• Single Side Climbing Bracket for Formwork and Scaffolding System System 1
  • Single Side Climbing Bracket for Formwork and Scaffolding System System 2
Single Side Climbing Bracket for Formwork and Scaffolding System

Single Side Climbing Bracket for Formwork and Scaffolding System

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
50 m²
Supply Capability:
1000 m²/month

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Single-side Climbing Bracket SCB180

With CNBM SCB 180 climbing systems, the loads from the fresh concrete pressure are

transferred through the brackets by means of V-strongbacks and compression braces into the

scaffold anchors.

Typical applications for the SCB 180 are dams, locks, cooling towers, pier heads, tunnels, and

bank vaults.

The formwork is simply tilted backwards when striking takes place. The 1.80 m wide bracket

requires only a minimum of space.


Characteristics:

◆ Economical and safe anchoring

The M30/D20 climbing cones have been designed especially for single-sided concreting using

SCB180 in dam construction, and to allow the transfer of high tensile and shear forces into the still

fresh, unreinforced concrete. Without wall-through tie-rods, finished concrete is perfect.

◆ Stable and cost-effective for high loads

generous bracket spacings allow large-area formwork units with optimal utilization of the bearing

capacity. This leads to extremely economical solutions.

◆ Simple and flexible planning

With SCB180 single-sided climbing formwork, circular structures can also be concreted without

undergoing any large planning process. Even use on inclined walls is feasible without any special

measures because additional concrete loads or lifting forces can be safely transferred into the

structure.


