The Dayton Superior T6B Brace Anchors are 3/4" diameter coil inserts designed for secure and efficient bracing of tilt-up panels. Engineered for seamless integration into rebar mats, these anchors come with a pre-installed bolt, ensuring quick and hassle-free installation directly on the job site.
Key Features & Benefits:
Pre-installed Bolt with Integrated Washer: This feature significantly speeds up installation, reducing labor time and potential for lost components.
Optimal Coil Penetration: Requires a minimum coil penetration of 2-1/4" for secure and stable anchorage within the concrete.
Enhanced Concrete Integrity: Features plastic-tipped feet and a serrated locator cap. This innovative design minimizes stress concentrations, effectively reducing the risk of concrete cracking outside the cap area during panel lifting and bracing.
Precise Placement: The coil insert is strategically positioned 1-3/16" from the top of the panel, ensuring accurate and consistent brace attachment.
ACI 318 Compliance for Critical Placements: For edge or corner distances under 12", concrete capacity is adjusted in strict accordance with American Concrete Institute (ACI) 318 guidelines, ensuring structural integrity and safety.
Robust Construction: With a 3/4" diameter and 8-1/4" length, these anchors provide superior strength for tilt-up panel bracing. The 0.262" wire diameter further enhances their exceptional stability and long-term durability.
High Load Capacity: Rated for a safe working load of 3,000 lbs in tension, providing reliable performance for demanding tilt-up applications.
Cost-Effective Packaging: Each case contains 50 anchors, making them ideal for large-scale projects where efficiency and cost-effectiveness are paramount.
Industry Standard Compliance: Designed to meet and exceed American Concrete Institute (ACI) standards, these anchors guarantee reliable and consistent performance across a wide range of concrete applications, giving you peace of mind.
The T6B Brace Anchors are an indispensable component for any tilt-up construction project, offering a combination of ease of use, robust performance, and adherence to critical safety standards.