Value Collection TEB-LS126-050BX Lag Shield Anchor

Product Description

The VALUE COLLECTION TEB-LS126-050BX is an alloy steel lag shield anchor designed for securing lag screws into masonry substrates such as concrete, brick, and block. With a 0.5 inch diameter and a minimum embedment depth of 3 inches, this anchor expands as the lag screw is driven, creating a firm mechanical hold in the base material. It is a standard choice for tradespeople who need a reliable fastening solution in solid masonry applications where direct threading or adhesive anchors are not appropriate.

This lag shield anchor is suited for both residential and light commercial applications where lag screws must be fastened into concrete or masonry walls, floors, and foundations. Typical installation scenarios include mounting equipment supports, pipe hangers, conduit straps, brackets, and structural attachments to masonry surfaces. The 0.5 inch thread size matches standard 0.5 inch lag screws, making it compatible with widely available fastener stock carried by most tradespeople.

Key Features

• Alloy steel construction provides strength and resistance to deformation during installation
• 0.5 inch diameter fits standard 0.5 inch lag screws
• 3 inch minimum embedment depth ensures adequate holding power in masonry substrates
• Expansion-style design creates a mechanical lock as the lag screw is tightened
• Suitable for concrete, brick, and masonry block applications

Compatibility

Designed as an OEM-style replacement and standard fitment anchor for use with 0.5 inch lag screws in masonry and concrete substrates.

Installation Notes

Installation is typically performed by electricians, plumbers, pipefitters, or general contractors working with masonry substrates. Before installation, drill a correctly sized hole to the required depth using a hammer drill and masonry bit, then clear debris from the hole before inserting the anchor. Drive the lag screw into the anchor until snug, allowing the shield to expand and grip the surrounding masonry. Always follow applicable building codes and fastener manufacturer torque guidelines when securing structural or load-bearing attachments.