Adjustable Steel Prop Scaffolding

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Loading Port:: China Main Port

Payment Terms:: TT OR LC

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Quick Details

Pin:	G-pin	Base Plate:	Clover Type,Square Type	Packing:	50-60pcs/bundle
Type:	Light duty,Heavy duty	Surface finished:	Painted,Dip coating,Galvanized	Material:	Q235
Certificate:	ISO9001:2008	Safe load:	980-1370	Distance between hole:	125mm
Max length:	3200-4000

Packaging & Delivery

Packaging Detail:	In bundles or as your request
Delivery Detail:	20-25days

Specifications

Adjustable Steel Prop Scaffolding
Surface:Dip-coating,painted
Material:Q235
Certificate:ISO9001-2008
Color:as your request

1	OUTER TUBE	HR	60±0.3x2(TH)±0.1	5	BASE PLATE	SS-400	120x±1x5(TH)mm/±0.2
2	INNER TUBE	HR	48±0.3x2(TH)±0.1	6	TOP PLATE	SS-400	120x±1x5(TH)mm/±0.2
3	SCREW	SGP	60±0.3x3(TH)±0.1	7	FIXED PIN	S35C	9~12±0.4
4	ADJUSTING NUT	FCD	CASTING IRON	8	WIRE	SS41	12±0.2

MODEL	HT-V1	HT-V2	TH-V3	HT-V4
Max length(mm)	3,200	3,500	3,900	4,000
Min length(mm)	1,945	2,120	2,520	2,600
Safety load	1,370	1,250	1,100	980
No.of hole	11	12	12	12
Distance Between(mm)	125	125	125	125

Support

*Shoring for construction and civil engineering work

*Easy height adjustment

*Intensive durability and strength

*Simple and easier assemble and dismantle

Q: How are steel props assembled and disassembled?: Steel props, also referred to as adjustable steel props or steel shores, find extensive application in construction projects to offer temporary support to beams, formwork, or structures. These props possess a design that facilitates easy assembly and disassembly, thereby ensuring flexibility and efficiency on the job site. To initiate the assembly of steel props, adhere to the following steps: 1. Preparation: Guarantee that the area is devoid of any obstacles or debris and is level. Place the required number of props and necessary accessories nearby. 2. Positioning: Set the base plate of the prop on a stable surface like a concrete floor or a steel beam. Ensure that the base plate forms a perpendicular angle with the intended supporting structure. 3. Extending the prop: Loosen the collar nut situated at the top of the prop by rotating it in an anti-clockwise direction. Elevate the inner tube of the prop to the desired height by manually pulling it upwards. Confirm that the inner tube is securely locked in place by tightening the collar nut. 4. Securing the prop: Once the prop is extended to the necessary height, position the top plate of the prop against the structure requiring support. Ascertain a firm connection between the top plate and the structure. 5. Tightening: Employ a wrench or spanner to tighten the collar nut situated at the top of the prop by turning it clockwise. This action will secure the prop in place, ensuring stability and load-bearing capacity. The disassembly of steel props involves a reverse procedure of the assembly steps: 1. Loosening: Employ a wrench or spanner to rotate the collar nut located at the top of the prop in an anti-clockwise direction. This action will loosen the collar nut and enable the release of the prop. 2. Removing the prop: Gently lower the inner tube of the prop to its lowest position. This action will disengage the prop from the top plate and base plate. 3. Storing: Once disassembled, store the props in a secure and designated area, ensuring their protection against moisture and damage. It is imperative to adhere to the manufacturer's instructions and guidelines specific to the steel props being utilized, as the methods of assembly and disassembly may vary depending on the design and model. Furthermore, always prioritize safety by wearing appropriate personal protective equipment and utilizing proper lifting techniques when handling steel props.

Q: How do you calculate the required number of steel props for a specific job?: To calculate the required number of steel props for a specific job, you need to consider the load-bearing capacity of the props, the weight of the structure being supported, and the spacing between the props. By determining the maximum load capacity of each prop and dividing the total weight of the structure by the load capacity of a single prop, you can estimate the number of props needed. Additionally, considering the spacing requirements, you can calculate the overall number of props required for the job.

Q: What are the common accessories or attachments available for steel props?: Steel props have a range of common accessories and attachments available, which can enhance their functionality and versatility for different construction applications. Here are some of the most commonly used ones: 1. Adjustable heads: These are utilized to provide additional support and stability to the props. They can be adjusted to various angles and heights to accommodate different requirements. 2. Prop connectors: These connectors are employed to join multiple steel props together, creating a longer support system. They distribute the load evenly and create a stronger and more reliable structure. 3. Prop pins: These pins are inserted through the prop holes to secure them in place, preventing any accidental movement or collapse during construction activities. 4. Prop nuts and bolts: These accessories ensure secure fastening of different parts of the steel props. They provide additional reinforcement and stability to the system. 5. Prop base plates: Typically used to distribute the load over a larger surface area, these plates prevent sinking into soft ground or damaging the floor surface. They provide a stable foundation for the props. 6. Prop jacks: Hydraulic or mechanical devices that can be attached to the steel props to adjust their height as needed. They allow for easy and precise adjustment, making them suitable for uneven or sloping surfaces. 7. Prop braces: These braces reinforce the steel props and provide lateral support, especially in situations where there is a risk of lateral movement or instability. 8. Prop couplers: These devices connect steel props to other supporting structures, such as beams or columns. They allow for easy integration and provide a secure connection between different elements of the construction framework. In summary, these accessories greatly enhance the versatility, stability, and safety of steel props, making them a reliable choice for various construction projects.

