Scaffolding System and Accessories

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Loading Port:: China Main Port

Payment Terms:: TT OR LC

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Quick Details

Model Number:	RLSC001
Name:	Q235/Q345 Ringlock Scaffold System and Accessories	Catagory:	Scaffolding System	Type:	Ringlock Scaffolding
Material:	Steel Q235, Q345	Size:	48.3*3.25mm, etc	Surface:	Hot Dipped Galvnazied/Painted/Powder Coated
Technology:	Automatic Welding, Punching, Casting, etc	Component:	Standard, base collar, ledger, diagonal brace, etc	Application:	Inside/Outside Building, Bridge, Platforms, etc.
Manufacturer:	OEM is Available

Packaging & Delivery

Packaging Detail:	as the requirment of clients
Delivery Detail:	20days

Specifications

RingLock Scaffold System & Accessory
Material: Steel Q235/Q345
Surface:Galvanzied/Painted
Manufacturer, OEM
ISO, BS1139

Product Description

Name: Q235/Q345 Galvanzied RingLock Scaffold System and Accessories for Construction

Category: Scaffolding system

Material: Steel (Q235/Q345)

Size: D48.3*3.25MM

Surface: Electro Galvanized/Self Color/Painted/HDG

Component: Standard, Ledger, Angle Iron ledger, Diagonal, Bracket, Holder, Support, Edge Banding, Board Holder, base jack, U head Jack, etc.

Application: Slab support,staircase,stage platforms,bridge support,mobile tower etc.

Advantage: Durable, Stable, Skid-proof, Antirust, Easy to assemble & Dismantle

OEM service is available

Items or goods can be manufactured according to your standards

Q: What is a steel prop?: A temporary support device commonly utilized in construction and renovation projects is a steel prop, also referred to as an adjustable steel prop or an acrow prop. It is composed of a telescopic steel tube with a length that can be adjusted and a base plate located at its lower end. The main purpose of a steel prop is to offer temporary support or reinforcement to structures, including walls, beams, or ceilings, during construction, repair, or alteration tasks. The adjustable feature of a steel prop permits it to be extended or retracted to the desired height, rendering it suitable for various applications and accommodating different ceiling or wall heights. The base plate positioned at the bottom ensures stability and prevents the prop from sinking into the ground or causing damage to the surface on which it is placed. Steel props serve primarily to transfer the load from the structure being worked on to the ground, thereby guaranteeing safety and stability. They are commonly employed in situations where conventional permanent supports, like columns or walls, are not feasible or practical. Steel props possess qualities of being lightweight, easy to handle and transport, and can be swiftly installed or removed, making them a cost-effective solution for temporary support requirements. In summary, a steel prop is a versatile and adjustable support device utilized in construction and renovation projects to provide temporary reinforcement and stability to structures. Its adjustable height and portable nature contribute to its popularity for various applications, ensuring safety and facilitating construction work.

Q: What are the potential health risks associated with using steel props?: The physical demands and potential hazards of working with heavy equipment are the primary sources of potential health risks associated with using steel props. These risks include: 1. Musculoskeletal injuries: Due to their weight, steel props require significant physical effort to handle, lift, and position. If used incorrectly or for extended periods, this can result in strains, sprains, and other musculoskeletal injuries, especially if proper lifting techniques are not followed. 2. Falling hazards: Steel props are commonly utilized for supporting structures during construction or renovation work. If not properly secured or positioned, they can become unstable, increasing the risk of falling. This can lead to severe injuries like fractures, concussions, or even fatalities. 3. Pinch points and crush injuries: Steel props often have movable parts or mechanisms for height adjustment. Poor maintenance or improper usage can lead to pinch points or crush injuries when these mechanisms fail or are mishandled. 4. Noise exposure: Construction sites where steel props are frequently used tend to be extremely noisy environments. Prolonged exposure to high levels of noise can result in hearing loss or other hearing-related health issues if appropriate hearing protection is not utilized. 5. Dust and particulate matter exposure: During use, steel props can generate dust and particulate matter, particularly when surfaces are being cut, welded, or modified. Inhaling these particles can cause respiratory issues such as irritation, coughing, or more serious conditions like pneumoconiosis. 6. Chemical exposure: In certain cases, the use of chemicals may be necessary for cleaning, maintenance, or surface treatment of steel props. Failure to adhere to proper safety protocols when handling these chemicals can lead to skin irritations, burns, or other adverse health effects. To mitigate these health risks, it is crucial to ensure that workers handling steel props receive proper training, are provided with adequate personal protective equipment (PPE), follow safe work practices, regularly maintain equipment, and adhere to relevant occupational health and safety regulations.

