• Quick Assembly Slab Formwork System with Ring Lock Scaffolding System 1
  • Quick Assembly Slab Formwork System with Ring Lock Scaffolding System 2
  • Quick Assembly Slab Formwork System with Ring Lock Scaffolding System 3
  • Quick Assembly Slab Formwork System with Ring Lock Scaffolding System 4
  • Quick Assembly Slab Formwork System with Ring Lock Scaffolding System 5
Quick Assembly Slab Formwork System with Ring Lock Scaffolding

Quick Assembly Slab Formwork System with Ring Lock Scaffolding

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Description:

1. Brief introduction

FA-TNOR system is widely used for pouring slab concrete, especially for the building which has higher story height that only using props can’t meet requirements. The system guarantees quick assembly, simple structure and easily operation, it is good choice for slab construction.

Quick Assembly Slab Formwork System with Ring Lock Scaffolding


2.  About the infill areas

Like RA-INST system, infill materials are necessary for small space or same special area. They are usually composed of timber beam, head-jack, scaffold support, and plywood as the below picture shown.

Quick Assembly Slab Formwork System with Ring Lock Scaffolding

3. Competitive advantage

① Fast construction
The table formwork is pre-assembled; all the structural elements are connected by specific fastenings, so it is easily to move and turnover.

Quick Assembly Slab Formwork System with Ring Lock Scaffolding


②Easy operation

The formwork is composed of plywood, timber beam, channel beam, connectors and ring-lock scaffolding support system. It’s easy to assemble for labors with simple structure. Special skill train is no needed.

③Height of scaffolding is adjustable

Table formwork is supported with adjustable scaffoldings; the scaffoldings can be pivoted in two directions for meeting the demand of different height with adjustable head jack and adjustable foot jack.

④Mature system with specific tools for removing.

We afford trolley for FA-TNOR system, trolley is especially for shifting table formwork from the slab, it guarantees easy operation and safe removing.

