Choosing the right roofing nails is essential for long-lasting durability, especially in harsh climates. This guide highlights top 316 and 304 stainless steel nails designed to resist corrosion, reduce splitage, and secure roofing materials effectively. Each product below includes key features and how they contribute to secure, lasting roof installs in American homes.
The table below summarizes five highly reliable options, focusing on stainless steel composition, shank design, lint and head features, and typical applications. Use this quick reference to compare suitability for your project needs and local conditions.
| Product | Material | Shank | Head | Notable Feature |
|---|---|---|---|---|
| Simpson T6SN71 Shake & Shingle Nail | 316 Stainless | Annular Ring | Checker Pattern | Secure, minimal wood splitting |
| Simpson T6PCS1 Fiber-Cement Siding Nail | 316 Stainless | Annular Ring | Checker Pattern | Easy driving, secure finish |
| Simpson S310ARN1 Roofing Nail | 304 Stainless | Annular Ring | Flat Head | Strong bearing surface |
| Simpson T4SND1 Wood Siding Nail | 316 Stainless | Annular Ring | Checker Pattern | Reduces cupping |
| S510ARN5 Roofing Nail | 304 Stainless | Annular Ring | Flat Head | Additional withdrawal resistance |
Simpson Strong-Tie T6SN71 Shake and Shingle Nail
The T6SN71 uses 316 stainless steel to resist corrosion in exposed roofing environments. Its annular ring shank delivers improved withdrawal resistance, helping secure shakes and shingles against wind uplift. The slender shank minimizes the risk of splitting substitute materials, while the checker head pattern blends with wood finishes and accepts surface coatings. A reliable option for cedar and other wood shake installations with a need for long service life.
Simpson Strong-Tie T6PCS1 Fiber-C Cement Siding Nail
Designed for fiber-cement siding, the T6PCS1 combines 316 stainless steel with an annular ring shank for superior withdrawal resistance. The checker-pattern head helps the fastener sit flush and reduces glare, while the diamond point eases driving through dense substrates. This nail is suitable for long-lasting siding installations where corrosion resistance and a clean finish are priorities.
Simpson Strong-Tie S310ARN1 Roofing Nail
The S310ARN1 uses a 304 stainless steel body with an annular ring shank for strong, lasting attachment to wood members and roof decks. The large, flat head provides an ample bearing surface to secure roofing materials firmly. Guidance notes suggest ensuring correct nail length for slate or heavier materials, supporting durable performance across varied roof types.
Simpson Strong-Tie T4SND1 Wood Siding Nail
The T4SND1 delivers 316 stainless steel with a checker-pattern head to minimize glare and match wood grain. Its annular ring shank boosts withdrawal resistance, reducing cupping in siding installations. The diamond point aids driving through tougher siding boards, making it a pragmatic choice when finishing exterior claddings under challenging conditions.
Simpson Strong-Tie S510ARN5 Roofing Nail
The S510ARN5 combines a flat head with an annular ring shank and 304 stainless steel to deliver robust uplift resistance for roofing decks and slate components. The nail’s longer length supports deeper attachment points, while its stainless composition provides corrosion resistance in exposed locales. This is a practical option for slate and heavy roofing assemblies requiring substantial holding power.
Grip Rite Prime Guard Max MAXC62873 1-1/4-Inch Coil Roofing Nail
This 304 stainless steel coil roofing nail features a ring shank and a corrosion-resistant profile tailored for coil applications. The MAXC62873 is designed for speed and consistency in large installations, providing reliable withdrawal resistance while maintaining a lower driving effort due to its coil format. It suits asphalt shingles and related roofing substrates that demand steady performance in mass applications.
1 1/4″ Ring 304SS Coil Roofing Nails 1,200ct
This 1,200-nail carton of 304 stainless steel coil nails offers high corrosion resistance and a ring shank for superior holding power. With a 0.120″ shank and 3/8″ head, these nails are designed for broad compatibility with roofing materials, including shingles, felt, and certain fiber-cement applications. They meet common industry specs and are suitable for ACQ-treated lumber in addition to standard substrates.
Buying Guide
- Material and corrosion resistance: For exterior roofs in coastal or humid regions, prioritize 316 stainless steel; for general high-corrosion risk environments, 304 stainless is often sufficient.
- Shank design: Annular ring shanks provide better withdrawal resistance and reduce loosening over time, especially in wooden decks and sheathing.
- Head style and bearing surface: A flat head or large bearing surface distributes load more evenly and helps prevent material damage or cupping in siding and shingles.
- Point type: Diamond or diamond-like points ease driving through tough substrates and reduce the effort required during installation.
- Coil vs. cut nails: Coil nails are beneficial for speed on large projects, while cut nails may offer more precise placement in tight or sensitive materials.
- Nail length and gauge: Match length to substrate thickness and roof type. For shingles and slate, ensure nails penetrate adequately without over-penetration that could cause leaks.
- Nailer compatibility: Confirm your nailer model accepts coil or strip nails and the specific length and shank required for your project.
- Code and warranty considerations: Check local building codes and manufacturer warranties to ensure the nails meet required standards for your roof system.
Overall, selecting a stainless steel roofing nail with an annular ring shank, a durable head, and a tip designed for easy driving helps ensure a secure, long-lasting roof installation. For projects involving slate, fiber-cement siding, or treated lumber, verify compatibility with your substrate and local environmental conditions to optimize performance and longevity.