scaffolding with galvanized surface

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Loading Port:: China Main Port

Payment Terms:: TT OR LC

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Quick Details

Model Number:	scaffolding
type:	scaffolding	useage:	building	surface treatment:	galvanized,painting
OD:	48*48mm	Thickness:	2.4-4.0mm	payment terms:	L/C,T/T,D/A,D/P
lead time:	15 days after deposit of products	MOQ:	20 TONS	application:	building material
package:	sea worthy export package

Packaging & Delivery

Packaging Detail:	standard packaging or according to the customers' requirements for scaffolding
Delivery Detail:	within 15 days for scaffolding

Specifications

scaffolding
1.construction material steel pipes&beams scaffolding
2.High quality construction steel scaffolding

scaffolding

scaffolding with galvanized

Introduction

We are manufacturer specialized in scaffolding&formwork materials. Our best-selling products areslab formwork system(Patent No:ZL200420091863.6). It's adjustable system, very time-saving and labor-saving.

They replaced timbers,steel pipe&couplers.Wasting of timbers and couplers can be avoided. Moreover, this system can quicken construction period and improve quality of concrete casting.

2. Product Details and Show

a. Main Beam & Sub Beam ( replace H20 wood beam and aluminium I beam)

Q: Are steel props suitable for supporting beams?: Yes, steel props are suitable for supporting beams. Steel props, also known as adjustable steel props or acrow props, are commonly used in construction projects to provide temporary support to beams, walls, and ceilings. They are made of high-quality steel and have adjustable lengths, allowing them to provide reliable and sturdy support for various load-bearing structures. Steel props are highly durable and have high load-bearing capacity, making them suitable for supporting heavy beams. They are designed to withstand significant weights and pressures without buckling or collapsing. Additionally, their adjustable height feature allows for easy customization to fit the specific requirements of the project. Furthermore, steel props are flexible and can be easily installed, adjusted, and removed as needed. They provide a stable and secure temporary support system during construction, renovation, or repair work, ensuring safety for workers and preventing structural damage. Overall, steel props are a reliable choice for supporting beams due to their strength, durability, adjustability, and ease of use.

Q: How do steel props contribute to the prevention of structural instability?: Steel props, also referred to as adjustable steel props or acrow props, have a vital role in preventing structural instability in different construction projects. These props, constructed from high-quality steel, consist of a tube with an adjustable inner section and a threaded outer section. Primarily, the distribution of load across the structure is ensured by steel props, guaranteeing sufficient support for the weight of the building or temporary structure. By offering additional support to walls, floors, and other load-bearing components, the props aid in preventing overloading and potential structural failure. Furthermore, the adjustability of steel props allows them to be set at specific heights and lengths, which is crucial for maintaining stability. This adjustability enables construction teams to precisely position the props to support weak or unstable areas. By providing temporary reinforcement in these areas, steel props help prevent further movement or collapse until permanent measures can be implemented. Moreover, steel props are designed to withstand heavy loads and can be utilized in various construction scenarios, such as during the construction of walls, beams, or floors. They can bear significant weight and offer reliable support, minimizing the risk of structural instability. Additionally, steel props are often used in conjunction with other support systems, such as scaffolding, to enhance stability and safety. When combined with scaffolding, they provide additional reinforcement to the entire structure, reducing the potential for structural failure and ensuring the safety of workers and the general public. To summarize, steel props contribute to the prevention of structural instability by evenly distributing loads, providing temporary reinforcement in weak or unstable areas, withstanding heavy loads, and working alongside other support systems. Their adjustability and strength make them an indispensable tool in construction projects, ensuring stability and safety throughout the construction process.

Q: Are steel props suitable for supporting walls during demolition?: Steel props, alternatively referred to as adjustable steel props or acrow props, are an appropriate choice for providing support to walls while demolition takes place. In the realm of construction and demolition projects, these props are frequently utilized to temporarily support walls, beams, or other structural components. Constructed from durable steel tubes, these props possess adjustable heights, enabling them to be effortlessly positioned and secured at the desired elevation. Notably, steel props have exceptional load-bearing capabilities and are engineered to endure substantial weights, rendering them exceptionally well-suited for supporting walls during the demolition process. By delivering stability, they effectively prevent walls from collapsing or incurring damage throughout the demolition proceedings. Furthermore, the adaptability of steel props enables them to be modified to accommodate diverse wall heights and demolition scenarios. Overall, steel props represent a dependable and efficient solution for bolstering walls during the demolition phase.

Q: Are steel props suitable for use in offshore wind farm construction?: Steel props are well-suited for use in the construction of offshore wind farms. They are commonly employed in construction projects, including offshore wind farms, due to their robustness, endurance, and adaptability. The construction of offshore wind farms necessitates sturdy and dependable support structures that can withstand harsh weather conditions and provide stability for wind turbines. Steel props possess exceptional load-bearing capacity and can endure the dynamic forces exerted by wind and waves. Furthermore, steel is resistant to corrosion, a vital characteristic in the offshore environment where exposure to saltwater and moisture is high. Additionally, steel props can be easily modified and tailored to meet specific project requirements, making them highly flexible for various offshore wind farm designs. All in all, steel props are a suitable choice for offshore wind farm construction due to their strength, endurance, resistance to corrosion, and adaptability.

Q: Are steel props suitable for use in earthquake-prone areas?: Steel props are generally unsuitable in areas prone to earthquakes. Although these props can offer temporary support for construction or renovation projects, they are not designed to withstand the powerful shaking and lateral forces produced by earthquakes. In earthquake-prone regions, it is vital to employ specialized structural systems that are resistant to earthquakes and capable of absorbing and dissipating the energy unleashed during seismic events. Typically, these systems incorporate materials and techniques such as reinforced concrete, structural steel frames, or base isolation technologies, which can better endure the dynamic forces and ground movement caused by earthquakes. Therefore, it is crucial to seek guidance from structural engineers and adhere to local building codes and regulations to ensure the safety and resilience of structures in earthquake-prone areas.

