• Construction Adjustable Steel Shoring Prop System 1
  • Construction Adjustable Steel Shoring Prop System 2
  • Construction Adjustable Steel Shoring Prop System 3
  • Construction Adjustable Steel Shoring Prop System 4
Construction Adjustable Steel Shoring Prop

Construction Adjustable Steel Shoring Prop

Ref Price:
get latest price
Loading Port:
China main port
Payment Terms:
TT OR LC
Min Order Qty:
1000 pc
Supply Capability:
1000000 pc/month

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Specifications of Steel Props:

  1.  Steel Prop consists of internal pipe, external pipe, prop sleeve, nut, pin, top and bottom plate.

  2.  Steel Prop is widely used as support system in beam, slab, formwork, concrete and floor support.

  3.  Steel Prop can be surface treatment red oil painting or powder coated or galvanized to further resist rust, cracking and corrosion, has no pollution or harm to the environment and human body, which make sure of its low damage and longer life span.

   4.  Steel Prop has fewer components, easy and quick assembly.

   5.  Steel Props has high bearing capacity, as steel pipe material is Q235, thickness can be 1.8mm to 3.0mm, diameter 40-48mm,48-56mm,48-60mm. According to SGS test report, one prop with 2.2mm of thickness, 48-60mm diameter can load 1.8tons, which is heavy duty  Steel Props .

   6.We can meet all kinds of steel props , Italian tye, Spanish type for South Amercia, Middle East type. aole the requiremnets, such as U head, fork head, rosette head, plate, etc.

Construction Adjustable Steel Shoring Prop

Construction Adjustable Steel Shoring Prop

Construction Adjustable Steel Shoring Prop

 

Technical parameters

Model Number: adjustable steel prop

Material: Q235 steel tube raw material

Surface Treatment: Galvanized,Dip Painted,Powder coated

Color: silver,dark red,yellow,blue,green and more colore

Application: building construction shoring props for inside concrete wall support

tube thickness: 1.8/2.0/2.2/2.5/3.0mm

adjustable length: 1600-2900/1800-3200/2000-3600/2200-4000mm as your request

base plate size: 120*120*5mm or as your request

Working life: 4-6 years normally

inner tube diameter: 40mm,or 48mm

outer tube diameter: 48mm,or 56/58/60mm

 

Packaging & Delivery

In bulk or steel pallet. props will be bundle with wooden pallet or bare package in container one 20ft container can load steel props 1800pcs to 2500pcs.

20 to 30 days to main port of China after order confirmation

 

