CONCRETE ANCHOR STRAP 1-3/4 IN X 12FT 12IN SLEEVE LOOP AND LOOP

From The ESS Team

Ensuring a safe and secure work environment is a top priority on any construction site. Here at Energy Safety Supply, we understand the need for reliable fall protection and temporary anchoring solutions. Our 1-3/4" x 12' Concrete Anchor Strap (Loop-to-Loop) offers a user-friendly option for creating temporary anchor points in concrete pours, promoting worker safety and fall prevention.

Why Choose the Loop-to-Loop Concrete Anchor Strap?

• Versatile Fall Protection: This unique loop-to-loop design offers versatility in creating temporary anchor points. Unlike straps with D-rings, these loops allow for connecting lanyards or lifelines from various angles. This flexibility can be beneficial for applications where workers need to move freely within a designated area while remaining secured to a fall protection system.

• Simple Installation: The anchor strap is typically installed before the concrete is poured. One loop remains embedded within the concrete, while the other loop remains accessible for easy attachment of safety equipment after the concrete cures.

• Durable Construction: This anchor strap is typically built from high-strength materials like polyester webbing with reinforced loops. This ensures dependable strength and reliable performance under load, even in harsh construction environments.

• Disposable or Reusable: While some straps are designed for single-use applications, others may be reusable depending on the specific product and local regulations. Be sure to check the manufacturer's recommendations for reusability.

• Cost-Effective Solution: Concrete anchor straps offer a budget-friendly alternative to installing multiple permanent anchor points drilled into existing concrete. The ease of installation and potential for reuse contribute to its value proposition.

• Reduced Material Waste: The 12-foot length allows for covering a significant area with a single strap, minimizing the need for multiple shorter straps and reducing material waste.