Q: How do steel props contribute to the prevention of concrete slab deflection?: Steel props, also known as steel shoring or shore props, play a crucial role in preventing concrete slab deflection. These props are adjustable steel tubes that are used to support and reinforce concrete slabs during construction or renovation projects. By providing vertical support to the slabs, steel props help distribute the load evenly, minimizing the chances of deflection or sagging. They bear the weight of the slab, preventing excessive bending or warping, and ensure that the slab remains level and structurally sound. Additionally, steel props can be easily adjusted to accommodate variations in slab height, enabling precise control over the levelness of the concrete surface. Overall, steel props contribute significantly to the prevention of concrete slab deflection by providing reliable and adjustable support, promoting structural integrity, and ensuring a durable and safe construction outcome.

Q: Can steel props be used in the installation of temporary water or sewage pipelines?: Temporary water or sewage pipelines can indeed utilize steel props during installation. Construction projects frequently rely on steel props to offer support and stability to structures during repair or installation efforts. When it comes to temporary water or sewage pipelines, steel props serve the purpose of securing the pipelines in position and preventing any collapse or movement. These props possess durability and can endure the weight and pressure exerted by the pipelines. Moreover, their height can be adjusted and they can be effortlessly installed and removed, making them ideal for temporary setups. In conclusion, steel props prove to be a dependable and efficient solution for ensuring the proper installation and stability of temporary water or sewage pipelines.

Q: How do steel props compare to wooden props in terms of strength?: In terms of strength, steel props surpass wooden props. Steel, being a highly durable and sturdy material, has the capacity to bear heavy loads and offer outstanding structural support. Its high tensile strength enables it to withstand pressure without bending or breaking. Conversely, wooden props, although able to support specific loads, are vulnerable to warping, splitting, and deterioration over time. They lack the resistance to weight and external forces that steel props possess. Consequently, when it comes to strength and durability, steel props are the preferable option for construction or structural support purposes.

Q: What are the common safety training requirements for using steel props?: The utilization of steel props necessitates adherence to several safety training requirements. These include: 1. Proper handling techniques: Training sessions should encompass safe lifting, carrying, and transporting of steel props to prevent strain and injury. This involves understanding weight limitations and utilizing appropriate lifting equipment when necessary. 2. Inspection and maintenance: Workers should receive training on inspecting steel props for signs of damage or deterioration before use. This entails checking for cracks, bends, rust, or any other defects that may compromise the structural integrity of the props. 3. Assembly and disassembly procedures: Proper training should be provided on correctly assembling and disassembling steel props. This entails understanding the correct sequence of components and ensuring secure connections. 4. Load capacity and weight distribution: Workers need to be educated on the maximum load capacity of steel props and how to evenly distribute weight to prevent overloading or instability. This knowledge is crucial for maintaining a safe working environment. 5. Stability and bracing: Training should emphasize the importance of providing adequate stability and bracing for steel props. Workers must understand how to properly secure props to prevent accidental collapse or movement during use. 6. Personal protective equipment (PPE): Safety training should include the requirement of wearing appropriate PPE, such as hard hats, safety goggles, gloves, and steel-toed boots, when working with steel props. 7. Emergency procedures: Workers should be trained on the appropriate emergency procedures in the event of accidents or incidents involving steel props. This includes knowing how to safely evacuate the area and administer basic first aid if necessary. In summary, safety training for the use of steel props should prioritize raising awareness, teaching proper handling techniques, and ensuring compliance with safety guidelines. This will help minimize the risk of accidents and injuries in the workplace.

Q: How do steel props prevent sagging and settling of floors?: Steel props prevent sagging and settling of floors by providing additional support and stability. They are adjustable and can be installed beneath floors or beams to provide temporary or permanent reinforcement. The steel props distribute the weight and load evenly, preventing excessive stress on the structure and minimizing the chances of sagging or settling.

Q: Span of 40 meters, the height of the beam to support the 1.4 meter high density?: SC thick wall steel pipeSC, commonly known as black iron pipe, thick walled steel pipe laying or dark places require high strength, in many of the construction of floor walls.

Q: Why subway steel erection erection to the design elevation of 800: First -0.4m; -4.3 m; third -7.8m; -11.0 m; fifth -14.2 M.

Q: Can steel props be used in the construction of temporary hoardings?: Indeed, the utilization of steel props is viable for the construction of temporary hoardings. Commonly referred to as steel supports or adjustable steel props, these structures are frequently employed in construction to offer temporary support to various edifices. Their adaptable nature allows for height adjustment, rendering them versatile and appropriate for a multitude of applications. In regard to temporary hoardings, steel props serve to fortify and stabilize the structure. They can be effortlessly installed and modified to meet the required height specifications, ensuring the hoarding's security and capacity to withstand external pressures. Additionally, these steel props possess exceptional durability and strength, making them highly suitable for temporary construction endeavors.

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