STEEL PIPE TUBE SCAFFOLDING

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Loading Port:
China Main Port
Payment Terms:
TT OR LC
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Quick Details

Thickness:
0.5 - 20 mm


Outer Diameter:
20 - 660 mm
Place of Origin:
TIA,Tianjin China(Mainland) China (Mainland)
Secondary Or Not:
Non-secondary
Application:
Structure Pipe,fluid pipe, oil pipe, gas pipe
Technique:
ERW
Certification:
BV
Surface Treatment:
painting
Special Pipe:
Thick Wall Pipe
Alloy Or Not:
Non-alloy
color:
black
certificate:
ISO9001
Key word:
black steel pipe
Thicknss tolerance:
-/+3%
Payment:
T/T L/C
pipe end:
plained end or bevelled end
Packaging Detail:
in bundles,knit bags, plywood box and so on
Grade:
20#,A53(A,B),A106(B,C),A333,St37,St52,Q235,Q345,Q195,10#-45#,A53-A369,ST35-ST52,Q195-Q345
Standard:
BS 1387,BS EN10025,BS 4568,BS EN 39,BS EN10217,GB/T 3091-2001,ASTM A106-2006,ASTM A53-2007,BS,GB,ASTM

Packaging & Delivery

Packaging Detail:1) Bundle, 2) In Bulk 3) Bags 4) Clients' Requirements
Delivery Detail:within 10-15 days after receipt deposit or irrevocable LC

Specifications

black scaffolding steel tube
1. OD: 21.3mm---------219.1mm
Thickness: 1.0mm-------10mm
2. Length: 5.

First: Company introduce

We are Professional manufacturer for GALVANIZED PIPE,ERW SQUARE HOLLOW SECTION,BLACK PIPE.

Founded on May 1st,2005,situated in Xizhaizhuang Town Industrial Estate,Tianjin..Thanks to good quality and a great veriety,our products are very popular among new and old customers and are export to such regions and countries as Southeast Asia and Middle East.


Second: Product Information

Black steel pipe/tubes

1. OD: 20mm-----219mm  WT:2.0mm----10mm

2. Tolerance: Thinckness,+/-0.05mm; Length,+/-10mm

3.Material: S235JR

4.Standard: ASTM/BS/GB/DIN

5.Surface: Varnish

6.Moq: 5ton

7. Usage: Greenhouse,Scaffold,highway,bridge

8.Payment:30%T/T advance+70%upon presentig shipping documents.

9. Trade Terms: CFR,CIF,FOB

Third: Size

Stock erw steel pipe

O.D (inch)

W.T.(mm)

