• Coupler Bolt Clamp Bolt Eye Bolt Scaffolding British Type for Sale System 1
  • Coupler Bolt Clamp Bolt Eye Bolt Scaffolding British Type for Sale System 2
  • Coupler Bolt Clamp Bolt Eye Bolt Scaffolding British Type for Sale System 3
Coupler Bolt Clamp Bolt Eye Bolt Scaffolding British Type for Sale

Coupler Bolt Clamp Bolt Eye Bolt Scaffolding British Type for Sale

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
1000 kg
Supply Capability:
100000 kg/month

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Coupler Bolt Clamp Bolt Eye Bolt Scaffolding British Type for Sale


Description


1.The scaffolding coupler is always used to connect the steel pipe as scaffolding system.

2.The often used coupler is swivel coupler and righ angle coupler .

3.We can provide types of scaffolding coupler according to your requirement.

4.Couoler can fix the 48.3mm scaffolding steel pipe tightly and make the whole scaffolding system more steadily.

5.Material:Q235 steel

6.Overall Size:48.3mm*48.3mm

7.Surface Finish: Galvanized/ Painted

8.Standard:BS1139,EN74

9.Package:25pcs/bag

10.Manufactuering as per customer requirements

Coupler Bolt Clamp Bolt Eye Bolt Scaffolding British Type for Sale


Feature


(1)Excellent Anti-Breaking—Cold Pressed Steel

(2)Outstanding Resistance Deformation

(3)Strong Anti-Dropping Ability

(4)Longtime USe

(5)Qualtity Guaranteed

(6)OEM Service



Photo


Coupler Bolt Clamp Bolt Eye Bolt Scaffolding British Type for Sale

Coupler Bolt Clamp Bolt Eye Bolt Scaffolding British Type for Sale

Coupler Bolt Clamp Bolt Eye Bolt Scaffolding British Type for Sale

Parameter



MaterialQ235,345steel
Size48.3mm*48.3mm
Surface finishGalvanized
Weight1.1kg around
StandardBS1139,EN74
Package25pcs/bag,steel pallet
Manufacture
As per customer requirement
MarketAfrica, South America, the Middle East and Asia



FAQ


Q: Are you a factory or trading company?    

We are a state-owned corporation in China,dealing with various kinds of building materials.We have our holding subsidiaries.

Q: Where is your factory located? How can I visit there?    

Our factory is located all around China.

Q: Can I get some samples?    

Sample is free, customer only pay freight for the first time. 

Q: Delivery?

10-30days. (5-15 containers)



Any question,feel free to contact us.


