Scaffolding for slab, quick locking plate scaffolding, steel scaffolding for construction

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Loading Port:: China Main Port

Payment Terms:: TT OR LC

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Quick Details

Material:	Q235	Certificate:	ISO9001	Surface treatment:	Electrophoretic
Color:	gray, yellow

Packaging & Delivery

Packaging Detail:	according to customers' request
Delivery Detail:	10-20 days

Specifications

1.Raw material:Q235 cold rolled steel
2.Easy to install and dismantle
3.High efficiency
4.Timely delivery

Slab Forms Products

1. Quick Info

a. Model: Slab Formwork (pure steel, electrophoretic coated)

b. Application: used together with plywood for concrete form.

d. Load Capacity: 3 to 4 tons per s.q.m.(whole system)

e. Installation: A group of 4 workers can erect 300s.q.m in 8 hours.

Product Detail

Item	Length(m)	Width(mm)	Height(mm)	Thickness(mm)
NO.1Main Beam	2.68-4.39	65	69	2
NO.2Main Beam	2.28-3.68	65	69	2
NO.3Main Beam	1.77-2.88	65	69	2
NO.4Main Beam	1.17-1.78	65	69	2
Sub Beam	1.15	60	50	2
	0.8	60	50	2
	0.4	60	50	2

Item	Length(m)	Thickness(mm)	Outer Diameter (mm)
Vertical Standrads	2.55	3.0	48
	1.95	3.0	48
	1.35	3.0	48
	1.05	3.0	48
	0.75	3.0	48
Horizontal Ledgers	1.22	2.75	48
	0.87	2.75	48
	0.47	2.75	48

Feature

* For heavy loads upto 2m thickness slab

* For high shoring like fly over roads and working platform around tower

* Maximizing the usage of materials for different projects easily due to various sizes of cross bracing

* Can be moved by trolley or crane, even with whole large unit - once assembled, whole phase application without repeated dismantiling and assembly.

* Key role in slab flex and slab table formwork

Q: How do you calculate the required height for a steel prop?: To calculate the required height for a steel prop, you need to consider the load that the prop will bear. The formula typically used is load divided by safe working load per square meter. This will give you the required height in meters.

Q: Can steel props be used in the installation of temporary fire protection systems?: Yes, steel props can be used in the installation of temporary fire protection systems. Steel props are commonly used in construction and are designed to provide temporary support to structures or systems. They are typically adjustable in height and can be easily installed and removed as needed. When it comes to fire protection systems, steel props can be used to support temporary fire barriers, such as fire-rated curtains or panels, during the installation or renovation of a building. These props ensure that the fire protection system remains in place and functional until a permanent solution is implemented. It is important to ensure that the steel props used are suitable for the specific requirements of the fire protection system and that they comply with relevant safety standards and regulations.

Q: How do steel props compare to modular support systems in terms of flexibility?: Steel props are generally less flexible than modular support systems. Steel props are adjustable in terms of height, but they have limited versatility in terms of adapting to different shapes and configurations. On the other hand, modular support systems offer more flexibility as they can be easily adjusted and rearranged to accommodate various structures and layouts.

Q: Are steel props resistant to fire?: Steel props exhibit a remarkable resistance to fire. Being a non-combustible substance, steel does not ignite or contribute to the propagation of flames. With its high melting point, steel surpasses other construction materials in terms of heat and fire durability. Consequently, steel props are frequently employed in construction ventures to bolster structures throughout the building procedure, and their fire-resistant attributes offer an additional layer of safety. In the event of a fire, steel props will retain their structural integrity and continue to provide support. However, it is crucial to acknowledge that nearby materials, such as wood or concrete, may still be vulnerable to fire damage and should be adequately shielded.

Q: Can steel props be used in conjunction with scaffolding systems?: Yes, steel props can be used in conjunction with scaffolding systems. Steel props are adjustable vertical supports that can provide additional stability and support to scaffolding structures. They are commonly used to provide extra strength and load-bearing capacity to scaffolding systems, especially when working on heavy-duty construction projects or when additional support is required for specific areas.

Q: Can steel props be used to support beams or columns?: Yes, steel props can be used to support beams or columns. Steel props, also known as adjustable steel props or steel shore props, are commonly used in construction to support vertical loads. They are adjustable in height, making them versatile and suitable for various applications including supporting beams or columns. Steel props are designed to provide temporary support during construction or renovation projects, allowing for the safe installation or removal of structural elements. They are typically made of high-grade steel and are known for their strength and stability, making them a reliable choice for supporting heavy loads such as beams or columns.

Q: Can steel props be used in concrete slab construction?: Yes, steel props can be used in concrete slab construction. Steel props are commonly used as temporary supports to provide additional stability during the construction of concrete slabs. They help to bear the load and distribute it evenly, ensuring that the slab remains properly supported until it gains its own structural strength. Once the concrete has cured, the steel props can be removed.

Q: How do you ensure the stability of a steel prop on frozen ground?: To ensure the stability of a steel prop on frozen ground, there are a few measures that can be taken. Firstly, it is important to assess the ground conditions and ensure that the frozen ground is able to support the weight and load of the steel prop. This can be done through soil testing or consulting with a geotechnical engineer. In addition, proper installation techniques should be followed. This includes ensuring that the steel prop is securely anchored into the ground and that it is positioned at an appropriate depth to provide stability. It may also be necessary to use additional support methods such as concrete footings or bracing to enhance stability. Regular inspection and maintenance of the steel prop is crucial to identify any signs of instability or damage. This can involve checking for any movement or shifting of the prop, inspecting the connections and joints, and monitoring the ground conditions around the prop. Lastly, it is important to adhere to any safety guidelines and regulations pertaining to the use of steel props on frozen ground. This may involve obtaining the necessary permits or approvals and following recommended practices to ensure the stability and safety of the structure.

Q: Can steel props be used for supporting temporary amusement park rides?: Yes, steel props can be used for supporting temporary amusement park rides. Steel props are commonly used in construction to support heavy loads and provide stability. They are designed to withstand significant weight and pressure, making them suitable for supporting amusement park rides. However, it is important to ensure that the steel props are properly installed and meet the necessary safety regulations to guarantee the stability and security of the rides.

Q: Can steel props be used for temporary support during elevator installation?: Steel props can indeed be employed for temporary support while installing an elevator. In construction, steel props are frequently utilized to temporarily bolster structures or components. Their adjustability allows for easy installation and removal as required. When installing an elevator, steel props can offer supplementary support to the elevator shaft or other parts during the installation procedure. This guarantees stability and safety throughout the elevator's installation phase. Once the installation is finished, the steel props can be safely removed without causing harm to the elevator or the surrounding structure.

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