scaffording shoring acrow steel -prop system

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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

Packaging & Delivery

Packaging Detail:	Pallets with steel belt
Delivery Detail:	within 3 weeks

Specifications

1. shoring prop meteril :Q235
2. surface finished:painted/HDP
3. type:light medium heavy duty prop
4.colour :red yellow blue

Adjustable length(M)	Tube Size	Weight(Kg)
1.4—2.5m	Out tube 603.2mm Inner tube 482.8mm	13.1
1.6—2.7m		14.5
2.0—3.5m		16.1
2.2—4m		19.27
3—5.5m		27.36

WHY YOU CHOOSE US:

1. We have many years of experiences.

2. We have many certificates which can assure the quality of our products.

3. We have many projects in the shipyard companies of south of China.

4. We have strong engineering team that can give best solution for your projects.

5. We can take you to visit our factory.

6.Good after-sale service offered,please get back if you have any question.

Our Service:

1.Your inquiry related to our product & price will be replied within 24hours.

2.Well-trained &experienced staff are to answer all your inquiries professional in English of

course.

3.Working time: 8:00am - 5:30pm, Monday to Friday. OEM is highly welcomed.

4.We have strong R&D team here to help.

5.Your business relationship with us will be confidential to any third party.

6. Good after-sale service offered, please get back if you got question.

Q: How do you ensure proper stability during high wind conditions when using steel props?: Ensuring proper stability during high wind conditions when using steel props is essential to maintain the safety and integrity of any structure or scaffolding system. Here are some key measures to ensure stability: 1. Evaluate the wind load: Before using steel props, it is crucial to assess the expected wind load on the structure. This can be determined by considering factors such as wind speed, direction, and the dimensions of the structure. Consulting with a structural engineer or referring to relevant codes and standards can provide guidance in this regard. 2. Proper positioning and bracing: Steel props should be placed in strategic positions to provide optimal support and load distribution. The positioning should consider the direction of the wind and the potential for gusts. Additionally, attaching bracing elements such as diagonal struts and tie wires can enhance stability by resisting lateral forces exerted by the wind. 3. Secure base and anchoring: Ensuring a secure base for the steel props is crucial. The props should be placed on a stable and level surface to prevent any shifting or movement. Additionally, anchoring the props to the ground or a fixed structure can greatly enhance stability. Various methods can be employed for anchoring, such as using concrete footing, ground anchors, or attaching the props to a stable structure. 4. Regular inspections: Regular inspections are vital to identify any signs of instability or damage. This includes checking the condition of the props, bracing elements, and anchor points. Any signs of corrosion, deformation, or loosening should be addressed immediately. Inspections should be carried out before and during high wind conditions to ensure ongoing stability. 5. Wind management strategies: Employing wind management strategies can help reduce the impact of high winds. This may involve installing wind screens, deflectors, or creating wind breaks around the structure. These measures can help to disrupt the wind flow and minimize the effect of gusts on the steel props. 6. Continuous monitoring: Monitoring weather conditions and wind speeds is crucial during high wind conditions. Utilizing weather monitoring systems or anemometers can provide real-time data to assess the wind load on the structure. If wind speeds exceed safe limits, appropriate actions such as suspending work or reinforcing the props may be necessary. 7. Compliance with safety regulations: It is essential to adhere to safety regulations and standards related to steel props and scaffolding systems. These regulations often provide guidelines on the use of wind load calculations, proper positioning, bracing, and anchoring methods. By following these measures, it is possible to ensure proper stability during high wind conditions when using steel props, minimizing the risk of structural failure and ensuring the safety of workers and the surrounding environment.

Q: Can steel props be used in supporting temporary sound systems?: Yes, steel props can be used in supporting temporary sound systems. Steel props are commonly used in construction to provide temporary support to structures, and they can also be utilized to ensure stability and safety for temporary sound systems. Steel props offer strength and stability, making them suitable for handling the weight and vibrations associated with sound equipment. Additionally, their adjustable nature allows for easy customization according to the specific requirements of the sound system setup.

