lifeline

Working Principle The rope relies on its fiber braided structure to distribute tensile force, enabling it to bear the weight of a person or heavy objects. When used with a self-locking device or a descent control device, it utilizes a friction damping structure to control the descent speed of the rope, limit falling acceleration, and prevent rapid falls that could cause injury. Both ends of the rope are securely anchored to building walls, tripods, or fixed anchor points using safety hooks. In the event of a fall, the entire rope absorbs the impact force, transferring the falling load to the fixed points, preventing the person from hitting the ground and completing protection and rescue operations. Application Fields 1. High-rise emergency escape: When trapped in a high-rise building during a fire, the rope is fixed and used to slowly descend from a window to evacuate the building. 2. High-altitude work protection: Used for exterior wall cleaning, curtain wall construction, and tower maintenance, where the rope is tied to prevent falls from heights. 3. Confined space rescue: In deep wells, foundation pits, or culverts where people are trapped, the rescue rope is used to lower rescuers or lift trapped individuals. 4. Fire rescue and emergency response: In building collapses, landslides, or water-edge scenarios, the rope is used for personnel traction, search and rescue, and to set up rope pathways for transporting the injured. 5. Outdoor and industrial mining scenarios: Used in mountain exploration and rescue, underground mining anchoring protection, and tower crane fall prevention and positioning.