Q: What is the typical lead time for ordering steel props?: The typical lead time for ordering steel props can vary depending on several factors such as supplier availability, quantity requested, and shipping logistics. However, in general, it can range from a few days to a few weeks. It is recommended to contact the supplier directly for accurate and up-to-date lead time information.

Q: Do steel props require any special permits or certifications?: Yes, in many cases, steel props require special permits or certifications. The exact requirements may vary depending on local regulations and the specific use of the steel props. For construction projects, steel props are commonly used to support temporary structures, such as formwork or scaffolding systems. In these cases, the use of steel props may require permits from local building authorities to ensure compliance with safety standards and regulations. The permits may involve inspections to verify the quality and stability of the props, as well as the overall safety of the construction site. Furthermore, steel props used in certain industries, such as oil and gas, may require specific certifications. These certifications are often related to the quality and strength of the props, ensuring they can withstand the specific conditions and loads they will be subjected to. Examples of relevant certifications include ISO certifications, API certifications, or certifications from other industry-specific regulatory bodies. It is important to consult with local building authorities and relevant industry regulations to determine the specific permits or certifications required for the use of steel props. Failing to comply with these requirements can result in penalties, legal issues, and, most importantly, compromised safety on the project site.

Q: What are the safety regulations for using steel props?: The safety regulations for using steel props are essential to ensure the safety of workers and the structural integrity of the construction site. Here are some of the key safety regulations for using steel props: 1. Inspection and Maintenance: Before using steel props, they should be thoroughly inspected for any damage, including cracks, bends, or rust. Regular maintenance should be conducted to ensure they remain in good working condition. Damaged or faulty props should be immediately removed from use. 2. Proper Installation: Steel props should be installed correctly, following manufacturer's guidelines and specifications. The props should be positioned vertically and securely fastened to prevent any movement or collapse. The base plates should be level and firmly secured to the ground. 3. Load Limits: Each steel prop has a specific load-bearing capacity, which should never be exceeded. Before using, it is important to calculate the required number of props and ensure they are adequately spaced to distribute the load evenly. Overloading can lead to structural failure and accidents. 4. Stability: Steel props must be stable and able to withstand external forces such as wind or vibrations. Adequate bracing, tying, or anchoring should be used to enhance stability. Props should also be positioned away from any excavations or unstable ground to prevent accidental collapse. 5. Working at Heights: When using steel props to support formwork or scaffolding at heights, appropriate fall protection measures should be in place. Workers should be provided with personal protective equipment (PPE) such as harnesses, safety nets, or guardrails to prevent falls. 6. Regular Inspections: Ongoing inspections of steel props should be conducted throughout the construction process. This includes checking for any signs of wear, damage, or movement. Regular inspections help identify potential hazards and address them promptly to maintain a safe working environment. 7. Training and Supervision: Workers should receive proper training on the safe use of steel props, including installation, load limits, and inspection procedures. Supervision by experienced personnel is crucial to ensure compliance with safety regulations and to address any issues or concerns. Adhering to these safety regulations is vital to prevent accidents, injuries, or even fatalities on construction sites. It is important to consult local regulations and industry standards for specific safety guidelines related to the use of steel props, as they may vary depending on the region and project requirements.

Q: What are the common weight capacities of steel props?: Steel props can have varying weight capacities based on their specific models and designs. Typically, the weight capacities for steel props range from 1,000 pounds (454 kilograms) to 20,000 pounds (9,072 kilograms). Various factors, including the prop's size, material, intended use, and load requirements, determine these weight capacities. To ensure the suitability of the steel prop for the intended application and weight demands, it is crucial to refer to the manufacturer's specifications and guidelines.

Q: What are the different footplate options available for steel props?: There are several footplate options available for steel props, each designed to suit different construction requirements and site conditions. 1. Standard Footplate: This is the most commonly used footplate option for steel props. It typically consists of a flat plate with holes for securing the prop to the ground using bolts or nails. Standard footplates are versatile and can be used on most surfaces, including concrete, soil, or even timber decking. 2. Screw Jack Footplate: This type of footplate incorporates a screw mechanism that allows for vertical adjustment of the prop height. It is particularly useful when dealing with uneven ground or when precise height adjustments are required. The screw jack footplate ensures stability and is often used for supporting formwork or temporary structures. 3. U-Head Footplate: This footplate comes with a U-shaped or V-shaped head on top, providing a secure resting point for beams or timber joists. U-head footplates are commonly used in applications where additional support is needed for horizontal loads, such as during the installation of horizontal formwork or supporting beams. 4. Spiked Footplate: This footplate features metal spikes or teeth on the underside, which penetrate into the ground for added stability. Spiked footplates are ideal for use on soft or loose soil, where standard footplates may sink or become unstable. They are commonly used in outdoor construction projects or on uneven terrain. 5. Rubber Footplate: This type of footplate is designed to minimize damage to sensitive or finished surfaces, such as tiled floors or polished concrete. Rubber footplates provide a cushioning effect and distribute the load evenly, reducing the risk of indentation or surface marks. They are commonly used in indoor construction projects or areas where floor protection is crucial. It is important to select the appropriate footplate option based on the specific requirements of the construction project, considering factors such as ground conditions, load-bearing capacity, and surface protection needs. Consulting with a structural engineer or a specialized supplier can help determine the most suitable footplate option for steel props in any given situation.

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