Q: In the case of the project under the circumstances of steel with steel support, under what circumstances the use of wood support, is not the framework of steel support, brick and wood are used to support ah?: Now almost all steel support. Large steel support load

Q: What are the common load distribution methods for steel props?: The construction industry widely employs various load distribution methods for steel props. Timber or steel needles, in combination with steel props, are one of the most commonly used approaches. This entails placing horizontal beams (needles) on top of multiple props to evenly distribute the load. To ensure stability and prevent bending or sagging, the needles are typically supported by steel or timber supports at regular intervals. Another prevalent method involves using steel spreader plates. These flat, steel plates are positioned on the prop's base plate to evenly distribute the load over a larger surface area. This reduces the risk of localized pressure points and guarantees stability. Adjustable steel frames or frames with multiple props are sometimes utilized as well. These frames consist of interconnected props with horizontal beams or braces, creating a robust structure capable of handling heavier loads. By distributing the load among multiple props, these frames promote weight distribution and enhance stability. Furthermore, load-bearing beams or lintels can be employed to distribute the load from above. Supported by steel props, these beams transfer the load to the props, thereby distributing the weight across multiple points. It is important to note that the most suitable load distribution method for steel props in a specific construction scenario depends on various factors, including the weight and size of the load, the span between the props, and the desired level of stability. Consulting with a structural engineer or an experienced professional is advisable to determine the appropriate load distribution method.

Q: What are the typical rental rates for steel props?: The typical rental rates for steel props vary depending on factors such as location, duration of rental, and the quantity needed. It is best to contact local rental companies or suppliers to get accurate pricing information.

Q: Can steel props be used in the construction of temporary storage or warehouse structures?: Yes, steel props can be used in the construction of temporary storage or warehouse structures. Steel props are adjustable and robust support systems that provide stability and strength to the structure. They can be easily installed and dismantled, making them suitable for temporary structures. Steel props are capable of bearing heavy loads and ensuring the safety and durability of the temporary storage or warehouse structures.

Q: How do steel props compare to wooden props in terms of strength and durability?: In comparison to wooden props, steel props are generally regarded as stronger and more durable. Steel possesses a notable high tensile strength, enabling it to endure heavy loads and pressure without distorting or fracturing. This quality renders steel props exceedingly suitable for providing support to substantial structures or during construction endeavors where stability is of utmost importance. Conversely, wooden props exhibit a lower tensile strength in contrast to steel. Although they can adequately support lighter loads, they may not be appropriate for heavy-duty applications. Moreover, wood is more susceptible to warping, rotting, and insect infestation over time, thereby negatively impacting its durability. On the contrary, steel props are resistant to warping, rotting, and pests. They can endure harsh weather conditions, including extreme temperatures and moisture, without experiencing significant deterioration. Consequently, steel props are more reliable for prolonged usage, reducing the necessity for frequent replacements or repairs. To summarize, steel props surpass wooden props in terms of strength and durability. They possess the capacity to handle heavier loads, exhibit greater resistance to damage, and boast a lengthier lifespan. Nonetheless, it remains crucial to consider the specific requirements of each project and consult professionals to ascertain the most suitable material for one's needs.

Q: Are steel props suitable for use in industrial plants?: Indeed, industrial plants find steel props to be a suitable option for their needs. These props, also known as adjustable steel props or steel acrow props, have gained widespread usage in various industrial applications due to their strength, durability, and versatility. To ensure stability and reinforcement for heavy machinery, equipment, or structures, industrial plants often require support structures. Steel props offer a reliable and robust solution to fulfill such requirements. One of the key advantages of steel props lies in their adjustable height feature. They can be easily extended or retracted to the desired length, facilitating straightforward installation and customization according to the specific needs of the plant. This adjustability enables them to support diverse loads and accommodate varying working heights, making them versatile for deployment in different areas of an industrial plant. Steel props boast a design that can withstand substantial loads and deliver excellent load-bearing capacity. Crafted from high-quality steel, they guarantee strength and durability, rendering them capable of enduring the harsh conditions commonly encountered in industrial plants, such as vibrations, impacts, or extreme temperatures. Moreover, the ease of installation, dismantling, and repositioning of steel props is of utmost importance in industrial plants where flexibility and adaptability are essential. They can be swiftly adjusted or relocated to cater to the changing needs of the plant, thereby saving time and effort. Additionally, when compared to other support options, steel props prove to be cost-effective. Their extended lifespan and minimal maintenance requirements make them a financially efficient choice for industrial plants, where budget considerations hold great significance. In conclusion, steel props are highly suitable for usage in industrial plants. Their strength, durability, adjustability, and cost-effectiveness make them an ideal choice for providing support and stability to heavy machinery, equipment, or structures in industrial settings.