4. Applications

Quick Assembly Slab Formwork System with Ring Lock Scaffolding


Quick Assembly Slab Formwork System with Ring Lock Scaffolding


Quick Assembly Slab Formwork System with Ring Lock Scaffolding


Q:Are there any specific guidelines for the safe use of steel tube couplers in scaffolding near flammable or combustible materials?
Yes, there are specific guidelines for the safe use of steel tube couplers in scaffolding near flammable or combustible materials. It is important to follow these guidelines to minimize the risk of fire hazards. Some general recommendations include ensuring proper distance between the scaffolding and flammable materials, using non-combustible materials for the scaffolding structure, and regularly inspecting the couplers for any damage or corrosion. Additionally, adhering to local regulations and consulting with safety professionals is crucial for a safe working environment.
Q:How do you ensure proper alignment and stability when using steel tube couplers in scaffolding?
To achieve proper alignment and stability while using steel tube couplers in scaffolding, it is essential to follow several important steps: 1. Conduct a quality inspection: Before utilizing steel tube couplers, it is critical to thoroughly inspect them for any signs of damage or defects. Look for cracks, deformations, or corrosion that may compromise their strength and stability. Only employ couplers that are in excellent working condition. 2. Make the appropriate selection: Choose the suitable type and size of steel tube couplers for the specific scaffolding application. Consider factors such as load requirements, tube diameter, and scaffold design. The utilization of incorrect couplers can result in misalignment and instability. 3. Ensure proper tightening: When connecting the tubes with couplers, ensure they are securely tightened using the appropriate tools, such as scaffold spanners or ratchets. Tighten the couplers to the torque value recommended by the manufacturer. Loose or improperly tightened couplers can cause misalignment and compromise scaffolding stability. 4. Regularly inspect alignment: Regularly inspect the alignment of the tubes and couplers to confirm proper alignment. Misalignment can occur due to settling, vibrations, or incorrect usage. Use a straight edge or laser level to check alignment, and if any misalignment is detected, make the necessary adjustments and re-tighten the couplers. 5. Implement stability measures: Besides proper alignment, stability is crucial for safe scaffolding. Ensure that the scaffolding base is stable and level, and if necessary, properly anchor or tie it to the structure. Use diagonal braces to enhance stability and prevent lateral movement. Routinely inspect the scaffolding's stability during use and make any necessary adjustments or reinforcements to ensure stability. 6. Comply with regulations: Always adhere to local and national regulations and guidelines for scaffolding installation and usage. These regulations often include specific requirements for the type and use of steel tube couplers. Following these regulations helps ensure proper alignment and stability, as well as the overall safety of the scaffolding system. By following these steps, it is possible to achieve proper alignment and stability when using steel tube couplers in scaffolding, thereby reducing the risk of accidents and ensuring a safe working environment for individuals utilizing the scaffolding.
Q:Can steel tube couplers be used for scaffolding in uneven or sloped terrains?
Yes, steel tube couplers can be used for scaffolding in uneven or sloped terrains. Steel tube couplers are versatile and can be adjusted to fit different angles and slopes. By using adjustable couplers and base plates, scaffolding can be set up securely on uneven or sloped terrains. It is important to ensure that the scaffolding is properly leveled and stabilized to maintain safety and stability. Additionally, using adjustable legs or base plates can help to compensate for the unevenness of the terrain and provide a stable foundation for the scaffolding structure.
Q:What are the common inspection procedures for steel tube couplers?
The common inspection procedures for steel tube couplers typically involve visual examination for any visible defects such as cracks, surface irregularities, or corrosion. Additionally, dimensional measurements are taken to ensure the couplers meet the required specifications. Non-destructive testing methods, such as ultrasonic or magnetic particle testing, may also be employed to detect any internal flaws or defects that are not visible to the naked eye. The couplers are further inspected for proper thread engagement and tightness to ensure their functionality and reliability.
Q:How do steel tube couplers affect the overall aesthetics of a scaffolding structure?
Steel tube couplers do not have a direct impact on the overall aesthetics of a scaffolding structure. They are primarily functional components that provide strength and stability to the scaffolding system. The aesthetics of a scaffolding structure are typically influenced by other factors such as the design, materials, and finishes used, rather than the couplers themselves.
Q:In the town to invest fastener steel scaffolding rental needs of how large
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Q:Are steel tube couplers suitable for scaffolding projects involving overhead power lines or utilities?
No, steel tube couplers are not suitable for scaffolding projects involving overhead power lines or utilities. As steel is a conductor of electricity, it poses a significant risk of electrocution if it comes into contact with live wires. In such cases, non-metallic or insulated couplers should be used to ensure safety.
Q:How do steel tube couplers prevent accidental disconnection or separation of scaffolding tubes?
To prevent accidental disconnection or separation of scaffolding tubes, steel tube couplers are employed. These couplers offer a secure and reliable connection between the tubes. Their design tightly grips the tubes, ensuring they remain locked in place, even when subjected to heavy loads or external forces. The prevention of accidental disconnection is primarily achieved through the strong and sturdy construction of steel tube couplers. These couplers are typically crafted from high-quality steel, guaranteeing excellent strength and durability. Their design incorporates a tight-fitting mechanism that firmly grasps the tubes, eliminating any potential movement or separation. Moreover, steel tube couplers often employ a threaded or bolted connection, further enhancing their ability to prevent accidental disconnection. This type of connection necessitates the use of tools like wrenches or spanners to tighten the bolts or screws, thereby securing a tight fit. This additional level of security eliminates the possibility of unexpected loosening or detachment of the couplers from the scaffolding tubes. Additionally, steel tube couplers are frequently equipped with safety features such as safety pins or clips. These supplementary elements provide an extra layer of protection against accidental disconnection. By inserting safety pins or clips through the coupler and tube, any movement or separation is effectively prevented, even if the coupler slightly loosens. In conclusion, steel tube couplers are specially designed to ensure the safety and stability of scaffolding structures by preventing accidental disconnection or separation of the tubes. Through their robust construction, threaded or bolted connection, and incorporation of safety features, these couplers offer a strong, secure, and dependable connection.
Q:Are there any specific guidelines for the safe use of steel tube couplers in scaffolding systems with chemical hazards?
Yes, there are specific guidelines for the safe use of steel tube couplers in scaffolding systems with chemical hazards. When working with scaffolding in environments where there are chemical hazards present, it is important to consider the following guidelines: 1. Material Selection: Choose steel tube couplers that are resistant to the specific chemicals present in the environment. Consult with the manufacturer or supplier to ensure that the couplers are suitable for use in the particular chemical environment. 2. Regular Inspections: Conduct regular inspections of the steel tube couplers to identify any signs of corrosion or damage caused by chemical exposure. Corrosion can weaken the integrity of the couplers, compromising the safety of the scaffolding system. 3. Proper Cleaning and Maintenance: Clean the steel tube couplers regularly to remove any chemical residues that may have accumulated. Follow the manufacturer's recommended cleaning procedures and use appropriate cleaning agents that are compatible with the chemicals present in the environment. 4. Personal Protective Equipment (PPE): Ensure that workers using the scaffolding system wear appropriate PPE, such as gloves, goggles, or protective clothing, to protect themselves from potential chemical splashes or contact. 5. Training and Awareness: Provide adequate training to workers on the potential hazards associated with working in a chemical environment and the specific safety precautions to be followed when using steel tube couplers in scaffolding systems. Workers should be aware of the chemicals present, their potential effects, and the safe handling procedures. 6. Emergency Procedures: Establish and communicate emergency procedures in case of chemical spills or leaks. Workers should know how to safely evacuate the area and report any incidents to the appropriate authorities. By following these guidelines, the safe use of steel tube couplers in scaffolding systems can be ensured in environments with chemical hazards, minimizing the risks to workers and maintaining a safe working environment.
Q:How do steel tube couplers prevent tubes from sliding vertically?
Steel tube couplers prevent tubes from sliding vertically by providing a secure and tight connection between two or more tubes. These couplers typically consist of a threaded sleeve that is tightened around the tubes, effectively locking them in place and preventing any vertical movement.

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