Climbing Formwork- Cantilever Formwork

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CantileverFormwork is mainly used in the concrete pouring of pier,high buildings, and so on. The concrete lateral pressure is entirely supportedby anchor system and the wall-through tie-rods, additional reinforcement is notneeded. The construction is easy, rapid and economical. A single pouring height is high and thefinished concrete surface is perfect. Cantilever formwork has several types,thestructure is similar, and has its own different characteristic.Canuse them according to actual demand.

Maincantilever Formwork：PJ200 & PJ240,CB-240 etc.

Climbing Formwork- Cantilever Formwork

Anchor system

Anchor system is the most importantsupporting part. The system is made of five parts shown below. There into,tensile bolt, anchor shoe and bowl-climbing cone can be taken out for reusingafter the concrete pouring

① Tensile bolt M30/L= 110

② Anchor shoe

③ Bowl-climbing cone M30/D15

④ High-strength rod D15

⑤ Ancor plate D15

Q: Are steel props suitable for supporting elevated walkways?: Indeed, elevated walkways can be effectively supported by steel props. Steel, being a robust and long-lasting material, possesses the essential strength and stability needed for walkways situated at elevated heights. In construction and civil engineering undertakings, steel props are widely utilized to provide support to various structures, including walkways, bridges, and platforms. These props are ingeniously engineered to withstand substantial loads and to ensure the safety of pedestrians utilizing the walkways. Moreover, the adaptability of steel props enables effortless installation and the accommodation of diverse heights and configurations of walkways. All in all, steel props are a dependable and appropriate option for supporting elevated walkways.

Q: What are the limitations of using steel props?: Some limitations of using steel props include their weight, which can make them difficult to transport and set up, their limited adjustability compared to other types of supports, and their potential to corrode or rust over time. Steel props may also require additional equipment for stabilization in certain situations, and their use may be limited in certain environments or construction projects that have specific requirements or regulations.

Q: Can a steel prop be used in combination with other support systems?: Combining other support systems with a steel prop is possible. A steel prop, also known as an adjustable steel prop or acrow prop, is frequently utilized in construction and building projects to provide temporary support to walls, ceilings, beams, and other structures. Its design allows for easy height adjustments to meet project requirements. For more substantial or intricate structures, a single steel prop may not suffice in providing enough support. Consequently, it is often necessary to combine steel props with other support systems to ensure the stability and safety of the construction. Examples of combining steel props with other support systems include: 1. Scaffolding: Steel props can be used in conjunction with scaffolding systems to offer added support to the scaffolding structure. This proves particularly valuable when working at heights or when the scaffolding must bear heavier loads. 2. Formwork: During the pouring and curing process of concrete structures, such as walls or columns, steel props can be used to support the temporary formwork. The steel props help distribute the weight of the concrete and prevent the formwork from collapsing. 3. Shoring: By combining steel props with shoring systems, support can be provided to excavation sites or unstable ground conditions. Shoring systems typically consist of vertical supports, like steel beams or timber piles, and the addition of steel props enhances the overall stability of the shoring structure. 4. Beam and column support: Steel props can also be utilized in combination with other structural elements, such as steel beams or columns, to offer additional support during construction or renovation projects. This is particularly common when reinforcing or repairing existing structures. In summary, using steel props in tandem with other support systems is a widespread practice in the construction industry. It allows for increased flexibility and adaptability in providing temporary support to various structures, ultimately ensuring the safety and stability of construction projects.

Q: How do steel props affect the construction schedule?: Steel props can have a significant impact on the construction schedule. They are commonly used to support temporary structures, such as formwork and scaffolding, during construction activities. By providing stability and load-bearing capacity, steel props allow for efficient and safe construction processes. However, the availability and installation of steel props can affect the timeline of construction projects. Delays in sourcing or installing props can lead to project timelines being extended, resulting in potential schedule changes and additional costs. Conversely, proper planning and coordination of steel props can help expedite construction activities, ensuring timely completion of the project.

