scaffolding forged swivel coupler

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Loading Port:
Nanjing
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TT OR LC
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1000 pc
Supply Capability:
30000 pc/month
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German style drop forged swivel coupler

 

1.size:48.3mm

 

2.weight:1.3kg

 

3.Material: Q235/225/345

 

4.surface :self-color / zinc plate / electro galvanized / HDG or painted

 

5.Standard: EN74 ,BS1139

 

6.Anti-rust ,skidproof ,high breaking strength

 

7.Durable finish, reliability, low maintenance, corrosion resistance, robust construction and high tensile strength 

 

8. OEM serice is available

 

SPECIFICATIONS:

1 MATERIAL:Q235

2 SWIVEL AND DOULE RIGHT ANGLE COUPLER

3 DROP FORGED AND PRESSED

4 BS1139 AND EN74 STANDARD

5 SIZE:48.3*48.3MM

6 PRESSED AND DROP FORED SWIVEL AND FIXED COUPLER/PUTLOG COUPLER/SLEEVE COUPLER/INNER CONNECTOR/BEAM COUPLER ETC.

Pressed swivel coupler 1.02kg  galvanized/ hot dipped galvanized

Q:
Yes, there are specific safety guidelines for using steel tube couplers in scaffolding. Firstly, it is important to ensure that the couplers used are of high quality and meet the required standards. They should be properly manufactured and fit for purpose. It is recommended to use couplers that have been tested and approved by relevant authorities or organizations. Secondly, it is crucial to inspect the couplers before use. This includes checking for any signs of damage, wear, or corrosion. If any defects are found, the couplers should be replaced immediately. Additionally, it is essential to properly secure the couplers to the scaffold tubes. This can be done by fully tightening the bolts or clamps as per the manufacturer's instructions. Loose or improperly secured couplers can result in instability and pose a safety risk. Furthermore, when erecting scaffolding with steel tube couplers, it is important to follow the manufacturer's guidelines and industry best practices. This includes ensuring that the scaffold is properly braced, level, and plumb, and that the correct number and type of couplers are used to provide adequate support and stability. Regular inspections and maintenance of the couplers and scaffolding are also necessary to ensure ongoing safety. This includes checking for any signs of damage, wear, or movement, and addressing any issues promptly. In summary, specific safety guidelines for using steel tube couplers in scaffolding include using high-quality couplers, inspecting them before use, properly securing them to scaffold tubes, following manufacturer's guidelines, conducting regular inspections and maintenance, and adhering to industry best practices. By following these guidelines, the risk of accidents or failures can be minimized, ensuring a safe working environment for those using the scaffolding.
Q:I had my industrial pierced since about december, so coming up a year. After a new piercing yeah I played with a lot but only out of habit. Twisted it and pushed it back and forth. It never fully healed but did heal 95%. My cartilage has turned soft and very flexible and its worrying me incase it gets worseWill it return to it's normal state?What has caused this?Will it get worse?Also I have taken it out now as I'm bored of it, how can I heal the wholes? And also the first piercing and the ball or the bar has left like an imprint on my cartilage? Will this disappear..Any advice would do! Thanks!Any sarcastic comment's - go jump of a bridge :)
It seems such as you have a contaminated piercing website. you may get a doctor to examine this as there may be a concern. Are you optimistic that the kit that grow for use to pierce your ears have been thoroughly clean? If no longer, you have gotten an infection from it. wish that this enables:)
Q:
Steel tube couplers used in scaffolding near areas with high levels of airborne contaminants or pollutants require specific guidelines to ensure safe use. It is crucial to prioritize the health and safety of workers in such environments. To achieve this, the following measures should be taken: 1. Conduct a thorough risk assessment to identify potential hazards associated with airborne contaminants or pollutants present in the area. This assessment should consider the type, concentration, and toxicity of the contaminants. 2. Select steel tube couplers that resist corrosion and deterioration caused by the specific contaminants in the environment. Use high-quality materials that can withstand exposure to airborne pollutants. 3. Regularly inspect the steel tube couplers to detect any signs of corrosion, deterioration, or damage that could compromise their integrity. Replace any couplers showing wear and tear or unsuitable for use. 4. Implement appropriate protective measures to minimize workers' exposure to airborne contaminants. This includes providing suitable personal protective equipment (PPE) like respirators, gloves, and protective clothing. Promote proper hygiene practices such as hand and face washing after work. 5. Provide comprehensive training to workers regarding the potential hazards associated with working in areas with high levels of airborne contaminants or pollutants. Train them on the correct use of PPE and safe work practices to reduce exposure risks. 