Value Collection 2TFMAS1 Masonry Nail 2 in 9 Gauge

Product Description

The VALUE COLLECTION 2TFMAS1 is a 9-gauge masonry nail designed for fastening into concrete, block, and other masonry substrates. The fluted shank increases friction and pull-out resistance once driven, making it well-suited for anchor points in structural and general construction applications. Built from Grade 2 steel with an uncoated finish, this nail measures 2 inches in overall length. It is installed by skilled trades and general contractors who require a reliable, hardened fastener for masonry work.

This masonry nail is used in residential and light commercial construction wherever a fastener must penetrate or secure materials to concrete, block, or brick. Common applications include fastening wood plates to concrete floors, securing furring strips to masonry walls, and general rough-in carpentry on concrete substrates. The fluted shank pattern is a standard profile for driven masonry nails across these install scenarios.

Key Features

• 9-gauge wire diameter provides adequate body strength for masonry fastening
• Fluted shank increases pull-out resistance in driven applications
• Grade 2 steel construction for reliable hardness when driven into masonry
• Uncoated finish suitable for interior and dry-environment installations
• 2-inch overall length fits standard plate and furring-strip fastening tasks

Compatibility

Designed as a standard-profile driven masonry nail compatible with pneumatic or hammer-driven installation into concrete, block, and brick masonry substrates.

Installation Notes

Masonry nails are driven by carpenters and general contractors using a hammer or pneumatic tool rated for hardened fasteners. Always wear eye protection when driving masonry nails, as fractures or ricochets can occur on contact with aggregate. Verify that the substrate is free of voids or cracks before driving to ensure full shank engagement. Uncoated fasteners are best suited for interior or protected applications where prolonged moisture exposure is not expected.