Summer Sale Lanyard 6 Ft. Shock Absorber, Rebar Hooks, Double Leg. Price Crushed By 60% [83t2BAZ5]

Lanyard with Shock Absorber and Rebar Hooks

The Lanyard with Shock Absorber and Rebar Hooks is a versatile and durable safety solution designed for various applications. This 6ft. double leg lanyard is equipped with a shock absorber, providing additional safety in case of a fall. The yellow webbing and blue color shock pack not only enhance visibility but also add a professional touch to your work gear. With a 2¼" hook and steel rebar hooks on both sides, this lanyard is ideal for use in construction, maintenance, and other industrial environments. Its Y-shaped design ensures maximum flexibility and comfort while on the job.

Product Specifications and Technical Details

This high-quality lanyard is constructed with Polyester webbing, offering a width of 0.98 inches for added strength and durability. The stitching thread is made from high-tenacity polyamide, providing robustness and resistance to wear. The metal components, including the steel snap hook and rebar hooks, are made from medium carbon steel, zinc-plated for corrosion resistance, and finished with shot blasting. This lanyard meets or exceeds ANSI Z359.13-2013 standards, ensuring compliance with the highest safety standards. With a vital test compliance of static strength at 22.2 kN for 2 minutes and dynamic strength up to 8 kN, this lanyard is a reliable choice for personal protection.

Practical Applications and Benefits

Whether you are working at height or in a confined space, the Lanyard with Shock Absorber and Rebar Hooks offers a reliable safety solution. Its double leg design provides two points of attachment, ensuring maximum safety during work. The shock absorber reduces the force of a fall, minimizing the risk of injury. With a weight of 3.85 lbs., this lanyard is easy to carry and wear for extended periods. Ideal for professionals in construction, mining, and maintenance industries, this lanyard is an essential tool for ensuring a safe work environment.