Lanyards

The MILLER Kernmantel Rope Restraint Lanyard is designed to keep a person restained in a set position to prevent a fall risk from occuring, karabiner on each end. 2 metre length. Kernmantel is 2 times more resistant to abrasion than a standard rope. EN354.

The MILLER Kernmantel Rope Restraint Lanyard is designed to keep a person restained in a set position to prevent a fall risk from occuring, karabiner on each end. 1.5 metre length. Kernmantel is 2 times more resistant to abrasion than a standard rope. EN354.

The MILLER Kernmantel Rope Restraint Lanyard is designed to keep a person restained in a set position to prevent a fall risk from occuring, karabiner on each end. 1 metre length. Kernmantel is 2 times more resistant to abrasion than a standard rope. EN354.

The 1008288 MILLER Titan Work Positioning Lanyard is ideal for construction and general maintenance. Length 2M. Comes with loop and 2 twist lock karabiners. EN358.

The Miller Titan Lanyard is a 2 Metre rope shock absorbing lanyard complete with a scaffold hook and a karabiner, external shock absorber. EN354 EN355.

The Miller Titan Double Lanyard is a 2 Metre double webbing shock absorbing lanyard complete with a karabiner and two scaffold hooks, gives 100% tie off protection. EN354 EN355.

Kit designed to be used on arm elevating working platforms, for scaffoldings and various applications in the construction industry. The kit includes a harness, one single lanyard with energy absorber equipped with connectors.​ EN 361:2002​ EN 355:2002

Restraint Kernmantle Rope Lanyard length 2 mtr with a steel snap hook at one end and a steel scaffold hook at the other end. Made up of 11 mm diam polyamide kernmantle rope. Abrasion resistant thimble to protect the loops from being damaged by metallic contact.​ EN354:2010.

This lanyard is made with polyester webbing and includes an energy absorber, a self locking scaffold hook and carabiner. It is 180cm long including connectors.

Double ended lanyard featuring high quality webbing, hooks, carabiner and shock absorber. It is 180cm long including connectors.

OLYMPE - Retractable Fall Arrester with double aluminium casing and 2 webbing lanyards length 2 metres

HOPE - Energy absorbing webbing lanyard length 1.80 mtr with a steel screw-locking karabiner and a steel scaffold hook at the ends.

MILLER 1.5M RESTRAINT LANYARD C/W 2 Karabiners. The Miller product is a 12mm polyamide Rope Restraint Lanyard designed to keep a person restained in a set position to prevent a fall risk from occuring, karabiner on each end. EN354.

Miller kernmantel single restraint lanyard 2 meters with a steel twist lock karabiner and a GO55 steel scaffold hook.

This 150 cm lanyard is made from Polyester rope with two carabiners at each end. EN 358:1999, EN 354:2010.

Adjustable up to 2 m Made from 14 mm Polyamide 3 strand twisted rope (complying to ISO 1140). EN 358:1999.

Honeywell Handzup with Twistlock Karabiner and Snaphook. Specially designed for improved handling and greater comfort during work; Work/industrial fall protection safety product. Suited for both right and left-handers due to its symmetrical shape. Just a few seconds are sufficient to accurately adjust the lanyard to the perfect work positioning point. The unique design of its curved cam means the tensioner slides along the rope smoothly and in a controlled fashion.

Twin shock absorbing lanyard, Kernmantel rope, 1 x CS20 steel twistlock karabiner and 2 x GO55 steel scaffold hooks. The New Kernmantel lanyards are manufactured with a light green rope with black stripes, which are highly visible from a distance increasing safety at work, it is also 2 times more resistant to abrasion than other standard ropes. The Stitches are highly visible which facilitates the safety check before use.

Ergodyne 3102F(x) Tool Lanyard - Shock absorbing tool lanyard with carabiner on one end and detachable loop on the other end: Designed and tested to prevent falling objects and reduce the force your body sees if a drop occurs by absorbing the energy transmitted through the tool lanyard. By reducing the shock load this design prevents the tool from pulling the user down with it protecting those above as well as those below.