The Portwest twin shock absorbing lanyard, model FP25, is an essential piece of personal protective equipment for professionals who need to work safely at height. This robust twin lanyard is specially designed to effectively minimize fall risks during high-risk work on scaffolding and roofs. Thanks to the integrated shock absorber, the forces in the event of a fall are significantly reduced, ensuring optimal user protection under various challenging working conditions.
For which tasks and sectors is this twin shock absorbing lanyard most suitable?
This twin shock absorbing lanyard is highly suitable for the construction sector, scaffolding, and industrial maintenance at height. Thanks to the twin leg design, the user can move while remaining constantly secured by alternating the attachment of each hook.
The scaffold hooks feature a wide 52mm opening, allowing for quick and easy attachment to various scaffold pipes and metal structures. This makes the system extremely reliable for intensive daily use on the construction site.
Which safety standards does this Portwest twin shock absorbing lanyard meet?
This safety product meets the strict European standards EN 354 for lanyards, EN 355 for energy absorbers, and EN 362 for connectors. These certifications guarantee that the system can withstand a maximum load of 100 kilograms.
The CE certification and UKCA mark confirm that the materials have been extensively tested for tensile strength and reliability. The product has a maximum shelf life of 10 years from the date of manufacture stated on the label.
With a total length of 180 centimeters, this twin shock absorbing lanyard offers sufficient freedom of movement during work, while the compact absorber never gets in the way.
Features:
- 52mm opening on the scaffold hooks
- Shock absorbing
- Maximum rated load 100 kg
- 10-year shelf life from the date of manufacture as stated on the product label
- CE certified
- UKCA marked
- Retail bag that aids presentation for retail sales
Standards: EN 354:2010, EN 362:2004, EN 355:2002
