Value Collection C83041 Lag Shield Anchor 3/4 in 3 in

Product Description

The VALUE COLLECTION C83041 is a lag shield anchor designed for securing lag screws into masonry substrates such as concrete, brick, and block. The anchor measures 3/4 inch in diameter and 3 inches in overall length, and it accepts a 1/2-6 thread lag screw. Constructed from Zamak alloy, it expands against the wall of a drilled hole as the lag screw is driven in, creating a secure mechanical hold. This type of anchor is a standard fastener for tradespeople mounting equipment, pipe supports, conduit straps, and structural brackets to masonry surfaces.

Lag shield anchors are used in residential and commercial applications wherever a threaded lag screw must be anchored to a masonry base material. Common install scenarios include HVAC equipment mounting, plumbing pipe support brackets, electrical panel strut anchoring, and general structural attachment to concrete or brick walls. This anchor is sized for medium-duty load applications consistent with its 3/4 inch diameter and 3 inch length. Sold in a package quantity of 25 anchors.

Key Features

• Zamak alloy construction provides corrosion resistance and consistent expansion performance in masonry
• 3/4 inch diameter fits standard 3/4 inch drilled masonry holes
• 3 inch overall length for adequate embedment depth in concrete, brick, or block
• Accepts 1/2-6 thread lag screws for a secure mechanical connection
• Package quantity of 25 anchors suits jobsite and multi-point installation needs

Compatibility

Designed for use with 1/2-6 thread lag screws in masonry base materials including poured concrete, concrete block, and brick. Verify base material condition and minimum embedment depth requirements before installation.

Installation Notes

Installation is typically performed by licensed tradespeople including HVAC technicians, plumbers, and electricians as part of equipment or support anchoring to masonry. Drill the masonry hole to match the anchor diameter using a hammer drill and carbide-tipped bit, then clear dust from the hole before inserting the anchor flush with or slightly below the surface. Drive the lag screw into the anchor using appropriate torque for the application load requirements per applicable building codes. Always follow local building codes and manufacturer installation guidelines for minimum edge distance and anchor spacing.