The Doka formwork accessories-- steel prop GM-57

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 10000 PCS

Supply Capability:: 10000 PCS/month

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Quick Details

Model Number:	SXV-GM-57
Size:	15-17mm/as your demands	Material:	Q195/Q235/etc	Certificate:	ISO 9001:2008/CE/TUV
Surface:	Hot-dip galvanization/ electro galvanization /or as your request	Standard:	EN74,BS1139,JIS,ISO9001:2008	Weight:	5000kg,0.4-0.6kg/pcs or as your demands
Use:	suit for PERI/DOKA/MEVA/etc	Type of Mould:	steel mould; aluminum mould	Mould Quantity:	more than 10 sets

Packaging & Delivery

Packaging Detail:	in steel plate or plywood plate, or as your request
Delivery Detail:	15-30 days after confirmation

Specifications

formwork parts
1.Material:Q195/Q235/etc,
2.Standard:EN74,BS1139,JIS,ISO9001:2008
3.OEM service

The Doka formwork accessories-- steel prop GM-57

Name: The formwork parts -- SXV-GM-057;
Produce Equipment: 350kg and 500kg inter- Medium Frequency melting Furnace--two pieces of each;
Produce Technology: sodium silicate precision casting; silica sol precision casting;pressing;
Produce Capacity: 100 tons/month
Mould: aluminum mold and steel mould, 6 sets of each;
Output: 3000 pcs/day

Item	formwork accessories
Material	Q195/Q235/etc
Dimensions	Φ 20-40/L=155-200;Φ25/L=200;as your demands
Surface	Hot-dip galvanization/ electro galvanization /painted/or as your request
Standard	EN74,BS1139,JIS,ISO9001:2008
Note	OEM service is available
MOQ	1000pieces
Package	in steel plate or plywood plate, or as your request
Payment Terms	TT,L/C, we can contact in detail
Delivery Time	20-30days

Q: Are steel props suitable for supporting temporary educational facilities?: Indeed, steel props prove to be an appropriate option for providing support to temporary educational facilities. These props, which are also referred to as adjustable steel props or acrow props, are extensively utilized in construction and temporary structures owing to their robustness, stability, and adaptability. Their primary purpose is to offer support and stability to structures, thereby making them an ideal choice for propping up temporary educational facilities such as classrooms, modular buildings, or portable cabins. The beauty of steel props lies in their ability to be effortlessly adjusted to the desired height, ensuring that the temporary educational facility is impeccably leveled and supported. They possess the capacity to bear heavy loads and are resistant to bending or buckling, rendering them trustworthy and secure for application in educational settings. Moreover, steel props exhibit versatility as they can be employed in diverse configurations to accommodate different layouts or fulfill the requirements of temporary educational facilities. Their installation and dismantling processes are straightforward, allowing for flexibility and swift setup of temporary structures. Aside from their strength and adjustability, steel props also present a cost-effective alternative to other methods of support. They boast durability and reusability, making them an economically sound choice for temporary educational facilities that may necessitate relocation or usage in various locations. All in all, steel props emerge as a suitable selection for supporting temporary educational facilities by virtue of their strength, stability, adjustability, versatility, and cost-effectiveness.

Q: How are steel props secured in place?: Adjustable steel props, known as steel props or acrow props, are widely used in construction to temporarily support structures or formwork. These props are fastened using a simple yet effective method. To begin, the steel props are positioned vertically, with one end resting on a solid surface like the ground or a concrete slab. The other end of the prop is then adjusted to the desired height by extending or retracting the inner tube within the outer tube of the prop. This allows for flexibility in adjusting the prop to meet the specific requirements of the construction site. Once the desired height is set, it is necessary to secure the prop in place to ensure stability and prevent any movement. Typically, this is accomplished by employing a pin or locking mechanism situated at the collar of the prop. The pin is inserted into pre-drilled holes on the outer tube, which locks the inner and outer tubes together, preventing any further movement or adjustment. Furthermore, to enhance stability and prevent sideways movement, steel props can be braced or tied to adjacent structures or beams using appropriate accessories like steel tubes, clamps, or tie rods. These braces are usually attached to the collar of the prop and then secured to nearby structures or beams, forming a rigid and stable support system. Overall, steel props are secured in place by adjusting their height, locking the inner and outer tubes together using a pin or locking mechanism, and optionally bracing or tying them to adjacent structures. This ensures that the props remain firmly in position, offering reliable support during construction activities.

Q: What is the typical weight of a steel prop?: The typical weight of a steel prop can vary depending on its size and specific design. However, a standard steel prop used in construction projects typically weighs between 20 to 40 pounds.

Q: How long can steel props be left in place?: Steel props, also known as steel acrow props or adjustable steel props, are commonly used in construction to support temporary structures or to provide additional support to existing structures during renovation or repair work. The duration for which steel props can be left in place depends on various factors, including the type and condition of the props, the load they are supporting, and the specific requirements of the construction project. In general, steel props are designed to be used as temporary supports and should not be left in place indefinitely. The exact time frame for leaving steel props in place should be determined by a qualified engineer or a structural expert, who can assess the specific conditions of the construction project and provide appropriate guidelines. Factors that can influence the duration for which steel props can be left in place include the load capacity of the props, the stability of the structure being supported, and any potential changes in the load or environmental conditions over time. It is crucial to regularly inspect the props for any signs of damage or deterioration and to follow the manufacturer's guidelines for maintenance and usage. If steel props are left in place for an extended period, it is essential to monitor their condition regularly and to ensure that they remain structurally sound and capable of supporting the intended load. It is also crucial to follow any local building regulations or codes that may specify the maximum duration for which temporary supports can be used. In summary, the duration for which steel props can be left in place depends on several factors, and it is always recommended to consult with a qualified engineer or structural expert to determine the appropriate time frame for their usage. Regular inspection and maintenance are also crucial to ensure the continued safety and stability of the supported structure.