Single Side Climbing Bracket for Formwork and Scaffolding System

Single Side Climbing Bracket for Formwork and Scaffolding System


Q:What are the different types of formwork corner solutions used in steel formwork?
There are several different types of formwork corner solutions used in steel formwork, including internal corners, external corners, chamfered corners, and rounded corners. Internal corners are used to create seamless and smooth transitions between walls or columns, while external corners are used to create sharp and precise edges. Chamfered corners are used to create angled or beveled edges, providing a more decorative finish to the concrete structure. Finally, rounded corners are used to create curved or rounded edges, adding a softer and more aesthetically pleasing look to the finished formwork.
Q:What are the typical environmental considerations when using steel formwork?
Some typical environmental considerations when using steel formwork include the impact of steel production on carbon emissions, the potential for steel to be recycled and reused, the use of non-toxic coatings and sealants to minimize environmental pollution, and the proper disposal or recycling of steel formwork at the end of its lifespan.
Q:How is steel formwork used in construction projects?
Steel formwork is commonly used in construction projects as a temporary mold or framework to hold wet concrete in place until it sets and hardens. It provides the necessary support and shape for the concrete, allowing it to be poured and molded into desired structures such as walls, columns, beams, and slabs. Steel formwork offers durability, strength, and reusability, making it a preferred choice for large-scale projects that require high-quality finishes and precise dimensions.
Q:How does steel formwork handle different concrete strength requirements?
Steel formwork proves to be a highly versatile and durable solution, capable of effectively managing a wide range of concrete strength demands. Concrete strength is influenced by its mixture proportions, curing conditions, and the quality of materials employed. By providing a reliable and secure framework for pouring concrete, steel formwork plays a pivotal role in fulfilling these requirements. One notable advantage of steel formwork lies in its ability to withstand the immense pressures and strong vibrations encountered during concrete pouring and compaction. This becomes particularly crucial when dealing with high-strength concrete, as it necessitates greater force application to attain the desired density and durability. Thanks to its structural integrity and rigidity, steel formwork can bear these forces without deformations or failures, consequently ensuring a consistent and uniform distribution of the concrete. Another key benefit of steel formwork is its flexibility in terms of shape and size, allowing for customization to accommodate diverse concrete strength specifications. This versatility facilitates the construction of various structural elements, including columns, beams, walls, and slabs, each with unique strength requirements. Additionally, steel formwork can be effortlessly assembled and disassembled, making it adaptable to different projects and enabling the reuse of formwork components. Moreover, steel formwork imparts a smooth and precise finish to the concrete surface, a crucial factor in achieving desired aesthetics and functionality. This is particularly important for architectural or decorative concrete, where a high-quality finish is imperative. The smooth and flat surface provided by steel formwork ensures even curing of the concrete and minimizes the risk of surface defects. To summarize, steel formwork is well-suited to handle diverse concrete strength requirements due to its robustness, durability, adaptability, and ability to deliver a smooth finish. Its strength and flexibility make it an ideal choice for construction projects demanding varying concrete strengths, guaranteeing the successful execution of diverse structural designs and meeting performance expectations.
Q:What are the considerations when designing steel formwork for water tanks?
When designing steel formwork for water tanks, there are several important considerations that need to be taken into account. These considerations include structural integrity, corrosion resistance, water tightness, and ease of construction. Firstly, structural integrity is crucial when designing steel formwork for water tanks. The formwork needs to be able to withstand the weight of the water and any additional loads such as surcharge or seismic forces. It is important to calculate the required thickness and reinforcement of the steel plates to ensure that they can safely support the weight of the water and prevent any structural failure. Secondly, corrosion resistance is another key consideration. Water tanks are constantly exposed to moisture, which can lead to the formation of rust and corrosion on the steel formwork. To mitigate this, it is important to use corrosion-resistant steel or apply protective coatings to the formwork. These coatings should be able to withstand the constant exposure to water and prevent any degradation of the steel. Water tightness is another crucial consideration when designing steel formwork for water tanks. The formwork needs to be able to retain the water without any leakage. This requires careful design and construction techniques such as proper sealing joints, welding, and the use of waterproofing materials. It is essential to ensure that there are no gaps or weak points in the formwork that could lead to water leakage. Lastly, ease of construction is an important consideration when designing steel formwork for water tanks. The formwork should be designed in such a way that it can be easily assembled and disassembled, allowing for efficient construction and maintenance. It is important to consider factors such as modular construction, ease of access for workers, and the use of appropriate lifting equipment. In conclusion, when designing steel formwork for water tanks, it is important to consider factors such as structural integrity, corrosion resistance, water tightness, and ease of construction. By carefully considering these factors, one can ensure the durability, functionality, and longevity of the water tank.
Q:Can steel formwork be used for both precast and cast-in-place concrete elements?
Steel formwork is a versatile and durable option that can be used for both precast and cast-in-place concrete elements. It can be reused multiple times, making it suitable for various applications. In the case of precast concrete elements, steel formwork can be shaped and sized according to requirements, ensuring consistent and accurate production in a controlled environment. On the other hand, for cast-in-place concrete elements, steel formwork can be easily assembled and disassembled on-site, providing the necessary support and containment for the fresh concrete until it sets and gains strength. In summary, steel formwork is a flexible solution that can be utilized in multiple concrete construction methods, including both precast and cast-in-place applications.
