Climbing Formwork- Formwork- Cantilever

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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- Formwork- Cantilever

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:How do you ensure the stability of a steel prop on soft ground?: To ensure the stability of a steel prop on soft ground, there are several measures that can be taken: 1. Assess the ground conditions: Before installing the steel prop, it is essential to assess the ground conditions thoroughly. This can be done by evaluating the soil type, moisture content, and any potential hazards such as underground utilities or weak spots. 2. Use proper foundations: To provide stability, it is crucial to use the appropriate type of foundation for the steel prop. This may include using concrete footings or steel plates to distribute the load evenly across the soft ground. The size and depth of the foundation will depend on the specific requirements of the project and the weight-bearing capacity of the ground. 3. Increase the surface area: To mitigate the risk of sinking or tilting, increasing the surface area in contact with the ground can help distribute the load more effectively. This can be achieved by using larger base plates or adding additional supports, such as timber planks or steel beams, to spread the load. 4. Install additional bracing: In some cases, additional bracing may be necessary to provide lateral support and prevent the steel prop from shifting or tilting. This can be done by installing diagonal bracing or tie-backs to anchor the prop against external forces. 5. Regular monitoring and maintenance: Once the steel prop is in place, it is essential to regularly monitor its stability, especially if there are any changes in ground conditions or load-bearing requirements. This may involve periodic inspections, adjusting the support as needed, and ensuring proper maintenance to prevent any deterioration over time. Overall, ensuring the stability of a steel prop on soft ground requires a combination of proper assessment, appropriate foundations, increased surface area, additional bracing, and regular monitoring. By implementing these measures, the risk of instability can be minimized, ensuring the safety and effectiveness of the steel prop.

Q:Are steel props reusable?: Yes, steel props are reusable. They are designed to be durable and can be used multiple times for supporting structures during construction or renovation projects.

Q:What are the common accessories used for stabilizing steel props?: The common accessories used for stabilizing steel props include base plates, bracing frames, cross braces, diagonal braces, and adjustable jacks. These accessories help to provide additional support and stability to steel props, ensuring their safe and efficient use in construction projects.

Q:How do you prevent steel props from slipping on smooth surfaces?: There are various measures available for preventing steel props from slipping on smooth surfaces. Here are some options to consider: 1. Incorporate anti-slip pads or mats: Enhance friction between the steel props and the surface by placing anti-slip pads or mats underneath them. These pads are typically made of materials like rubber that offer strong grip properties, effectively preventing slipping. 2. Apply adhesive tapes: Utilize adhesive tapes, such as grip tapes or non-skid tapes, on the base of the steel props. These tapes have a rough surface that boosts friction and stops the props from sliding on smooth surfaces. 3. Ensure weight distribution: Achieve even weight distribution across the surface area of the steel props. This can be accomplished by adding extra weights on top of the props or adjusting the load distribution if feasible. By doing so, the downward pressure increases, resulting in greater friction and reducing the likelihood of slipping. 4. Secure props with clamps or brackets: Use clamps or brackets to firmly fasten the steel props to the surface. This will minimize any movement or shifting that could lead to slipping. 5. Consider implementing floor anchors: In certain cases, it may be necessary to install floor anchors for enhanced stability. These anchors can be drilled into the surface, providing a secure attachment point for the steel props and reducing the risk of slipping. 6. Opt for props with built-in anti-slip features: When selecting steel props, choose models that come with anti-slip features. These props may have specially designed rubber or non-slip coatings on the base, offering better grip on smooth surfaces. It is crucial to evaluate the specific requirements and conditions of the project to determine the most suitable method for preventing steel props from slipping on smooth surfaces.

