Grip-rite DIB255411 Aluminum Roofing Nail

Product Description

The GRIP-RITE DIB255411 is an aluminum roofing nail designed for securing roofing materials to structural decking. Aluminum construction resists corrosion in outdoor and moisture-prone environments, making it a reliable choice for roofing applications where galvanic reaction with certain materials is a concern. This nail is sold individually and is suited for use by roofing contractors and skilled trades professionals working on residential or light commercial roofing projects. Its aluminum composition helps prevent staining on roofing surfaces that can occur with steel fasteners over time.

This roofing nail is used in typical roof installation and repair scenarios, including the fastening of asphalt shingles, felt underlayment, and similar roofing materials to wood decking. It is appropriate for residential roofing work where code or manufacturer specifications call for aluminum fasteners. Roofing contractors and general contractors performing re-roofing or new construction applications will find this fastener suitable for standard field use.

Key Features

• Aluminum construction resists corrosion and prevents staining on roofing surfaces
• Suitable for fastening asphalt shingles, underlayment, and similar roofing materials
• Sold as an individual unit with a minimum order quantity of one
• Lightweight material reduces risk of galvanic corrosion when used with aluminum flashing or trim

Compatibility

Designed as an OEM-style replacement and standard fastener for residential and light commercial roofing applications using wood decking substrates.

Installation Notes

Roofing nails of this type are installed by roofing contractors using a hammer or pneumatic roofing nailer. Always follow local building codes and roofing material manufacturer fastener specifications for nail length, gauge, and spacing. Ensure the roof deck is structurally sound before fastening. Do not overdrive nails, as this can compromise the holding strength and damage roofing materials.