioritize safety when disassembling any equipment. Take your time, follow any instructions provided by the manufacturer if available, and exercise caution regarding any potential hazards or risks associated with the specific prop you are working on.

Q: How much is the weight of the steel support theory: Horizontal support, is the steel or round steel, according to the weight of the section, according to the length of the calculation, do not forget there is the connection plate

Q: What are the factors to consider when selecting the right steel prop?: When selecting the right steel prop, there are several factors to consider. Firstly, it is important to determine the load capacity required for your specific application. This involves considering the weight and dimensions of the structure being supported. Secondly, the height range of the steel prop should be analyzed to ensure it can accommodate the desired elevation. Additionally, the adjustability and stability of the prop should be evaluated to ensure it can securely hold the structure in place. Finally, the quality and durability of the steel prop should be taken into account to ensure it can withstand the demands of the job. Overall, considering load capacity, height range, adjustability, stability, and quality are crucial factors when selecting the appropriate steel prop.

Q: Can steel props be used for temporary or permanent support?: Steel props can be used for both temporary and permanent support, depending on the specific project requirements. Steel props are commonly used in construction and civil engineering projects to provide temporary support during construction or renovation work. They are designed to be adjustable in height, allowing for flexibility in supporting different loads and structures. In temporary applications, steel props are typically used to support formwork, scaffolding, or shoring systems. They offer a reliable and safe solution for supporting structures during construction, ensuring stability and preventing collapse. Once the construction work is completed, the steel props can be easily removed and reused in other projects. However, steel props can also be used for permanent support in some cases. In situations where a structure requires ongoing support or reinforcement, steel props can be installed as a permanent solution. This might be necessary for buildings with weak foundations, structures that have undergone structural modifications, or structures that are at risk of settlement or subsidence. Permanent steel props are usually installed in a carefully engineered manner, considering factors such as load-bearing capacity, structural integrity, and long-term stability. They may be designed as part of a comprehensive structural support system, combining different elements such as steel beams, columns, and braces to ensure the overall stability of the structure. It is important to note that the decision to use steel props for temporary or permanent support depends on various factors, including the specific project requirements, load-bearing calculations, and structural engineering considerations. Consulting with a professional engineer or structural expert is crucial to determine the most suitable solution for each situation.

Q: Are steel props suitable for use in the construction of laboratories?: Yes, steel props are suitable for use in the construction of laboratories. Steel props provide strong structural support and stability, making them ideal for use in laboratory construction where safety and durability are crucial. Additionally, steel props are adjustable in height, allowing for easy customization to fit the specific requirements of laboratory construction projects.

Q: How do steel props contribute to the prevention of structural deflections?: The use of steel props, also known as adjustable steel props or steel shore props, is crucial in the prevention of structural deflections. These props serve as temporary supports during construction or renovation projects, maintaining the desired position and shape of the structure. To begin with, the adjustability of steel props allows for precise modifications in terms of height and length. This feature ensures accurate positioning and alignment, effectively supporting areas where deflections are likely to occur. By redistributing the load, steel props counteract the forces that cause structural deflections, directing them towards the ground or other stable supports. Furthermore, steel props are constructed using high-strength steel, which provides exceptional load-bearing capacity. This strength enables the props to withstand heavy loads and maintain stability even in challenging conditions. The durability of steel props offers a reliable solution to prevent structural deflections by providing sufficient support to counteract the forces that could lead to deformation or sagging. Moreover, steel props are designed to be rigid and stable, minimizing any potential movement or displacement. This rigidity ensures that the props retain their position and do not contribute to the deflection of the structure. By offering a solid and secure support system, steel props effectively counteract any potential deflections that may occur during construction or renovation. Additionally, steel props are often used in conjunction with other structural components, such as scaffolding, formwork, or shoring systems. This integration ensures a comprehensive support system that works together to prevent structural deflections. By combining different elements, the overall structural integrity is enhanced, reducing the risk of deflections and preserving the desired shape and position of the structure. In conclusion, steel props play a significant role in preventing structural deflections by providing adjustable, strong, rigid, and stable support. They effectively distribute loads, counteract forces, and work in conjunction with other structural components to ensure the overall stability and integrity of the structure. By utilizing steel props during construction or renovation projects, engineers can mitigate the risks associated with deflections and ensure the long-term durability of the structure.

Q: Are steel props compatible with different types of ground conditions?: Yes, steel props are compatible with different types of ground conditions. Steel props are adjustable and can be extended or shortened to suit the specific ground conditions, making them suitable for a variety of terrains such as soft soil, rocky surfaces, or uneven ground.