6. Ensure the scaffolding area has adequate ventilation to decrease the concentration of airborne contaminants. This can be achieved through the use of fans, air purifiers, or positioning the scaffolding in areas with better air quality. 7. Regularly clean and maintain the scaffolding equipment, including the steel tube couplers, to prevent the accumulation of contaminants that could compromise their structural integrity. 8. Comply with all relevant safety regulations, standards, and guidelines set by local authorities and regulatory bodies. Adhere to any additional specific guidelines provided for working with scaffolding in areas with high levels of airborne contaminants. By adhering to these guidelines, employers can minimize the risks associated with using steel tube couplers in scaffolding near areas with high levels of airborne contaminants or pollutants, ensuring the safety and well-being of workers.
Q:
Steel tube couplers ensure proper alignment and stability in scaffolding structures with multiple angles or corners through their unique design and functionality. These couplers are designed to connect and secure steel tubes or pipes in various configurations, allowing for the creation of stable scaffolding structures in any required shape or angle. One essential feature of steel tube couplers is their ability to provide a strong and reliable connection between the tubes. Each coupler consists of two halves that are joined together using bolts or other fastening mechanisms. This connection ensures that the tubes remain firmly in place and do not move or shift under the weight of the scaffold or any external forces. Moreover, steel tube couplers are designed to accommodate tubes at different angles or corners. They have a flexible design that allows for easy adjustment and connection of tubes at various angles, ensuring the scaffolding structure can be constructed with precision and accuracy. This flexibility enables scaffolding to be erected in complex or irregular shapes, such as around corners or on uneven surfaces, while maintaining stability and alignment. Additionally, steel tube couplers are made of high-strength steel, which provides excellent durability and load-bearing capacity. This material ensures that the couplers can withstand the weight and pressure exerted on the scaffolding structure, even when it is subjected to dynamic loads or adverse weather conditions. The strength of the couplers contributes to the overall stability and safety of the scaffolding, minimizing the risk of accidents or structural failure. In conclusion, steel tube couplers play a crucial role in ensuring proper alignment and stability in scaffolding structures with multiple angles or corners. Their strong and reliable connections, flexible design, and high-strength material enable the construction of stable scaffolding in various shapes and angles, providing a safe working environment for workers and ensuring the integrity of the structure.
Q:
Steel tube couplers are generally resistant to impact or collision due to their strong and durable nature. These couplers are designed to provide a secure connection between steel tubes, such as in scaffolding or structural applications. They are manufactured using high-quality steel, which offers excellent strength and toughness. Steel tube couplers are designed to withstand heavy loads and external forces, making them highly resistant to impacts or collisions. They are commonly used in construction and industrial settings, where there is a higher risk of accidental impact or collision. Furthermore, steel tube couplers undergo rigorous testing and quality control procedures to ensure their reliability and safety. They are manufactured to meet or exceed industry standards, which include impact resistance requirements. This ensures that the couplers can withstand accidental impacts without compromising their structural integrity. However, it is important to note that the resistance to impact or collision may vary depending on the specific design and quality of the steel tube couplers. It is always recommended to choose couplers from reputable manufacturers and suppliers, who provide certified products that have been tested for impact resistance. In summary, steel tube couplers are generally resistant to impact or collision due to their strong and durable construction. They are designed to withstand heavy loads and external forces, making them suitable for use in construction and industrial applications. However, it is crucial to select couplers from reliable sources and ensure they meet industry standards for impact resistance.
Q:
Yes, steel tube couplers can be used for both single and multi-level scaffolding structures. Steel tube couplers are versatile and can be easily attached to various types of scaffolding tubes, enabling them to be used in different configurations and adapt to the needs of single or multi-level scaffolding structures.
