Value Collection 7CUTMAS1 Masonry Nail 7D Cut Shank

Product Description

The VALUE COLLECTION 7CUTMAS1 is a 7D cut-shank masonry nail designed for fastening into concrete, block, and masonry substrates. The flat head provides broad bearing surface for secure material retention, and the cut shank increases holding power by compressing the surrounding material as it is driven. Manufactured from Grade 2 steel, this nail measures 2.25 inches in overall length. It is suited for general masonry fastening tasks in residential and light commercial construction and renovation work.

This nail is used in applications where mechanical fastening directly into masonry is required without the use of anchors or adhesives. Typical scenarios include wood sill plate attachment, furring strip installation, and framing connections to concrete or block walls. The 7D penny size and cut shank make it appropriate for hand-driving into softer masonry materials. Installation is performed by carpenters, general contractors, and skilled tradespeople working on structural and finish applications.

Key Features

• Cut shank design increases holding power in masonry substrates
• Flat head provides wide bearing surface for secure fastening
• Grade 2 steel construction for reliable strength in standard masonry applications
• 7D penny size at 2.25 inches overall length suits common masonry fastening tasks
• Compatible with hand-driving into concrete block and similar materials

Compatibility

Designed as a standard 7D cut-shank masonry nail suitable for fastening into concrete, concrete block, and similar masonry materials in general construction applications.

Installation Notes

Masonry nails are driven by carpenters and general tradespeople using a hammer or hand maul. Always wear appropriate eye protection when driving masonry nails, as spalling and nail breakage can occur. Confirm the masonry substrate is free of voids or cracks at the fastening point before driving. Do not use masonry nails as a substitute for code-required anchor systems in structural or load-bearing connections.