Q: What are the common finishes available for steel props?: Steel props can be finished in several ways, depending on the desired aesthetic and level of protection. Some popular finishes for steel props include: 1. Galvanized Finish: This is a commonly chosen finish for steel props due to its excellent corrosion resistance. The props are dipped in a zinc coating, creating a protective barrier against moisture, chemicals, and other environmental factors. Galvanized steel props are often used in outdoor settings, construction sites, and marine environments. 2. Powder Coating: Powder coating is a dry finishing process where powdered paint is applied to the steel props using electrostatics. The props are then cured in an oven, resulting in a durable and smooth finish. Powder coating offers resistance to chipping, scratching, and fading, and provides a wide range of color options for customization and improved aesthetics. 3. Painted Finish: Steel props can also be painted using various types of paint, such as epoxy, enamel, or acrylic. Painted finishes offer protection against rust and corrosion while offering a variety of color options. However, painted finishes may require regular maintenance and touch-ups to preserve their appearance and protection. 4. Stainless Steel Finish: Stainless steel props have a natural finish that offers excellent corrosion resistance. The steel is alloyed with chromium, which forms a passive layer on the surface, protecting it from oxidation and corrosion. This finish is commonly used in applications where hygiene, durability, and aesthetics are crucial, such as in food processing plants or architectural structures. 5. Natural/Unfinished Finish: Steel props can also be left in their natural or unfinished state, without any additional coatings or finishes. This finish is often chosen for its raw and industrial appearance. However, it offers limited protection against corrosion and may require regular maintenance to prevent rusting. In summary, the available finishes for steel props include galvanized, powder coating, painted, stainless steel, and natural/unfinished finishes. The choice of finish depends on factors such as the desired level of protection, aesthetic preferences, and the specific environment in which the props will be used.

Q: How do you dismantle steel props?: In order to dismantle steel props, it is necessary to have a few tools and follow specific steps. Below is a comprehensive guide to assist you in the process: 1. Collect the required tools: You will require a hammer, a wrench or spanner, a pry bar or crowbar, and safety gloves. 2. Prioritize safety: Prior to commencing the task, ensure the protection of your hands from sharp edges or splinters by wearing safety gloves. 3. Loosen the nuts: Utilize a wrench or spanner to loosen the nuts on the props. Rotate the nuts in an anticlockwise direction to loosen them. If the nuts are firmly secured, you may need to exert some force or gently tap the wrench with a hammer to loosen them. 4. Remove the nuts and bolts: Once the nuts are loosened, completely remove them. Place them aside in a secure location for possible future use. Extract the bolts from the props. 5. Release tension: If the props are under tension, gradually release it by gently lowering the props. To avoid any accidents, ensure you stand at a safe distance from the props while lowering them. 6. Eliminate the props: Carefully raise the props off the ground using a pry bar or crowbar. Slide the crowbar beneath the base of the props and lift it upward to disengage it from the ground. Repeat this step for all props. 7. Store or dispose of the props: Once all props are dismantled, you can either store them for future usage or dispose of them appropriately. If choosing to store, ensure they are stored in a dry and secure place to prevent any damage or corrosion. It is important to exercise caution while dismantling steel props, as they can be heavy and mishandling them may pose a risk of injury.

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