Q: How do you prevent damage to adjacent structures when using steel props?: When using steel props, there are several measures that can be taken to prevent damage to adjacent structures. 1. Conduct a thorough survey and assessment: Before using steel props, it is essential to conduct a detailed survey of the surrounding area. This should include identifying any adjacent structures, utilities, or sensitive areas that may be at risk of damage. Assess the condition of these structures and determine their load-bearing capacity. 2. Ensure proper installation and positioning: Steel props should be installed and positioned correctly to provide adequate support. This involves following the manufacturer's instructions and guidelines, ensuring that the props are securely fastened and properly aligned. It is crucial to check for any obstructions or uneven surfaces that may affect the stability of the props. 3. Use appropriate load-bearing capacity: Make sure to select steel props with the appropriate load-bearing capacity for the specific application. Overloading the props can lead to structural failure and potential damage to adjacent structures. Consult with structural engineers or experts if necessary to determine the correct load-bearing capacity required. 4. Monitor and inspect regularly: Regular monitoring and inspection of the steel props during the construction process are essential. This includes checking for any signs of movement, deformation, or stress on the props or adjacent structures. Any abnormalities should be addressed immediately to prevent further damage. 5. Implement protective measures: Depending on the situation, additional protective measures may be necessary to prevent damage to adjacent structures. This can include using structural shoring, bracing, or strengthening techniques to distribute the loads more evenly and minimize any potential impact on surrounding structures. 6. Communication and coordination: Open communication and coordination with the project team, including adjacent property owners, is crucial. Informing them about the construction activities, potential risks, and mitigation measures will help minimize any potential damage and ensure everyone is prepared and aware of the situation. Ultimately, preventing damage to adjacent structures when using steel props requires careful planning, proper installation, regular monitoring, and the implementation of protective measures. Following these steps will help maintain the safety and integrity of both the construction site and the surrounding structures.

Q: Can steel props be used in the construction of underground metro systems?: Yes, steel props can be used in the construction of underground metro systems. Steel props are commonly used in construction projects to provide temporary support to structures during excavation and construction. In underground metro systems, steel props can be used to support tunnel walls, ceilings, and floors, ensuring the stability and safety of the underground structure. They are durable, strong, and adjustable, making them suitable for underground construction projects.

Q: Can steel props be used for temporary support during foundation work?: Yes, steel props can be used for temporary support during foundation work. Steel props are strong and sturdy, making them suitable for providing temporary support and stability during construction or renovation of foundations. They can be adjusted in height and are often used to support walls, beams, and other structures during the foundation construction process.

Q: Can steel props be used for supporting temporary walkways over water bodies?: Yes, steel props can be used for supporting temporary walkways over water bodies. Steel props are strong and sturdy, making them suitable for providing the necessary support and stability required for temporary walkways.

Q: Are steel props adjustable in height?: Indeed, height adjustment is a capability possessed by steel props. Commonly referred to as steel acrow props or telescopic props, steel props find frequent use in construction and temporary support systems. Their purpose is to offer temporary support to structures, such as walls, beams, or slabs, during construction or renovation endeavors. The adjustability of steel props in terms of height represents one of their primary characteristics. This attribute allows for adaptability to diverse construction requirements. The props consist of an inner tube and an outer tube, both of which can be extended or retracted in order to achieve the desired height. The process of adjustment typically involves a pin or screw mechanism, facilitating easy and secure height modification. To alter the height of a steel prop, one must first loosen the locking mechanism, proceed to extend or retract the inner tube according to the desired height, and then secure it in place. This feature of adjustability renders steel props versatile and capable of adaptation to varying construction scenarios. Moreover, the adjustable height characteristic of steel props ensures their suitability for use during different stages of construction, where height requirements may differ. They can be effortlessly extended or shortened as necessary, delivering stability and support throughout the construction process. In conclusion, it is indeed true that steel props can be adjusted in height, thereby establishing their worth as a valuable tool within the construction industry. Their ability to provide temporary support and stability to structures during construction or renovation projects makes them an essential asset.

Q: Can steel props be used in the construction of oil and gas facilities?: Steel props, known as adjustable steel props or steel shoring props, have extensive application in the construction of oil and gas facilities. They serve the purpose of supporting temporary structures and providing stability during construction projects. These props are designed specifically to withstand heavy loads, constructed from high-quality steel to ensure durability and strength. During the construction of oil and gas facilities, steel props find multiple uses. They are employed to offer temporary support during the installation of equipment like pipelines, tanks, or platforms. Furthermore, these props contribute to stabilizing structures during maintenance or repair work, prioritizing worker safety and preventing potential structural damage. The adaptability of steel props makes them ideal for oil and gas facility construction. Their adjustable nature allows for easy customization to meet specific requirements. They can be extended or retracted as needed, ensuring flexibility in different construction scenarios. In addition to their flexibility, steel props offer various advantages, including quick installation and dismantling, cost-effectiveness, and reusability. These qualities make them the preferred choice in the construction industry, particularly for oil and gas facilities, where time, budget, and efficiency are critical factors. However, it is crucial to mention that the use of steel props in oil and gas facilities must adhere to safety regulations and industry standards. A thorough engineering analysis and design considerations should be undertaken to ensure the proper and safe utilization of props in these sensitive environments.

Q: Steel support can stay in the wall joint position, if not, then why?: 1, to 2, in order: first the site even wall, etc. the wall concrete reached a certain strength, in the wall at the seams on the outside the foundation construction of high pressure jet grouting pile

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