6 FT ORANGE DBL LANYARD SM TB/SM HK leg (60")

From The ESS Team

Working at heights requires maintaining both safety and efficiency. The 6ft Double Lanyard (Orange, Small Tiebacks & Hooks) from Energy Safety Supply offers a versatile solution for construction workers, roofers, and other professionals who need to keep multiple tools secure and readily accessible.  

Why Choose the 6ft Double Lanyard (Orange, Small Tiebacks & Hooks)?

• Enhanced Drop Prevention: This double lanyard features two independent connection points, one equipped with a small hook and the other with a small tieback. This allows you to secure tools with loops or handles using the hook, and tools with carabiners or D-rings using the tieback, minimizing the risk of accidental disconnects and preventing tools from falling and potentially causing injuries or property damage.

• FME Compliant for Secure Use: This product adheres to FME (Foreign Material Exclusion) regulations. It's specifically designed for drop prevention and not for fall arrest applications, promoting safe work practices on the job site.

• Increased Worker Visibility: The bright orange color of the lanyard enhances worker visibility, especially in low-light conditions or cluttered work environments. This helps ensure they are easily seen by colleagues and minimizes the risk of accidental contact.

• Adaptable to Various Tools: The combination of small hooks and tiebacks allows for attaching a wider range of tools compared to standard double lanyards. This versatility ensures a broad range of applications, from securing hammers and screwdrivers to tools with carabiners or D-rings.

• Improved Worker Efficiency: By keeping tools readily accessible and preventing drops, this lanyard helps to minimize disruptions to workflow and promotes worker efficiency. Workers can focus on the task at hand without the need to constantly search for lost or dropped tools.

• Cost-Effective Safety Solution: Investing in a dedicated drop prevention lanyard helps prevent costly repairs or replacements of tools and equipment in the long run. Additionally, minimizing dropped object hazards can potentially reduce worker injuries and associated downtime.