Exo Complete, Concrete Surfaces, 70623,70611,70697,70696,70701,70546

From The ESS Team

Why Choose the EXO Complete Concrete Surface Fall Protection Kit?

• One-Stop Shop for Safety: This kit eliminates guesswork and wasted time by including everything you need for fall protection on concrete surfaces. It features a variety of anchors (possibly wedge anchors based on size reference 70623), perfect for secure installation in concrete. The kit also includes a D-ring (possibly size 70697) for attaching your lanyard and carabiners (possibly sizes 70696 and 70701) to connect your fall arrest system. Depending on the specific kit variation, you might find a concrete screw (possibly size 70546) suitable for certain applications.

• Versatility for Varied Projects: This all-in-one kit caters to various concrete surface fall protection needs. It's ideal for roof work, setting up leading edge protection, establishing fall arrest systems, and securing temporary anchors directly onto concrete. Whether you're working on a new construction project or performing maintenance on existing structures, this kit offers the necessary components for a safe and compliant work environment.

• Simple Installation: The kit includes components designed for hassle-free installation on concrete. Depending on the specific anchors included, the process might involve drilling and hammering for wedge anchors or using the concrete screw for direct installation (if applicable). Clear instructions are likely included to guide you through the setup.

• Enhanced Workflow on the Job Site: Having all the necessary components readily available allows you to set up your fall protection system quickly and efficiently. This minimizes downtime and maximizes productivity on the job site. No more scrambling for individual components – the EXO kit gets you started right away, allowing you to focus on the task at hand with confidence.

• Cost-Effective Safety Solution: Purchasing the EXO Complete Concrete Surface Fall Protection Kit can offer significant savings compared to acquiring individual components.