Q: How do steel tube couplers prevent corrosion or deterioration of scaffolding connections over time?
To prevent corrosion or deterioration of scaffolding connections over time, steel tube couplers rely on a combination of material selection, design features, and protective measures. To start with, steel tube couplers are typically crafted from high-quality steel alloys that are resistant to rust and corrosion. These alloys, such as galvanized or stainless steel, possess inherent properties that allow them to withstand harsh environmental conditions like moisture, chemicals, or extreme temperatures. As a result, the couplers maintain their structural integrity and durability. Moreover, the design of steel tube couplers plays a pivotal role in preventing corrosion or deterioration. Engineers ensure that these couplers create a tight and secure connection between scaffolding tubes, leaving no room for gaps or openings through which moisture or corrosive agents could seep in. By establishing a sealed connection, the couplers effectively ward off water, oxygen, and other corrosive substances that might lead to rust or deterioration over time. Additionally, steel tube couplers often incorporate protective measures to boost their resistance to corrosion. A common method involves applying a galvanized coating, which entails adding a layer of zinc to the coupler's surface. This zinc coating acts as an extra barrier against corrosion and serves as a sacrificial layer, corroding before the underlying steel does. Consequently, the lifespan of the coupler is extended. Regular maintenance and inspection are also vital in preventing corrosion or deterioration of steel tube couplers and scaffolding connections. This entails examining the couplers for any signs of damage or wear, addressing areas with chipped or damaged coatings, and promptly replacing couplers that exhibit significant corrosion or structural compromise. In conclusion, the prevention of corrosion or deterioration in scaffolding connections is achieved through the thoughtful selection of corrosion-resistant materials, the establishment of tight and sealed connections, the implementation of protective coatings, and the diligent practice of maintenance. These measures ensure the longevity and reliability of the couplers throughout the lifespan of the scaffolding system, thereby promoting safety and durability in construction projects.
Q: What are the weight limits for steel tube couplers in scaffolding applications?
The weight limits for steel tube couplers in scaffolding applications vary depending on factors such as the type and size of the coupler, the thickness of the steel tube, and the specific regulations and standards followed by the scaffolding industry. It is important to consult the manufacturer's guidelines and adhere to industry best practices to ensure safe and proper usage of steel tube couplers in scaffolding applications.
Q: How do steel tube couplers affect the overall durability and lifespan of a scaffolding system?
Steel tube couplers play a crucial role in enhancing the overall durability and lifespan of a scaffolding system. These couplers not only provide a secure connection between the tubes but also ensure structural stability and strength. By securely joining the steel tubes, they prevent any movement or displacement, minimizing the risk of accidents and collapses. Additionally, steel tube couplers are highly resistant to corrosion and weathering, which further enhances the longevity of the scaffolding system.
Q: Are steel tube couplers resistant to vibrations or dynamic loads in scaffolding applications?
Yes, steel tube couplers are generally resistant to vibrations and dynamic loads in scaffolding applications. Steel is known for its high strength and durability, making it an ideal material for couplers used in scaffolding. These couplers are designed to securely connect steel tubes together, providing a stable and safe structure for workers. They are engineered to withstand various forces, including vibrations and dynamic loads that may occur during construction activities. Additionally, steel tube couplers undergo rigorous testing and meet industry standards to ensure their performance and safety. Overall, steel tube couplers are reliable and effective in withstanding vibrations and dynamic loads in scaffolding applications.
Q: Are there any specific guidelines for using steel tube couplers in scaffolding systems that need to accommodate different heights or elevations?
Using steel tube couplers in scaffolding systems that need to accommodate different heights or elevations requires specific guidelines. Adhering to these guidelines is crucial for the safety and stability of the structure. 1. Proper selection of steel tube couplers: It is important to choose couplers that are suitable for the size and type of scaffolding tubes being used. Ensure that the couplers are compatible with the scaffold tubes and meet the necessary standards and regulations. 2. Determining load capacity: Calculate the maximum load capacity of the scaffolding system based on the height and elevation changes. Consider the weight of workers, tools, and materials to be used on the scaffolding. This will aid in selecting appropriate couplers and ensuring the scaffolding can safely support the intended load. 3. Planning the structure: Create a detailed plan for the scaffolding structure, taking into account the different heights and elevations. Consider the number and positioning of couplers required to provide stability and support at each connection point. Use adjustable couplers to accommodate any height adjustments. 4. Ensuring proper alignment: Accurately align the scaffolding tubes when connecting them with couplers. This will guarantee a secure and stable connection. Use a spirit level or plumb line to check the vertical alignment of the scaffold tubes. 5. Ensuring tight connections: Securely fasten the couplers to the tubes. Properly tighten all bolts and nuts to prevent any movement or slippage. Regularly inspect the connections during construction to ensure they remain tight. 6. Providing additional bracing: Add stability to the scaffolding system by installing additional bracing, such as diagonal braces or tie bars. These braces help distribute the load and prevent any swaying or movement of the structure. 7. Regular inspections: Regularly inspect the scaffolding system to identify any issues or potential hazards. Check the couplers and connections for signs of wear, damage, or looseness. Immediately repair or replace any faulty components. By following these guidelines, steel tube couplers can be effectively used to construct scaffolding systems with different heights or elevations. Adhering to recommended safety practices and regulations is essential to ensure the well-being of workers and prevent accidents or structural failures.