Q: Can steel props be used for supporting scaffolding systems?
Yes, steel props can be used for supporting scaffolding systems. Steel props are commonly used as vertical supports in construction projects and can provide stability and strength to scaffolding structures. They are adjustable in height, making them suitable for various types of scaffolding systems.
Q: How do steel props contribute to the prevention of structural collapse due to soil movement?
To prevent structural collapse caused by soil movement, the utilization of steel props is crucial. Soil movement, including settlement, subsidence, or landslides, can exert immense pressure on a building's foundation and structural components, potentially resulting in catastrophic failures. Also referred to as shoring or temporary support systems, steel props play a temporary reinforcement role during construction, renovation, or repair activities. These props are typically adjustable and can be installed vertically or horizontally, depending on project-specific requirements. By providing support and stability to the load-bearing elements of a structure, steel props effectively distribute weight and forces evenly, thereby reducing stress on the foundation and averting structural collapse. They act as temporary replacements for damaged or weakened supports, ensuring the integrity and stability of the structure until permanent repairs can be executed. Moreover, steel props offer a solution to counteract the forces exerted by soil movement. For instance, if there is a risk of subsidence or settlement, props can be strategically positioned to transfer the load from the affected area to more stable ground. This strategic placement helps minimize the impact of soil movement on the structure, preventing potential collapse. Furthermore, the adjustability and repositioning capability of steel props enable continuous monitoring and adaptation to changing soil conditions. This flexibility assists in mitigating the effects of soil movement and upholding the structural integrity of the building. In conclusion, steel props significantly contribute to the prevention of structural collapse due to soil movement. They serve as temporary reinforcements, distribute weight and forces evenly, counteract the effects of soil movement, and offer adaptability to changing conditions. In construction and repair projects where soil stability is a concern, steel props are an indispensable tool, guaranteeing the safety and longevity of the supported structures.
Q: Can steel props be used in supporting temporary bridges and walkways?
Yes, steel props can be used effectively in supporting temporary bridges and walkways. Steel props, also known as adjustable steel props or acrow props, are strong and sturdy support systems that can withstand heavy loads. They are commonly used in construction and temporary structures to provide reliable support and stability. As temporary bridges and walkways require stable and secure footing, steel props are an ideal choice for ensuring the safety and integrity of these structures.
Q: Can steel props be used in railway tunnel construction?
Yes, steel props can be used in railway tunnel construction. Steel props are often used in construction projects to support structures or provide temporary support during construction. In railway tunnel construction, steel props can be used to provide additional support to the tunnel walls, roof, or floor, especially in areas where the ground conditions are unstable or where excavation is taking place. These props help to distribute the load and prevent the collapse of the tunnel during construction. Steel props are strong, durable, and adjustable, making them suitable for use in railway tunnel construction projects.
Q: How do you remove a steel prop?
To remove a steel prop, you will need the following tools: a wrench, a pry bar, and a mallet. Here is a step-by-step guide on how to remove a steel prop: 1. Begin by inspecting the prop to ensure there are no loose or damaged parts. Safety should always be the top priority. 2. Locate the locking mechanism on the prop. This is usually a pin or a lever that keeps the prop in place. 3. Use the wrench to loosen and remove any bolts or nuts that are securing the locking mechanism in place. Keep these fasteners in a safe place to avoid losing them. 4. Once the locking mechanism is detached, gently pull the prop upwards to release it from its position. If it feels stuck, use the pry bar to carefully apply leverage and loosen it. 5. If the prop is still not budging, tap the top of it with a mallet to help loosen any debris or rust that may be causing resistance. Be cautious not to hit it too hard as this can damage the prop or surrounding structures. 6. Once the prop is loosened, continue pulling it upwards until it is completely removed from its position. If necessary, use the pry bar to assist in lifting it out. 7. Finally, inspect the area where the prop was placed for any damage or debris. Clean the area if needed and ensure it is safe for further use or storage. Remember to always follow safety guidelines and use proper protective gear, such as gloves and goggles, when working with steel props or any heavy equipment.
Q: What are the different finishes available for steel props?
Steel props can be finished in various ways, depending on specific needs and desired aesthetics. Galvanized steel, for instance, applies a layer of zinc to the prop's surface, providing excellent resistance to corrosion. This finish is ideal for outdoor applications or environments with high moisture levels, as it ensures durability and a long lifespan. Another option is powder coating, where a dry powder is applied to the prop's surface and then cured with heat. This finish allows for customization and versatility, offering a wide range of colors and textures. Powder coating also provides good resistance against chipping, scratching, and fading, making it a popular choice for both indoor and outdoor use. For a more natural and rustic appearance, some steel props can be finished with a brushed or polished stainless steel surface. This enhances the prop's aesthetic appeal, creating a sleek and reflective look. Stainless steel finishes are highly resistant to corrosion, making them suitable for applications that require hygiene and cleanliness, such as the food industry or medical settings. Additionally, painted steel props offer a decorative element while also protecting the steel from corrosion. These finishes can be customized to match specific color requirements or branding needs. Overall, the choice of finish for steel props depends on factors like intended use, environmental conditions, desired appearance, and budget. It is important to consider these factors and seek advice from professionals to select the most suitable finish for your specific requirements.
Q: Quota take template of reinforced concrete foundation for the 1 steel formwork support 2 steel formwork supporting steel formwork support 3 Wood 4 steel formwork concrete support selection
In theory, according to the actual use of the corresponding template template,General composite template,Steel formwork for irregular concrete,
Q: Can steel props be used in industrial plant construction?
Yes, steel props can be used in industrial plant construction. Steel props are commonly used to support temporary structures or to provide additional support during construction or maintenance activities in industrial plants.
Q: Do steel props have any anti-slip features?
Yes, steel props typically have anti-slip features such as rubberized or textured surfaces to enhance grip and prevent slipping.
Q: How do you prevent overloading of steel props?
To avoid overloading steel props, several measures can be taken: 1. Determine the maximum load capacity: It is vital to know the steel props' maximum load capacity. This information can typically be obtained from the manufacturer or supplier. It is crucial not to surpass this limit to prevent overloading. 2. Perform accurate calculations: Before utilizing steel props, accurate calculations must be conducted to determine the required number of props and their spacing. These calculations should consider the load's weight, distribution, and any additional factors like wind or vibration. 3. Conduct regular inspections: Regular inspections are necessary to ensure the integrity and reliability of the steel props. Look for any indications of damage, such as cracks or deformations, that might compromise their load-bearing capacity. If any issues are identified, the props should be promptly replaced or repaired. 4. Ensure proper placement and alignment: When installing steel props, make sure they are placed on a solid and stable surface capable of supporting the load. It is essential to align the props correctly both vertically and horizontally to achieve even weight distribution. 5. Provide adequate bracing and support: Depending on the load's nature and the structure's height or length being supported, additional bracing or support may be required. This can help evenly distribute the load and prevent individual props from overloading. 6. Regularly monitor: It is essential to regularly monitor the steel props during use to ensure that the load does not exceed their capacity. This can be done by employing load monitoring devices or periodically checking the props for any signs of stress or strain. 7. Ensure proper training and supervision: It is crucial to guarantee that the personnel responsible for installing and using steel props receive proper training and supervision. They should possess a good understanding of load limits, calculation methods, and safety precautions to prevent overloading. By adhering to these preventive measures, the risk of overloading steel props can be significantly reduced, ensuring the safety and stability of the supported structure.

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