Twin Leg Adjustable Webbing Lanyard-2 Metre Twin Leg Webbing Shock Absorbing Lanyard With Adjustable Steel Snap hook

Twin Leg Adjustable Webbing Lanyard is a versatile and essential component of fall protection systems employed in various industries. This lanyard features two adjustable legs made of high-quality webbing, each equipped with a steel snaphook for attachment to harnesses and anchor points.

The key feature of this lanyard is its shock-absorbing capacity. The inclusion of a shock absorber within the webbing ensures that impact forces experienced during a fall are significantly reduced, minimizing the risk of injury to the worker.

The length of each leg is adjustable, providing flexibility to workers in different work environments. With its adjustable feature, this lanyard can be customized to suit multiple working heights and situations, enabling workers to maintain safety while performing their job tasks.

The steel snaphooks attached to each leg of the lanyard are designed to securely connect to the worker's harness and anchorage points. They are equipped with self-locking mechanisms, ensuring a reliable and strong connection.

This Twin Leg Adjustable Webbing Lanyard is manufactured to meet and exceed industry safety standards and regulations. Each lanyard undergoes rigorous testing and inspection to ensure its strength, durability, and reliability, providing workers with confidence in their fall protection equipment.

Furthermore, the lightweight and flexible webbing construction of this lanyard offers maximum comfort and ease of movement for workers. The material used in its construction is resistant to abrasion, making it suitable for demanding work environments.

In summary, the Twin Leg Adjustable Webbing Lanyard with its shock-absorbing capability and adjustable legs provides a safe and customizable fall protection solution for workers. Its high-quality construction, adjustable features, and reliable connection points make it an essential component of any comprehensive fall protection system, ensuring worker safety and well-being in elevated work environments.