Hillman Fasteners 461803 Masonry Nail 2 Inches 6 Oz

Product Description

The HILLMAN FASTENERS 461803 is a 2-inch fluted shank masonry nail packaged in a 6-ounce quantity. The fluted shank design increases holding power by displacing and locking into masonry material as the nail is driven. These nails are intended for fastening wood, furring strips, and similar materials directly to concrete, block, or brick surfaces. They are installed by electricians, plumbers, carpenters, and general contractors who need a reliable mechanical fastener for masonry substrates without the need for anchors or adhesives.

Fluted shank masonry nails are commonly used in light commercial and residential construction for securing bottom plates, conduit strapping, and wood nailers to concrete floors or block walls. The 2-inch length suits typical applications where penetration depth into the masonry base needs to be sufficient for a secure hold through a standard-thickness material. This package contains 6 ounces of nails and is sold in packs of 5 packages per unit of measure.

Key Features

• 2-inch length suited for fastening through furring strips and plates into masonry
• Fluted shank increases mechanical grip within concrete, block, and brick
• 6-ounce package format allows easy jobsite portioning and storage
• Sold in a pack of 5 packages for larger quantity needs
• Compatible with standard masonry nail hammers and hammer-drive tools

Compatibility

Designed as a standard fluted shank masonry nail for use in concrete, cinder block, and brick fastening applications common in residential and light commercial construction.

Installation Notes

Masonry nails are driven using a steel hammer or a specialized masonry nail gun rated for hardened fasteners. Always wear eye protection when driving masonry nails, as spalling and nail fragments can occur. Ensure the masonry substrate is free of voids or cracks at the fastening point to achieve full holding strength. Follow applicable building codes for fastener spacing and load requirements when securing structural or semi-structural members.