The difference between anti fall lifeline and ordinary steel wire rope

There are significant differences between anti fall lifelines and ordinary steel wire ropes in multiple aspects:

1. * * Purpose * *: Ordinary steel wire ropes are usually used for lifting, towing, and lifting operations, while anti fall lifelines are mainly used as protective devices to prevent workers from falling.

2. * * Structure * *: Ordinary steel wire rope is mainly composed of steel wire and lubricating oil, which is relatively simple. The anti fall lifeline is more complex, including steel wires, protective sleeves, fixing devices, and other accessories to ensure its functionality.

3. * * Strength and load-bearing capacity * *: Ordinary steel wire ropes mainly consider load-bearing capacity, while anti fall lifelines need to consider strength such as tensile and torsional resistance in addition to load-bearing capacity.

4. * * Safety Performance * *: The anti fall lifeline is specially designed and manufactured to ensure reliable protection in extreme situations. Ordinary steel wire ropes do not have this safety guarantee.

5. * * Certification and Standards * *: The anti fall lifeline needs to comply with stricter safety standards and be certified by relevant organizations. Ordinary steel wire ropes may not have such certification and standard requirements.

6. * * Usage Environment * *: Ordinary steel wire ropes are suitable for various environments, while anti fall lifelines are more commonly used in high-risk workplaces, such as construction sites or high-altitude operations.

7. * * Maintenance and lifespan * *: Due to differences in usage and structure, the maintenance methods and expected lifespan of anti fall lifelines and ordinary steel wire ropes also differ.

In summary, there are significant differences between anti fall lifelines and ordinary steel wire ropes in terms of usage, structure, strength, safety performance, certification standards, usage environment, and maintenance. When selecting and using, these factors should be fully considered to ensure safety.