Q: As in the steel material to hold up structures. Slogans, marketing ideas...any help gratefully received!
We Keep You Holding On Look, Ma; No Hands!
Q: Construction technology of fastener steel pipe scaffold safety technical specifications 2011 and 2001 how to download
Wall insulation is an important part of home insulation work, divided into two kinds of external wall insulation and internal wall insulation, interior wall insulation works much smaller than the external wall insulation, there are four: 1
Q: Are there any specific guidelines for the safe use of steel tube couplers in scaffolding near overhead power lines?
Steel tube couplers used in scaffolding near overhead power lines have specific guidelines for safe use. To prevent accidents and ensure the well-being of workers, it is crucial to adhere to safety regulations. Consider the following guidelines: 1. Prioritize a thorough risk assessment: Conducting a comprehensive risk assessment is essential before beginning work near overhead power lines. This assessment should identify potential hazards and determine necessary precautions to minimize risk. 2. Maintain a safe distance: Ensuring a safe distance between the scaffolding and overhead power lines is vital. The specific distance may vary based on local regulations, but typically a minimum of 3 meters (10 feet) is recommended. 3. Employ insulating materials: Using insulating materials when working near power lines can provide an additional layer of protection. Insulating sleeves or caps should be utilized on steel tube couplers that come into close proximity to power lines. 4. Provide adequate training for workers: It is crucial that all workers involved in scaffolding near overhead power lines receive proper training on potential risks and safety procedures. They should be familiar with safe practices and understand the importance of adhering to guidelines. 5. Establish a safe system of work: Implementing a safe system of work is necessary, including clear instructions and procedures for working near power lines. This system should be communicated to all workers and regularly reviewed to ensure everyone understands their responsibilities. 6. Utilize warning signs and barriers: Erecting warning signs and physical barriers in the scaffolding area can effectively alert workers and the public about the presence of overhead power lines. These barriers should be easily visible and prevent unauthorized access to the work area. 7. Coordinate with power companies: Coordinating with local power companies before beginning work near overhead power lines is crucial. They can provide valuable information regarding line voltage, safety requirements, and additional precautions that must be taken. 8. Conduct regular inspections: Regular inspections of the scaffolding, steel tube couplers, and other equipment should be carried out to ensure they remain in good working condition. Any signs of damage or wear should be promptly addressed to maintain safety. By following these specific guidelines, workers can minimize the risks associated with scaffolding near overhead power lines and create a safe working environment. It is important to note that local regulations and guidelines may vary, so consulting relevant authorities or safety experts for precise information is advisable.
Q: a 617 N window washer is standing on a scaffold supported by a vertical rope at each end. The scaffold weighs 385 N and is 4.48m long. Assume the window washer stnads 1.06m from the left end.What is the tension of the rope on the right?What is the tension of the rope on the left?Answer in units of N.
Set up a net moment equation. To find the tension in the rope on the right use the spot where the left rope connects to the scaffold as rotation point. Then it's just force times distance for the rope and the man and the net moment will be zero. For the the left end use the right side as your rotation point. Tr (x1) + Wm(x2) = 0 Tr = Tension in right rope x1 = length of board Wm = Weight of man x2 = man's distance from left rope.
Q: Can steel tube couplers be used in scaffolding projects that involve working on fragile or sensitive surfaces?
When working on delicate or sensitive surfaces in scaffolding projects, it is important to take extra precautions to avoid causing damage. To achieve this, one option is to utilize protective materials like rubber or foam pads, which can be placed between the steel tube couplers and the surface. This will provide a cushioning effect and prevent any direct contact or scratching. Another approach is to use adjustable or adjustable base plates, which help evenly distribute the weight of the scaffolding, thus minimizing the risk of surface damage. Regular inspection of the scaffolding and necessary adjustments should also be carried out to ensure stability and prevent harm to the fragile or sensitive surfaces. In summary, while steel tube couplers may be used in such projects, careful planning, assessment, and implementation are essential to minimize any potential impact or damage to these delicate surfaces.

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