1/2

1.4--2.75

3/4

1.4--2.75

1

1.4--3.5

1-1/4

1.4--3.5

1-1/2

1.4--3.75

2

1.4--4.0

4

1.4--5.75

5

1.4--7.75

6

1.4--7.75

8

2.75--11.75



Q:
Indeed, scaffolding projects with specific weight capacity requirements can make use of steel tube couplers. These couplers are frequently employed in scaffolding systems to interconnect steel tubes, thereby furnishing stability and reinforcement. They are purposefully constructed to endure substantial loads and possess weight capacity ratings tailored to their design. Consequently, it is crucial to meticulously choose the couplers that satisfy the weight capacity prerequisites of the scaffolding project. Furthermore, it is imperative to regularly inspect and maintain the couplers to secure their enduring robustness and dependability.
Q:
Steel tube couplers are typically reusable.
Q:
Yes, steel tube couplers are adjustable for different angles in scaffolding with limited headroom. They can be rotated and tightened to accommodate various angles, ensuring flexibility and adaptability in tight spaces.
Q:
The common materials used to manufacture steel tube couplers for scaffolding are typically high-quality steel alloys. These alloys are chosen for their strength, durability, and ability to withstand heavy loads and harsh environments. Some of the commonly used steel alloys include carbon steel, stainless steel, and alloy steel. Carbon steel is often utilized for its affordability and strength, while stainless steel is preferred for its corrosion resistance. Alloy steel, on the other hand, is a combination of different metals to enhance specific properties such as strength or heat resistance. The specific material chosen for manufacturing steel tube couplers may vary depending on factors such as the intended application, load-bearing requirements, and environmental conditions. It is essential to use high-quality materials to ensure the safety and reliability of scaffolding structures.
Q:
Indeed, there exist specific guidelines for the secure utilization of steel tube couplers in scaffolding in close proximity to regions with excessive noise or vibrations. When operating in such areas, it is of utmost importance to guarantee the stability and integrity of the scaffold structure. Here are a few recommendations to adhere to: 1. Opt for appropriate steel tube couplers: Carefully select couplers that are specifically designed for scaffolding purposes and have the ability to withstand high levels of noise or vibrations. Ensure that they meet the necessary safety standards and have been approved for usage in such conditions. 2. Perform a risk assessment: Prior to setting up the scaffold, evaluate the levels of noise and vibrations in the area. Identify potential hazards and assess the structural requirements based on these factors. 3. Employ robust scaffolding materials: Choose high-quality steel tubes that can endure excessive noise and vibrations without compromising the scaffold's integrity. Verify that the tubes are in good condition and receive proper maintenance. 4. Secure the connections: Guarantee that all couplers are securely fastened and locked in place. Regularly inspect the connections to detect any indications of loosening or movement caused by noise or vibrations. Strengthen the connections if necessary. 5. Consider additional stabilization measures: In regions with excessive noise or vibrations, it may be necessary to provide additional stabilization to the scaffold. This can involve utilizing diagonal braces or tie-ins to enhance the structure's stability. 6. Train workers and supply appropriate PPE: Educate workers about the potential risks associated with noise and vibrations and provide them with adequate training on safe working practices. Additionally, ensure that workers have access to suitable personal protective equipment (PPE) to minimize exposure to excessive noise or vibrations. 7. Monitor noise and vibration levels: Implement a monitoring system to regularly assess and measure the noise and vibration levels in the vicinity of the scaffold. This will aid in identifying any changes or potential risks that may require adjustments to the scaffold setup. By adhering to these guidelines, scaffolding near areas with excessive noise or vibrations can be securely utilized, ensuring the stability and safety of both the structure and the workers involved.
Q:
Using steel tube couplers in scaffolding requires specific training. Occupational safety and health organizations like OSHA regulate scaffolding work in most countries, including the United States. These organizations typically mandate specialized training for individuals working with scaffolding and steel tube couplers. The training requirements for using steel tube couplers in scaffolding may differ depending on the jurisdiction and specific tasks involved. However, some common training elements include: 1. Fundamental Scaffolding Training: This training covers the basics of scaffolding, including different systems, components, safe assembly and disassembly, load capacities, stability, and fall protection. 2. Coupler Installation and Usage: Specific training is necessary for correctly attaching and securing couplers to scaffolding tubes, ensuring proper alignment and load distribution. 3. Inspection and Maintenance: Proper inspection and maintenance of scaffolding, including couplers, are crucial for safety. Training may include identifying common issues and defects in couplers, as well as routine maintenance tasks. 4. Fall Protection: Since falls from scaffolding pose significant risks, training on fall protection measures is typically included. This involves proper use of personal protective equipment, such as harnesses and lanyards, and the importance of using guardrails or other fall prevention systems. Employers are responsible for providing this training to their workers and ensuring their competence in safely performing scaffolding tasks. Proper training is essential for individuals using steel tube couplers in scaffolding to minimize the risk of accidents, injuries, and fatalities.
Q:Do you have to be a certain age to get an scaffold ear piercing?
Legally? Not typically (some states have limits like 13 or 14 for body piercing in general last I checked, but that was years ago). But if you're under 18, you will need parental consent. This is a US answer btw, if you live somewhere else, answers will vary. But anywhere you go, piercers can and do set their own age limits within the confines of the law. The easiest way to find out for sure is to ring up a few shops and ask. Oh, personal warning. Scaffolding/Industrial is a really difficult piercing to heal. Extremely prone to problems like hypertrophic scarring and long healing times (mine took about a year and a half; I had problems with it). Not telling you not to get the piercing, just that this is something to be aware of before hand.
Q:
Yes, steel tube couplers can be used in scaffolding projects involving overhead cranes or lifting equipment. Steel tube couplers are designed to securely connect scaffolding tubes, providing stability and load-bearing capacity. They are commonly used in construction and industrial settings where heavy loads are involved.
Q:
There are several types of steel tube couplers, including sleeve couplers, swivel couplers, and internal expansion couplers. Sleeve couplers are the most common type and are used to connect two tubes end-to-end. Swivel couplers allow for a 360-degree rotation and are used to connect tubes at different angles. Internal expansion couplers, on the other hand, are used to join tubes by expanding a tapered insert inside the tubes to create a secure connection.
Q:
Steel tube couplers are an integral part of scaffolding systems, as they allow for the secure connection of steel tubes or pipes to create a stable and sturdy structure. These couplers are designed to provide a strong and reliable connection between tubes, ensuring the safety of workers who rely on scaffolding for various construction or maintenance activities. The working principle of steel tube couplers is relatively simple yet effective. The couplers consist of two main components: a main body and bolts. The main body is typically made of high-quality steel and is designed to fit around the ends of two tubes, creating a secure joint. The bolts are used to fasten the main body tightly around the tubes, ensuring a tight and secure connection. To use steel tube couplers, the first step is to ensure that the ends of the tubes are clean and free from any debris or rust. This is essential to promote a strong connection and prevent any weakening of the structure due to corrosion. Once the tubes are prepared, the main body of the coupler is placed around the ends of the tubes, ensuring a snug fit. Next, the bolts are inserted through the holes in the main body and tightened using a wrench or spanner. This tightening process ensures that the coupler grips tightly onto the tubes, creating a rigid and secure joint. It is important to tighten the bolts sufficiently to prevent any movement or slippage, but not overtighten them, as this can cause damage to the tubes or coupler. Once the coupler is securely fastened, it provides a connection that can withstand significant loads and forces. This allows for the construction of scaffolding structures that can support workers, tools, and materials at various heights. The couplers also enable flexibility in the design and layout of the scaffolding system, as they can be easily adjusted or rearranged to accommodate different requirements or configurations. Overall, steel tube couplers play a crucial role in scaffolding systems by providing a robust and reliable connection between tubes. Their simple yet effective design ensures the stability and safety of scaffolding structures, allowing workers to carry out their tasks with confidence.

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