18" Tie Back Anchor for Weld-On Application, Steel U-Bar, With Base

From The ESS Team

Secure Fall Protection with the 18" Weld-On Tie-Back Anchor with Steel U-Bar

Maintaining a safe working environment at heights is paramount in construction, window cleaning, and various industries that rely on fall protection systems. Here at Energy Safety Supply, we offer the 18" Weld-On Tie-Back Anchor with Steel U-Bar, a dependable and user-friendly solution designed to provide a secure anchor point for your fall protection equipment.  

Why Choose the 18" Weld-On Tie-Back Anchor with Steel U-Bar?

• Enhanced Fall Protection and Safe Work at Heights: This tie-back anchor features a robust steel U-bar design that is welded directly onto a suitable structural steel support. When used in conjunction with a fall protection harness and lanyard, it provides a secure anchor point for workers performing tasks at elevated heights. This secure connection minimizes the risk of falls and ensures worker safety in compliance with fall protection standards.

• FME Compliance and Organized Work Area: Traditional methods of creating fall protection anchor points, such as using freestanding supports or drilling into existing structures, can create clutter and potential trip hazards in the work area. This weld-on tie-back anchor promotes a clean and organized work environment, aligning perfectly with Foreign Material Exclusion (FME) best practices. By eliminating loose equipment or supports, it minimizes trip hazards and promotes a safer work zone.

• Versatility for Various Applications: This tie-back anchor can be used in various fall protection applications. It's ideal for:  

   

  • Rooftops
  • Wall openings
  • Scaffolding structures
  • Elevated walkways

• Durable Construction and Long-Lasting Value: This anchor is built to withstand demanding work environments. The high-strength steel construction is designed to handle heavy loads and resist corrosion, ensuring long-term durability. The weld-on design provides a permanent and secure connection to the support structure, minimizing the need for replacements and maximizing your return on investment.