Q: How do you prevent steel props from tipping over?: There are several important measures to follow in order to prevent steel props from tipping over. Firstly, it is crucial to establish a solid and stable base for the props. This can be achieved by either placing them on a level surface or utilizing a stable support such as a concrete block or wooden board. It is essential to ensure that the base is wide enough to provide ample stability and prevent any tilting. In addition, enhancing the stability of the props can be greatly achieved by securing them to the ground or nearby structure. This can be accomplished by using anchor bolts, stakes, or clamps to firmly attach the props to the ground or adjacent surfaces. By doing so, any lateral movement or tipping over can be effectively prevented, particularly in situations where the conditions are windy or unstable. Regular inspections and maintenance are also critical in preventing tipping. It is important to regularly check the props for any indications of damage, wear, or instability. If any issues are detected, it is imperative to promptly address them by repairing or replacing the damaged components. Adhering to the manufacturer's guidelines and load capacity specifications is also essential to ensure that the props are not overloaded, as exceeding the weight limit can result in tipping. Lastly, proper placement and distribution of the load on the props play a vital role in preventing tipping. Ensuring that the load is evenly distributed across the props and avoiding placing heavy objects on one side is crucial, as this can create an imbalance and increase the risk of tipping. Additionally, considering the use of stabilizing devices such as braces or guy wires can further enhance the stability of the props, especially when dealing with taller or heavier loads. By following these preventive measures, the risk of steel props tipping over can be significantly reduced, thereby ensuring a safe working environment.

Q: How long can a steel prop be used on a construction site?: The duration of a steel prop's usability on a construction site relies on diverse factors including prop quality, load support, and exposure conditions. Temporary support in construction, renovation, and repair tasks commonly involves the utilization of steel props, which possess adjustable height capabilities, making them adaptable for various applications. As a whole, steel props endure and can be repeatedly employed as long as they remain in satisfactory condition. However, it is imperative to consistently examine the props for any indications of damage or deterioration. If any defects are detected, immediate replacement of the prop is necessary to guarantee safety on the construction site. The lifespan of a steel prop can also be impacted by the load it bears. Manufacturers establish weight limits for props, and surpassing these limits can compromise their structural integrity. Therefore, it is crucial to ensure that the props are utilized within their designated load-bearing capacity. Furthermore, the environmental conditions in which the props are utilized can influence their longevity. Exposure to severe weather conditions, chemicals, or corrosive environments can expedite the deterioration of steel props. Regular maintenance and proper storage practices can contribute to extending their lifespan. Ultimately, the duration of a steel prop's utilization on a construction site is subjective and can fluctuate based on the aforementioned factors. It is always advisable to adhere to the manufacturer's guidelines, conduct regular inspections, and prioritize safety to ensure the props are utilized efficiently and effectively throughout the construction project.

Q: What are the main advantages of using non-adjustable steel props?: There are several main advantages of using non-adjustable steel props in construction projects. Firstly, non-adjustable steel props offer a high level of stability and load-bearing capacity. These props are designed to support heavy loads and provide a secure and reliable structure. This is particularly beneficial in situations where there is a need for extra strength and stability, such as in the construction of tall buildings or large-scale infrastructure projects. Secondly, non-adjustable steel props are easy to install and operate. They come in pre-determined lengths, which eliminates the need for time-consuming adjustments. This not only saves time and effort during the installation process but also reduces the risk of human error. Additionally, the simplicity of non-adjustable steel props makes them ideal for use in a wide range of construction projects, from small-scale renovations to large-scale developments. Another advantage is the durability and longevity of non-adjustable steel props. These props are typically made from high-quality steel, which is known for its strength and resistance to damage. This means that they can withstand harsh weather conditions, heavy loads, and frequent use without deteriorating or losing their structural integrity. As a result, non-adjustable steel props provide long-term reliability and can be reused in multiple projects, making them a cost-effective solution. Furthermore, non-adjustable steel props offer versatility in application. They can be used in various construction scenarios, including formwork support, temporary scaffolding, and shoring systems. Their ability to adapt to different project requirements makes them highly versatile and practical. This versatility also extends to their compatibility with other construction materials, allowing for seamless integration into existing structures. Lastly, non-adjustable steel props are a safer option compared to alternative support systems. Their robust design ensures a stable and secure working environment for construction workers. Additionally, their load-bearing capacity reduces the risk of accidents or collapses during construction activities. This promotes a safer working environment and minimizes potential injuries or fatalities. In conclusion, the main advantages of using non-adjustable steel props include their high stability and load-bearing capacity, ease of installation and operation, durability and longevity, versatility in application, and enhanced safety features. These factors make non-adjustable steel props a popular choice in construction projects, providing a reliable and efficient support system.

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