The D351 Taper-Lock End Anchor Discs simplify rebar splicing in areas where rebar congestion prevents the use of long lap splices or large diameter hooked rebar. The D351 Taper-Lock End Anchor Discs can be used for end anchoring, stirrup replacements, continuous splicing, and heavy anchorage of light standards and other signage.
Technical Data Sheets
D351 - Taper-Lock® End Anchor (US) Tech Data Sheet
Enhance your construction projects with Dayton Superior D351 Taper-Lock End Anchor Discs. These innovative discs simplify rebar splicing, address congestion issues, and are essential for builders focused on improving structural integrity and efficiency.
Features and Benefits
Taper-Lock Technology
The D351 features cutting-edge taper-lock technology, ensuring a secure connection between rebar sections. It reduces the need for large lap splices or hooked rebar, alleviating congestion and boosting on-site efficiency.
Ease of Use
Installing the D351 is straightforward, saving time and labor costs. Its intuitive design streamlines complex rebar splicing, requiring minimal team training.
Versatility
These adaptable discs are ideal for end anchoring, replacing stirrups, continuous splicing, and providing strong anchorage for light standards and signage. Their versatility meets diverse project needs, delivering solutions for multiple scenarios.
Applications
The D351 Taper-Lock End Anchor Discs excel in various applications. They provide solid foundations in tight spaces, replace stirrups, enable continuous splicing in congested areas, and serve as dependable anchors for light standards and signage.
Technical Specifications
- Material: Constructed from high-strength steel for durability and reliability
- Dimensions: Designed to accommodate standard rebar sizes
- Load Capacities: Supports significant loads, ensuring safety and performance
Choose Dayton Superior D351 Taper-Lock End Anchor Discs for your next project to benefit from their innovative, reliable, and versatile features. Simplify construction tasks, enhance structural integrity, and easily reduce rebar splicing time!
