Best Roofing Nails for Shingles: A Comprehensive Guide to Durable Results
Choosing the right nails for shingles affects roof longevity, ease of installation, and long-term performance. This guide highlights five top Amazon options that cover galvanized, stainless, and coil nails suitable for asphalt shingles, felt, and related roofing materials. Each product is evaluated for holding power, corrosion resistance, and practical installation considerations across typical American environments.
Summary of selected products
| Product | Brand | Size / Type | Material | Notable Feature |
|---|---|---|---|---|
| Swpeet 1-1/4 Inch Galvanized Roofing Nails | Swpeet | 1-1/4″ round-head; felt nails | Galvanized steel | 300 pieces; easy hammer-in design |
| Hillman Fasn-Rite 2″ Roofing Nails | Hillman | 2″ x 11 gauge | Electro galvanized | Simple-to-use kit format |
| Fas-N-Tite 1-3/4″ Hot Dipped Galvanized Nails | Fas-n-Tite | 1-3/4″ | Hot dipped galvanized | 5 lb box; broad, secure head |
| BHTOP 1080 Coil Roofing Nails | BHTOP | 1″ x .120″; 15° coil | Electro galvanized | Huge 1080-count package |
| Tandefio Stainless Roofing Nails | Tandefio | 1-3/4″ | 304 stainless steel | Rust-resistant for exterior use |
These selections reflect common shingle installation needs in the United States, including weather exposure, treated lumber considerations, and the variety of nailers and hammers homeowners and professionals may use. The list prioritizes corrosion resistance, holding power, and compatibility with standard shingle and felt applications.
Swpeet 1-1/4 Inch Galvanized Roofing Nails
- 300 pieces included; length 1-1/4 inch (30 mm)
- Galvanized steel for improved corrosion resistance
- Round and flat head with a pointed tip; regular lines along the rod
- Designed for fastening roofing felt, asphalt shingles, and insulation boards
- Easy to install with a hammer; suitable for everyday roofing tasks
Hillman Fasn-Rite Roofing Nails
- 2″ length; 11 gauge for strong fastenings
- Electro galvanized coating for corrosion resistance
- Fasn-Rite series; designed for roofing applications
- Easy and straightforward use; suitable for general roofing projects
- Manufactured in China
Fas-N-Tite 1-3/4″ Roofing Nails
- 1-3/4 inch length; hot dipped galvanized coating
- Wide, flat head for a secure bearing surface
- Suitable for shingles, insulation boards, and felt-to-wood framing
- Exterior applications recommended; compatible with treated lumber
- Commonly used in roofing installations requiring robust fastening
BHTOP 1080 Coil Roofing Nails
- 1080 nails per box; 9 rolls of 120 nails each
- 15-degree coil nails; round head with a wire-weld collated finish
- Smooth shank; electro galvanized coating
- 1 inch length; .120 inch diameter shank
- Designed for roofing material and rough nailing tasks
Tandefio Stainless Roofing Nails
- 304 stainless steel for rust resistance
- Approximately 1-3/4 inches in length; robust construction
- Shank diameter about 0.083 inches; head diameter about 0.236 inches
- Comes in a 2-pound box; suitable for shingles and siding projects
- Low magnetism due to cold rolling and polishing processes
Buying Guide
Key purchase considerations
Choosing the right roofing nails hinges on material, length, gauge, and head design. Galvanized nails offer solid corrosion resistance for exterior exposure, while stainless steel provides superior longevity in salty or highly damp environments. Length and gauge should match the roofing material and substrate to ensure a secure hold without splitting the deck or shingles.
Material and corrosion resistance
For most shingle jobs, electro-galvanized or hot-dipped galvanized nails provide dependable protection against moisture-driven rust. Stainless steel nails last longer in particularly corrosive climates (coastal areas or near roads treated with salts). When choosing stainless, ensure the price-to-performance fit aligns with the project scale and budget.
Length, gauge, and shank design
Length should be sufficient to penetrate the roofing substrate without risking through-holes in the underside. Common shingle applications use nails around 1-1/4″ to 2″ depending on shingle thickness and underlayment. Gauge (11–12) affects holding power, while a smooth shank reduces friction during driving. A wider head spreads load for a more secure seat on thick shingles or composite materials.
Coil nails vs. box/solo nails
Coil nails (often 15° or 16°) are optimized for use with pneumatic nailers, enabling rapid installation on larger roofs. Box nails or individual nails can be driven with a hammer for smaller jobs or where a nailer is not available. Coiled nails reduce reload frequency but require compatible tools and careful alignment to prevent jams.
Head design and bearing surface
A wide, flat head distributes pressure across the shingle surface and reduces the risk of nailing through the underside. Round heads are common for felt and roofing nails, but a larger head behind the shingle tends to resist pull-out better in high-wind zones. Consider head shape in relation to shingle type and fastener pattern recommended by manufacturers.
Environmental fit and application
Coastal or humid regions benefit from corrosion-resistant coatings, while treated lumber requires nails safe for exterior wood to avoid chemical interactions. For cedar or softwoods, use nails with appropriate shank design to minimize splitting and to maintain a clean, durable installation over time.
Tool compatibility and installation workflow
A nail gun can dramatically speed up installation on large roofs, but ensures correct depth of drive to avoid shallow seating or over-penetration. If hand-driving, choose nails with smooth shanks and heads that won’t snag or bend easily. Always follow the shingle manufacturer’s fastener recommendations for best results.
Value and package sizing
Packages vary from small boxes to large coil counts. For occasional repairs, smaller packs may suffice, but for full roof installations, large coils with consistent nail quality reduce trip counts and maintain steady productivity. Consider storage conditions as nails exposed to moisture can corrode if not protected.