High Quality Scaffolding Steel Prop

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Loading Port:: China Main Port

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Quick Details

Type:	Scaffolding Parts
Scaffolding Part Type:	Scaffolding Props

Packaging & Delivery

Packaging Detail:	CONTAINER
Delivery Detail:	30 DAYS

Specifications

adjustable steel props
1.material: Q235, Q345
2.surface: painted, galvanized, powdered.
3.diamter:48mm, 56mm, 60mm

Adjustable scaffolding prop
1)Material: Q235;Q345
2)Electro galvanized;HDG;
3)ISO9001;Powder coating
4)U-head component.

we offer premium quality props and Prop sleeves, Prop Nuts

Dimension:

Item No.	Description	Adjustable Length(mm)		Outside Tube (mm)	Inside tube (mm)	Weight (kgs)	Finishing
Item No.	Description	Closed	Extended	Outside Tube (mm)	Inside tube (mm)	Weight (kgs)	Finishing
KH-SP-0800-001	Spanish Props	800	1400	48×1.6×765	40×1.8×835	4.76	Painted or Galvanized
KH-SP-1600-001	Spanish Props	1600	3000	48×1.6×1600	40×1.8×1600	7.58	Painted or Galvanized
KH-SP-2000-001	Spanish Props	2000	3500	48×1.6×1716	40×1.8×2000	8.45	Painted or Galvanized
KH-SP-2200-001	Spanish Props	2200	4000	48×1.6×2000	40×1.8×2200	9.33	Painted or Galvanized
KH-SP-1600-002	Italian Props	1600	2900	56×1.6×1524	48×1.8×1600	8.81	Painted or Galvanized
KH-SP-1800-001	Italian Props	1800	3100	56×1.6×1524	48×1.8×1800	9.21	Painted or Galvanized
KH-SP-2000-002	Italian Props	2000	3600	56×1.6×1750	48×1.8×2000	10.2	Painted or Galvanized
KH-SP-2200-002	Italian Props	2200	4000	56×1.6×2024	48×1.8×2200	11.05	Painted or Galvanized
KH-SP-1400-001	German Props	1400	2700	60×2.85×1396	48×3.2×1400	14.5	Painted or Galvanized
KH-SP-1600-003	German Props	1600	2700	60×2.7×1550	48×3.2×1600	13.1	Painted or Galvanized
KH-SP-1620-001	German Props	1620	2640	60×2.0×1396	48×3.2×1610	10.5	Painted or Galvanized
KH-SP-2000-003	German Props	2000	3500	60×2.85×1900	48×3.2×2000	16.1	Painted or Galvanized
KH-SP-2200-003	Middel East Props	2200	4000	60×3.0×1900	48×3.5×2200	19.27	Painted or Galvanized
KH-SP-3000-001	Middel East Props	3000	5500	60×3.2×2680	48×3.2×2900	27.36	Painted or Galvanized

Q: How do you prevent steel props from slipping on smooth surfaces?: To prevent steel props from slipping on smooth surfaces, there are several measures you can take: 1. Use anti-slip pads or mats: Place anti-slip pads or mats underneath the steel props to create friction between the surface and the props. These pads are usually made of rubber or other materials with high grip properties, which help to prevent slipping. 2. Apply adhesive tapes: Another effective method is to use adhesive tapes on the base of the steel props. These tapes, such as grip tapes or non-skid tapes, have a rough surface that enhances friction and prevents the props from sliding on smooth surfaces. 3. Utilize weight distribution: Ensure that the weight load on the steel props is evenly distributed across the surface area. This can be achieved by placing additional weights on top of the props or adjusting the load distribution if possible. By doing so, the downward pressure increases, increasing friction and reducing the chance of slipping. 4. Secure props with clamps or brackets: Use clamps or brackets to firmly secure the steel props to the surface. This will minimize any movement or shifting that could lead to slipping. 5. Consider using floor anchors: In some cases, it may be necessary to install floor anchors for more stability. These anchors can be drilled into the surface, providing a secure attachment point for the steel props and reducing the risk of slipping. 6. Choose props with anti-slip features: When selecting steel props, look for models that have built-in anti-slip features. Some props come with specially designed rubber or non-slip coatings on the base that provide better grip on smooth surfaces. It is important to assess the specific requirements and conditions of the project to determine the most suitable method for preventing steel props from slipping on smooth surfaces.