Q: How do you check the stability and integrity of a steel prop?: To check the stability and integrity of a steel prop, several steps can be followed. Firstly, conduct a visual inspection to look for any signs of damage, such as cracks, dents, or deformities. Secondly, ensure that all connections and fasteners are secure and not loose. Thirdly, use a level to check if the prop is plumb and not leaning. Additionally, verify that the prop is properly braced and supported, ensuring it has adequate load-bearing capacity. Finally, conduct load testing if necessary, applying incremental weight to assess the prop's stability.

Q: How do you calculate the required height of a steel prop?: To calculate the required height of a steel prop, you need to consider the load it will be supporting. The formula to determine the required height is to divide the load by the safe working load capacity of the prop. This calculation ensures that the prop can safely support the weight without any risk of failure or collapse.

Q: Can steel props be used in bridge construction?: Yes, steel props can be used in bridge construction. Steel props, also known as temporary supports or shoring systems, are commonly used in construction projects to provide temporary support to structures during construction or repair work. They are designed to withstand heavy loads and provide stability to the structure. In bridge construction, steel props can be used to support the bridge deck, beams, or arches during construction, allowing for safe and efficient construction processes. Once the bridge construction is complete, the steel props can be removed or reused for future projects. Overall, steel props are versatile and reliable tools that can be effectively used in bridge construction projects.

Q: Can steel props be used in hospital construction?: Yes, steel props can be used in hospital 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 versatile and can be adjusted to different heights, making them suitable for various applications, including hospital construction. In hospital construction, steel props can be used for various purposes. They can provide support to ceilings, walls, and beams during the construction process. Steel props can also be used to support temporary structures such as scaffolding or formwork, which are essential for construction activities. Additionally, steel props are known for their strength and stability, which makes them a reliable choice for hospital construction. Hospitals require structures that can withstand heavy loads and provide a safe environment for patients and staff. Steel props, being made from high-quality steel, offer the necessary strength and stability required in such critical infrastructure projects. Moreover, steel props are adjustable, allowing for easy installation and adaptation to changing construction needs. Hospital construction often involves complex designs and layouts, and steel props can be easily adjusted to different heights and angles to accommodate these requirements. Furthermore, steel props are durable and long-lasting, making them a cost-effective solution for hospital construction. Hospitals are long-term investments, and using steel props ensures the longevity and stability of the structures, reducing the need for frequent repairs or replacements. Overall, steel props can indeed be used in hospital construction. Their strength, stability, adjustability, and durability make them an ideal choice for supporting various structures during the construction process.

Q: Steel support lease 700 tons, the total amount of money per day: The key is to see this steel support lease fee 700 tons is to let you rent a few days, with the rental fee divided by the total number of days to be able to calculate how much the daily rent.

Q: How do you prevent steel props from sinking into the ground?: To prevent steel props from sinking into the ground, several measures can be taken: 1. Use a larger base plate: Increasing the size of the base plate can help distribute the weight of the steel prop over a larger area, reducing the chances of sinking. A larger plate can provide better stability and prevent it from sinking into the ground. 2. Apply additional support: Adding additional support elements such as timber sleeper boards or steel plates beneath the base plate can help distribute the load and provide extra stability. These materials can act as barriers between the steel prop and the ground, reducing the risk of sinking. 3. Consider the soil conditions: Understanding the soil conditions is crucial in preventing sinking. If the ground is soft or loose, it is advisable to use additional measures such as using larger plates or adding more support elements. In some cases, it may be necessary to consult with a geotechnical engineer to determine the appropriate measures to prevent sinking. 4. Use adjustable props: Opting for adjustable props can provide flexibility in adjusting the height based on the ground conditions. This enables the prop to be elevated above the surface and reduce the risk of sinking. 5. Utilize load-bearing pads: Load-bearing pads, such as rubber or steel plates, can be placed beneath the base plate to help distribute the weight more evenly and reduce the pressure on the ground. This can prevent the prop from sinking by minimizing the point load on the surface. 6. Regular inspections and maintenance: Regularly inspecting the props and their base plates can help identify any signs of sinking or instability. If sinking is noticed, immediate action should be taken to prevent any accidents or further damage. It is important to consider the specific requirements and conditions of the project when implementing these measures to prevent steel props from sinking into the ground. Consulting with a structural engineer or a professional in construction can provide further guidance tailored to the specific situation.

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