3M Pro™ Elastic Shock-Absorbing Lanyard - 6ft Durable Safety Gear with Rebar Hook & Snap Hooks for Height Work

The 3M Pro™ Elastic Shock-Absorbing Lanyard is engineered for professionals who work at heights, providing essential safety features and functionality. This lanyard is 6 feet long and constructed from high-quality polyester, which enhances its durability and resistance to wear and tear, making it suitable for various job sites. Key Features: - Elastic Design: The lanyard is stretchable, allowing it to react dynamically to the user's movements. This feature promotes broad mobility and helps minimize the risk of tripping or snagging, enhancing overall safety on the job. - Shock Absorption: The energy-absorbing design effectively limits the forces experienced during a fall, increasing user safety. The integrated PVC shock pack assists in this capacity, providing an additional layer of safety during fall incidents. - Heavy-Duty Attachments: It features a user-friendly self-locking snap hook at one end and a self-locking steel rebar hook at the other. These hooks facilitate secure attachment to various anchor points, ensuring that the user maintains connection without compromising safety. - Durability: Constructed of abrasion-resistant polyester webbing, the lanyard is designed to withstand the rigors of demanding work environments. The durability of the materials helps maintain performance over time, even under challenging conditions. - Impact Indicator: This lanyard is equipped with an impact indicator, which provides a visual cue as to whether the lanyard has been subjected to a fall. This feature is critical for determining the usability of the equipment after an incident. - Versatile Applications: The 3M Pro™ lanyard is suitable for general use and bucket truck applications, catering to a diverse range of professions, from construction workers to utility technicians. In summary, the 3M Pro™ Elastic Shock-Absorbing Lanyard offers a combination of elasticity, durability, and safety features, making it a practical choice for professionals engaged in height work. Its design and construction are focused on enhancing both user mobility and safety, helping to ensure that workers are less exposed to fall hazards.