Q:How does steel formwork affect the overall energy efficiency of a structure?
Steel formwork can significantly improve the overall energy efficiency of a structure. It provides a durable and reusable framework for concrete pouring, reducing material waste and construction time. The precise fit of steel formwork minimizes the need for additional insulation, resulting in better thermal performance and reduced energy consumption for heating and cooling. Additionally, its strength and stability allow for the construction of thinner walls and slabs, maximizing the usable space and minimizing the amount of materials required. Thus, steel formwork positively impacts the energy efficiency of a structure by reducing energy consumption and promoting sustainable construction practices.
Q:What are the different types of formwork corners used in steel formwork systems?
Various types of formwork corners are utilized in steel formwork systems to create different shapes and angles during the construction process. These corners are specifically designed to offer stability, support, and flexibility when shaping concrete structures. The most common types of formwork corners used in steel formwork systems include the following: 1. External 90-Degree Corner: This particular corner is implemented to form a right angle or 90-degree corner in the formwork. It typically consists of interconnected and reinforced steel plates and angles to provide strength and stability. External 90-degree corners find frequent usage in constructing walls, columns, and beams. 2. Internal 90-Degree Corner: Similar to the external 90-degree corner, the internal 90-degree corner is employed to create a right angle or 90-degree corner in the formwork. However, it is designed to be placed within the formwork, resulting in a smooth finish on the exposed concrete surface. Internal 90-degree corners are commonly employed in walls, columns, and other structures where a clean finish is desired. 3. Adjustable Corner: When there is a requirement for various angles and shapes within the formwork, an adjustable corner comes into play. It comprises adjustable steel plates and angles that can be positioned and securely locked to achieve the desired shape and angle. Adjustable corners are versatile and can be utilized in curved walls, sloping structures, and irregular shapes. 4. Chamfered Corner: A chamfered corner is utilized to create a beveled or chamfered edge on the concrete structure. It typically consists of steel plates and angles that are positioned to form a specific angle or bevel. Chamfered corners are commonly employed in architectural applications to create decorative edges, enhance the structure's appearance, and facilitate a smooth transition between different elements. 5. Rounded Corner: A rounded corner is implemented to create a curved or rounded edge in the concrete structure. It is typically made of steel plates and angles that are bent or shaped to achieve the desired curve or radius. Rounded corners are frequently utilized in architectural applications, such as curved walls, arches, and other curved elements, to create visually appealing and unique designs. These examples represent only a few of the diverse types of formwork corners used in steel formwork systems. The selection of a specific corner type hinges on the desired shape, angle, and finish of the concrete structure being formed. It is crucial to choose the appropriate formwork corner to ensure the integrity and quality of the construction project.
Q:How does steel formwork affect the overall accuracy of concrete structures?
Steel formwork can greatly improve the overall accuracy of concrete structures. Its rigid and sturdy nature ensures that the concrete is properly shaped and aligned, resulting in precise dimensions and smooth finishes. Steel formwork also helps in minimizing any deformations or imperfections during the curing process, leading to a more accurate and aesthetically pleasing final product. Additionally, the use of steel formwork allows for efficient construction, reducing the risk of errors and ensuring the structural integrity of the concrete structures.
Q:What are the common design considerations for steel formwork in high-rise construction?
High-rise construction necessitates careful evaluation of several design considerations for steel formwork. First and foremost, it is crucial to assess the load-bearing capacity of the formwork. Heavy loads, including concrete weight, equipment, and workers, are common in high-rise constructions. Thus, the steel formwork must be designed to withstand these loads and prioritize construction safety. Durability and longevity are also key factors to consider. High-rise construction projects often span months or even years, necessitating formwork that can endure prolonged use and exposure to diverse weather conditions. Steel formwork is preferred for its strength and resistance to wear and tear. Additionally, the formwork design should prioritize ease of assembly and disassembly. Frequent repositioning of the formwork during the building process is common in high-rise construction projects. Consequently, the formwork system should enable efficient and swift assembly and disassembly, minimizing downtime and boosting productivity. Flexibility and adaptability are crucial in the formwork design for high-rise construction. The formwork must be capable of accommodating various shapes and sizes of concrete elements, such as columns, walls, and slabs. This necessitates a well-designed formwork system that can be easily adjusted and modified to meet specific requirements in each construction phase. Safety is of paramount importance in high-rise construction. The formwork design should incorporate appropriate safety features, such as handrails, guardrails, and non-slip surfaces, to prevent accidents and ensure worker well-being. Lastly, cost-effectiveness is a significant consideration. High-rise construction projects can be financially demanding, and the formwork design should aim to minimize material and labor costs without compromising quality and safety. In conclusion, the design considerations for steel formwork in high-rise construction encompass load-bearing capacity, durability, ease of assembly and disassembly, flexibility, safety, and cost-effectiveness. By addressing these factors, engineers and designers can ensure successful and efficient execution of high-rise construction projects.

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