Q:Can steel props be used for bridge construction?: Bridge construction can utilize steel props for temporary support. These props, also called adjustable steel props or steel shores, are commonly employed in construction projects to bolster temporary structures like formwork, scaffolding, or falsework. They play a crucial role in stabilizing and bearing loads throughout the construction process. Within the realm of bridge construction, steel props find application in supporting different bridge components. For instance, when erecting bridge girders, steel props can offer temporary support until the girders are adequately secured. Additionally, they can be utilized to support formwork for casting bridge decks or other concrete elements. Steel props present several advantages in bridge construction. Firstly, being made of steel, they possess high strength and durability, enabling them to withstand heavy loads. Secondly, their adjustability allows for precise height alterations to accommodate diverse stages of bridge construction and variations in ground levels. This adaptability renders them versatile and suitable for various bridge construction scenarios. Moreover, steel props are easy to install, dismantle, and transport, making them a convenient choice for temporary support in bridge construction projects. They can be swiftly adjusted and reused in different locations, saving time and cost during the construction process. It is essential to note, however, that steel props are typically employed as temporary supports during construction and are not intended to serve as permanent load-bearing elements of the bridge structure. Once the bridge is completed, the steel props are removed, and the permanent support system assumes the load-bearing function. In conclusion, steel props serve as reliable temporary supports for bridge construction. They offer stability, load-bearing capacity, and adjustability, making them an effective choice for supporting various bridge components during the construction phase.

Q:Are steel props adjustable with pneumatic mechanisms?: No, steel props are not adjustable with pneumatic mechanisms. Steel props, also known as steel shore or steel acrow prop, are typically used in construction to support and provide temporary stability to structures during renovation or repair work. These props are made of steel tubes with adjustable lengths, allowing them to be extended or shortened as needed. However, the adjustment is done manually by turning a threaded collar to increase or decrease the length of the prop. Pneumatic mechanisms, on the other hand, rely on compressed air to operate and are commonly used in various applications such as tools, machinery, and automation. While pneumatic mechanisms can provide adjustable and precise control, they are not typically used in steel props as these props are designed to be adjusted manually by the user.

Q:Can steel props be used in the construction of temporary storage tanks or silos?: Indeed, temporary storage tanks or silos can be constructed using steel props. These props are frequently employed to offer provisional reinforcement in construction endeavors, such as tank and silo erection. They can be effortlessly modified to attain the necessary height, ensuring stability and the ability to bear substantial loads. Furthermore, steel props possess corrosion resistance and the capacity to endure substantial weights, rendering them appropriate for temporary storage tank or silo construction.

Q:How do you adjust the height of a steel prop?: In order to adjust the height of a steel prop, a systematic process must be followed. The following steps outline how to adjust the height of a steel prop: 1. Prop inspection: Before making any adjustments, ensure that the steel prop is in good condition and free from any damage. Thoroughly examine the prop for cracks, bends, or defects that may compromise its stability. 2. Determine the desired height: Measure the distance between the ground or supporting surface and the desired height for the prop. This measurement will help determine the necessary adjustment. 3. Loosen the locking mechanism: Most steel props feature a locking mechanism, such as a pin or collar, which secures the height adjustment. Locate this mechanism and loosen it to allow for prop movement. 4. Height adjustment: Depending on the type of steel prop, there are various methods for adjusting the height. For telescopic props, extend or retract the sections to achieve the desired height. For screw-type props, rotate the threaded rod either clockwise or counterclockwise to raise or lower the prop, respectively. 5. Secure the adjusted height: Once the correct height has been set, tighten the locking mechanism to secure the prop in place. Ensure a firm lock to prevent any unintended movement. 6. Stability testing: After adjusting the height, test the stability of the prop by applying weight or pressure to it. Confirm that the prop remains steady and does not wobble or shift. If any stability issues arise, reassess the height adjustment and make necessary corrections. It is important to exercise caution and adhere to the manufacturer's guidelines when adjusting steel props. If uncertain or inexperienced, seeking assistance from a professional or someone knowledgeable in working with steel props is advisable.

Q:Can steel props be used in the construction of libraries?: Yes, steel props can be used in the construction of libraries. Steel props, also known as adjustable steel props or steel scaffolding, are commonly used in construction projects to provide temporary support to structures. They are designed to bear heavy loads, making them suitable for supporting the weight of library structures and the load of books and other materials. Steel props are adjustable in height, allowing for flexibility during the construction process. Furthermore, steel props are durable, corrosion-resistant, and can be reused in multiple construction projects, making them a cost-effective choice. Overall, steel props can be safely and effectively used in the construction of libraries to provide structural support and enhance the overall safety and stability of the building.

Q:Bearing 40 tons need much steel support: Steel is an iron carbon alloy with a carbon content between 0.04%-2.3%. In order to ensure its toughness and plasticity, carbon content is generally not more than 1.7%. The main elements of steel in addition to iron, carbon, and silicon

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