Q: What are the potential risks and hazards associated with steel props?: Steel props, also referred to as adjustable steel props or acrow props, find frequent use in construction and temporary support systems. While they offer several advantages, their use comes with potential risks and hazards. 1. Structural Failure: One of the most significant hazards involves the possibility of structural failure. Steel props can collapse or buckle if subjected to excessive loads or if installed incorrectly. Such incidents can result in severe injuries or even fatalities for workers and bystanders. 2. Overloading: Another risk arises from overloading the props beyond their weight-bearing capacity. Should the load exceed the props' specifications, they may deform or fail, leading to accidents or damage to nearby structures. 3. Improper Placement: Inadequate placement of steel props can pose hazards. If not correctly and securely positioned, they may slip or fall, thereby causing instability in the supported structure and potential risks for workers. 4. Insufficient Bracing: Insufficient bracing can also give rise to risks. Steel props require proper bracing to ensure lateral stability and prevent buckling or collapse. Failure to provide adequate bracing may result in accidents or damage to the supported structure. 5. Inadequate Maintenance: Failure to conduct regular inspections and maintenance can lead to risks. Over time, steel props may develop rust, corrosion, or other structural weaknesses that compromise their integrity. Neglecting to promptly identify and address these issues can increase the likelihood of accidents. 6. Poor Training and Supervision: Insufficient training and supervision of workers using steel props can contribute to hazards. Without adequate knowledge of usage guidelines, workers may fail to assess loads properly, install the props correctly, or ensure appropriate bracing, thereby increasing the risks associated with their use. 7. Falling Objects: When steel props support scaffolding or other temporary structures, falling objects become a hazard. Insecurely fastened or stored materials or tools may fall from the elevated platform, potentially causing injuries to workers or bystanders. To mitigate these risks and hazards, it is crucial to comply with safety regulations and standards, provide comprehensive training to workers, regularly inspect and maintain steel props, and ensure proper installation and bracing. Additionally, employing suitable personal protective equipment and implementing safety measures like barricades or warning signs can help minimize the potential dangers associated with steel props.

Q: Can a steel prop be used in combination with other support systems?: Yes, a steel prop can be used in combination with other support systems. Steel props, also known as adjustable steel props or acrow props, are commonly used in construction and building projects to provide temporary support to walls, ceilings, beams, and other structures. They are designed to be highly versatile and can be easily adjusted in height to suit the specific requirements of the project. In many cases, a single steel prop may not provide sufficient support on its own, especially for larger or more complex structures. Therefore, it is often necessary to combine steel props with other support systems to ensure the stability and safety of the construction. Some common examples of combining steel props with other support systems include: 1. Scaffolding: Steel props can be used in conjunction with scaffolding systems to provide additional support to the scaffolding structure. This is particularly useful when working at heights or in situations where the scaffolding needs to bear heavier loads. 2. Formwork: When constructing concrete structures, such as walls or columns, steel props can be used to support the temporary formwork during the pouring and curing process. The steel props help to distribute the weight of the concrete and prevent the formwork from collapsing. 3. Shoring: Steel props can be combined with shoring systems to provide support to excavation sites or unstable ground conditions. Shoring systems typically consist of vertical supports, such as steel beams or timber piles, and the addition of steel props can enhance the overall stability of the shoring structure. 4. Beam and column support: Steel props can also be used in combination with other structural elements, such as steel beams or columns, to provide additional support during construction or renovation projects. This is especially common when reinforcing or repairing existing structures. Overall, the use of steel props in combination with other support systems is a common practice in the construction industry. It allows for greater flexibility and adaptability in providing temporary support to various structures, ensuring the safety and stability of the construction project.

Q: Can steel props be used for temporary support in mining operations?: Yes, steel props can be used for temporary support in mining operations. Steel props are commonly used in underground mining to provide temporary support to the roof, walls, and tunnels. They are designed to withstand the weight and pressure exerted by the surrounding rocks and prevent collapsing or shifting of the mine structure. Steel props are adjustable, allowing miners to easily set the desired height and provide continuous support as mining operations progress. They are also durable and highly resistant to corrosion, making them suitable for use in harsh mining environments. Overall, steel props are a reliable and effective solution for temporary support in mining operations.

Q: What are the guidelines for the proper installation and removal of steel props?: To ensure safety and effectiveness, there are several key steps involved in the proper installation and removal of steel props. Here are the general guidelines you should follow: 1. Before you begin installation, assess the site conditions to ensure they are suitable for steel props. Check for any potential hazards or obstructions that could affect the process. 2. Select the appropriate type and size of steel props based on the load-bearing requirements and the height of the structure being supported. Make sure the props are in good condition and free from any defects or damages. 3. Start the installation by placing the base plate of the steel prop on a stable and level surface. Ensure the prop is vertical and aligned with the load-bearing point. Adjust the inner tube to reach the desired height and secure it by tightening the locking pin or collar. 4. Distribute the load evenly across the prop's base plate. Use timber or steel sole plates if necessary to spread the load over a larger area. This prevents excessive pressure on the ground or floor. 5. Enhance stability by using diagonal bracing or ties between the steel props and the supported structure. This helps prevent lateral movement or collapse in case of unexpected forces. 6. Regularly inspect the steel props during the installation process to identify any signs of instability, bending, or damage. Take immediate action to rectify any issues or seek professional assistance. 7. When removing the steel props, gradually reduce the load on each prop to avoid sudden shifts or collapses. Loosen the locking pin or collar and slowly lower the prop's inner tube in a controlled descent. 8. After removal, inspect the steel props for any damages or wear. Clean them thoroughly and store them in a dry and secure location to prevent rust or deterioration. Regularly maintain and service the steel props to extend their lifespan. Remember to follow the manufacturer guidelines and local regulations specific to your region when installing and removing steel props.