Q: Are steel props suitable for supporting heavy machinery?: Yes, steel props are suitable for supporting heavy machinery. Steel is a strong and durable material that can provide the necessary stability and load-bearing capacity required to support heavy machinery.

Q: With the steel formwork support. What is it? At what price: This stuff is much better than the original wood. Price, then what kind of model

Q: How do you install a steel prop?: Installing a steel prop involves following a systematic process to ensure proper installation and safety. Here are the steps to install a steel prop: 1. Prepare the work area: Clear the area where the steel prop will be installed from any debris or obstructions. Ensure the ground is level and stable to provide a solid foundation. 2. Choose the right prop size: Select an appropriate steel prop size based on the load it needs to support. Consider the height, weight, and intended use of the prop to determine the most suitable size for your specific application. 3. Adjust the prop length: Extend or retract the steel prop to the desired length by loosening the locking mechanisms and sliding the inner tube in or out. Make sure to align the holes in each section for the locking pins to engage securely. 4. Position the steel prop: Place the base plate of the steel prop on the ground directly beneath the load-bearing point. Ensure the base plate is stable and level to prevent any leaning or tilting of the prop. 5. Adjust the prop height: Use the adjustable screw or pin system on the prop to raise or lower the top plate to the required height. Align the top plate with the load-bearing point to evenly distribute the weight and provide maximum stability. 6. Secure the prop: Once the desired height is achieved, tighten the locking mechanisms on the prop to secure its position. Check that all connections are tight and properly engaged to prevent any accidental movement. 7. Test the stability: Apply a gentle load or pressure to the prop to verify its stability. If there is any excessive movement or signs of instability, reassess the installation and make necessary adjustments to ensure safety. 8. Regular inspection and maintenance: Regularly inspect the steel prop for any signs of damage or wear. Replace any worn-out parts and ensure all locking mechanisms are functioning correctly before each use. Remember, it is crucial to follow the manufacturer's instructions and safety guidelines for the specific steel prop you are using. If you are unsure or inexperienced, it is advisable to seek professional assistance to ensure proper installation and minimize potential risks.

Q: What are the common accessories and attachments available for steel props?: Steel props offer a variety of accessories and attachments that enhance their versatility, stability, and functionality. Here are some common options available: 1. Adjustable heads: These allow precise height adjustment, making the props suitable for different construction and formwork applications. 2. Prop sleeves: These connect multiple props, providing additional stability and support for larger structures. 3. Prop nuts and pins: Essential for securing the adjustable heads and preventing unwanted movement. 4. Base plates: Distribute the prop's load onto the ground, ensuring stability and protecting the surface from sinking or damage. 5. Prop spigots: Connect the props to other structural elements like beams or walls, offering extra support and stability. 6. Prop connectors: Create a rigid framework by connecting props horizontally or vertically, enhancing overall structural integrity. 7. Prop jacks: Used to lift or lower the props, facilitating easy adjustment and alignment during formwork or construction processes. 8. Prop handles: Attached to the props for effortless handling and transportation, minimizing the effort required by workers. 9. Prop extensions: Increase the length of the props, allowing for greater reach and support in taller or larger structures. 10. Prop braces or struts: Provide additional lateral support to prevent buckling or instability caused by lateral forces. All in all, these accessories and attachments are indispensable tools in the construction and formwork industry, enhancing the versatility, stability, and functionality of steel props.

Q: How do steel props prevent sagging and settling of floors?: Steel props are used in construction to support floors and prevent sagging and settling. These props consist of adjustable metal tubes that can be extended or shortened to the desired height. When installed correctly, steel props provide a strong and stable support system for floors. They transfer the weight of the structure to the ground, distributing it evenly and preventing excessive pressure on any one area. This helps to prevent sagging and settling of floors over time. The adjustability of steel props is another key factor in preventing sagging and settling. As the construction progresses, the props can be adjusted to accommodate changes in load distribution and ensure that the floors remain level and stable. This flexibility allows for easy correction of any potential issues that may arise during the construction process. Furthermore, steel props are made from durable and sturdy materials, which provide excellent strength and load-bearing capacity. This ensures that they can support the weight of the floors and withstand the forces exerted on them without bending or buckling. This stability is crucial in preventing sagging and settling, as any structural deformations can lead to uneven floors and potential safety hazards. In summary, steel props prevent sagging and settling of floors by providing a strong and stable support system. Their adjustability allows for easy corrections and ensures that the floors remain level throughout the construction process. The durability of steel props guarantees their ability to withstand the weight and forces exerted on them, preventing any structural deformations that could lead to sagging or settling.

Q: How do you calculate the required spacing between steel props?: The required spacing between steel props can be calculated by considering several factors such as the load being supported, the properties of the steel props (e.g., their maximum load capacity), and the desired safety margin. By dividing the load to be supported by the maximum load capacity of the steel props and adding a safety factor, the appropriate spacing between the props can be determined.

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