Q:
To ensure the absence of defects or damage in steel tube couplers, a systematic and detail-oriented approach is required. The following steps outline the process of inspecting steel tube couplers: 1. Conduct a visual inspection: Begin by visually examining the coupler for any visible defects or damage. Look out for cracks, fractures, dents, or deformations. Additionally, pay attention to the surface condition, as rust or corrosion may indicate potential issues. 2. Clean the coupler: Before proceeding with further inspection, clean the coupler using an appropriate cleaning agent to eliminate any dirt, grease, or debris that could hinder the inspection process. This will provide a clear view of the coupler's surface. 3. Implement Non-Destructive Testing (NDT): Employing various NDT techniques can offer a more comprehensive inspection. Common NDT methods include magnetic particle testing (MT), liquid penetrant testing (PT), ultrasonic testing (UT), and radiographic testing (RT). These techniques are capable of detecting cracks, internal defects, or irregularities that may not be visible to the naked eye. 4. Perform dimensional inspection: Precise measurements are crucial in assessing the integrity of steel tube couplers. Utilize precision measuring tools such as calipers, micrometers, or gauges to check dimensions such as inner and outer diameters, length, and thickness. Compare these measurements against the manufacturer's specifications. 5. Verify load capacity: Steel tube couplers are designed to withstand specific loads. Confirm that the coupler's load capacity aligns with the intended application. Additionally, ensure that the coupler has not been exposed to excessive loads or damage that could compromise its strength. 6. Document the findings: Record all inspection findings, including any defects or damage encountered during the process. This documentation serves as a future reference and aids in proper record-keeping. It is important to emphasize that the inspection of steel tube couplers should ideally be carried out by experienced personnel who possess knowledge of coupler specifications and inspection techniques. Regular inspections and maintenance are necessary to guarantee the safe and reliable performance of steel tube couplers.
Q:
Yes, steel tube couplers are compatible with scaffolding boards and platforms. Steel tube couplers are commonly used in the construction industry to connect and secure steel tubes used in scaffolding systems. These couplers are designed to provide a strong and reliable connection between the steel tubes, ensuring stability and safety on the scaffold. Scaffolding boards and platforms can be easily attached to the steel tubes using these couplers, allowing for a secure and stable working surface. Additionally, steel tube couplers are versatile and can be used with various sizes and types of scaffolding boards and platforms, making them compatible with different scaffolding systems.
Q:
Steel tube couplers prevent tubes from bending under load by providing a secure connection between two tubes. These couplers are designed to fit tightly around the ends of the tubes and are typically fastened using bolts or other mechanical means. The couplers distribute the load evenly across the connected tubes, ensuring that the weight or force applied to one tube is transferred to the other without causing bending or deformation. By creating a strong and rigid connection, the couplers effectively prevent the individual tubes from bending under load. Furthermore, the design and material of steel tube couplers contribute to their ability to prevent bending. They are typically made of durable and rigid steel that can withstand high loads and resist deformation. This strength and rigidity help to maintain the structural integrity of the tubes and prevent them from bending or buckling. Overall, steel tube couplers play a crucial role in ensuring the stability and strength of connected tubes by preventing them from bending under load. Their secure connection and sturdy construction distribute the load evenly, maintaining the integrity of the tubes and preventing any potential bending or deformation.
Q:
Standard tube sizes are typically used with steel tube couplers, which adhere to industry standards and dimensions. These couplers are made to securely connect scaffolding tubes. Using non-standard tube sizes with steel tube couplers can be problematic and potentially unsafe. The couplers may not fit properly on the non-standard tubes, resulting in a weak connection that could compromise the stability and structural integrity of the scaffolding system. It is always recommended to use couplers specifically designed and manufactured for the tube sizes being used in a scaffolding system. This ensures a proper fit, secure connection, and compliance with safety regulations. If non-standard tube sizes are being used, it is advisable to consult with a scaffolding expert or engineer for guidance and to obtain compatible couplers for the unique tube sizes.

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