Q: What are the common certifications and standards for steel props?: Common certifications and standards for steel props in the construction industry include the British Standard (BS) 4074, the European Standard (EN) 1065, and the American National Standards Institute (ANSI) A10.9. The British Standard BS 4074 is a widely recognized certification for adjustable steel props used in temporary support systems. It sets requirements for the design, materials, and performance of steel props, ensuring their safety and reliability. BS 4074 covers various aspects such as load-bearing capacity, adjustable height range, and structural stability. Similarly, the European Standard EN 1065 provides guidelines for the design and testing of adjustable steel props used in construction. It specifies requirements for materials, dimensions, mechanical performance, and marking of props, ensuring their conformity to European safety standards. In the United States, the American National Standards Institute (ANSI) A10.9 is the primary standard for steel props. This standard sets safety requirements for shoring and scaffolding systems, including adjustable steel props. ANSI A10.9 covers aspects such as design, manufacturing, testing, and inspection of props, ensuring their compliance with safety regulations. Apart from these standards, there may be additional certifications and standards specific to certain regions or countries. For example, in Australia, the National Association of Steel-framed Housing (NASH) provides guidelines for steel props used in residential construction. Overall, these certifications and standards play a crucial role in ensuring the quality, reliability, and safety of steel props used in construction projects. Compliance with these standards helps builders, contractors, and workers to select and use steel props that meet the necessary safety requirements, minimizing the risk of accidents or structural failures.

Q: What are the advantages of using steel props over other support systems?: Using steel props as support systems offers several advantages. Firstly, their strength and durability are well-known. Made from high-quality steel, they have excellent load-bearing capacity and can withstand heavy loads, making them perfect for supporting structures during construction or renovation projects. Secondly, steel props provide a high level of adjustability. Designed with telescopic tubes, they can be easily extended or retracted to the desired height. This feature allows for precise positioning and ensures a perfect fit for different applications, making them versatile and adaptable to various construction scenarios. Another advantage of steel props is their stability. The steel tubes are designed to create a secure and stable base, keeping the supported structure steady and safe. This stability is especially crucial when working on tall or complex structures, as it reduces the risk of accidents or structural failures. Additionally, steel props are relatively lightweight and easy to handle. They can be quickly assembled and disassembled, making them convenient for transportation and reducing labor costs. This ease of use and portability make steel props a practical option for projects that require frequent repositioning or adjustments. Furthermore, steel props offer a cost-effective solution. Compared to other support systems, they are more affordable without compromising on quality or performance. Their long lifespan and resistance to wear and tear also contribute to their cost-effectiveness, as they require minimal maintenance or replacement over time. Lastly, steel props are environmentally friendly. They can be recycled and reused, reducing waste and minimizing the environmental impact of construction projects. This sustainability aspect makes steel props an attractive choice for companies and industries aiming to adopt more eco-friendly practices. In conclusion, the advantages of using steel props as support systems include their strength, adjustability, stability, ease of use, cost-effectiveness, and environmental friendliness. These qualities make steel props a reliable and versatile choice for various construction applications.

Q: Can steel props be used for supporting temporary scaffolds during maintenance?: Yes, steel props can be used for supporting temporary scaffolds during maintenance. Steel props are adjustable and provide strong support, making them suitable for holding up scaffolding structures safely and securely.

Q: What are the safety regulations for using steel props?: The safety regulations for using steel props typically include ensuring that the props are structurally sound, properly installed, and capable of supporting the required loads. Regular inspections, maintenance, and adherence to manufacturer's guidelines are important. Additionally, safety measures such as proper bracing, securing against accidental displacement, sufficient clearance from workers, and following safe work practices are crucial to prevent accidents and ensure the overall safety of the work environment.

Q: Are steel props adjustable for uneven surfaces?: Steel props, or acrow props, are not adjustable for uneven surfaces. These props, also referred to as adjustable steel columns, are primarily utilized for temporary support in construction projects or to assist in bolstering ceilings and beams during renovations. They possess a predetermined height and are incapable of being altered to accommodate uneven surfaces. In instances where a surface is uneven, supplementary tactics such as the use of shims or wedges may be necessary to guarantee stability and adequate support.

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