Itw Buildex 560164 Threaded Rod Anchor 3/8 Inch Steel

Product Description

The ITW BUILDEX 560164 is a zinc-plated steel threaded rod anchor designed for vertical, end-drilled mounting into concrete and masonry substrates. Measuring 3/8 inch in diameter and 1.5 inches in length, this anchor provides a rated ultimate pullout strength of 2,810 pounds, making it a reliable fastener for suspended threaded rod installations in structural and mechanical applications. The zinc plating provides corrosion resistance suitable for interior and light-duty exposed environments. Each package contains 25 anchors. This anchor is installed by licensed contractors, ironworkers, and mechanical trades working on pipe hangers, strut systems, and equipment supports.

The 560164 is suited for residential and commercial construction where threaded rod must be anchored overhead or into a vertical concrete or masonry face. Common applications include HVAC equipment hangers, electrical conduit supports, plumbing pipe strut systems, and general structural fastening into poured concrete or CMU block. The end-drilled configuration accepts standard threaded rod inserted directly into the anchor body after installation in the drilled hole.

Key Features

• 2,810 lb ultimate pullout strength for reliable load-bearing performance
• 3/8 inch diameter end-drilled body accepts standard threaded rod
• 1.5 inch anchor length for concrete and masonry embedment
• Zinc-plated steel construction for corrosion resistance
• Vertical mount orientation for overhead and wall-face rod installations
• Packaged in quantities of 25 per unit

Compatibility

Designed as an OEM-style replacement and standard-fit anchor for use with 3/8 inch threaded rod in concrete and masonry substrates.

Installation Notes

Installation is performed by qualified contractors using a rotary hammer drill sized to the anchor manufacturers specified hole diameter for the 3/8 inch anchor body. The substrate must be clean and free of loose material before anchor insertion. Consult applicable building codes and anchor load tables before specifying for life-safety or seismic applications. Do not exceed the rated ultimate pullout load, and apply an appropriate safety factor per project engineering requirements.