Understanding Coil, Collated Roofing Nails And the Benefits of Ring Shank

Dec 7, 2023 | NEWS

Roofing nails are essential components in the construction industry, specifically designed to securely fasten roofing materials. Among the various types available, coil roofing nails, collated roofing nails, and ring shank roofing nails are widely used in roofing applications.

Coil Roofing Nails: Features and Applications

Coil roofing nails are specifically designed for use in coil roofing nailers. Here are the key features and applications of coil roofing nails:

a. Coil Configuration: Coil roofing nails are collated in a coil-shaped configuration, allowing for increased nail capacity in the nailer. The coil design reduces the frequency of reloading, improving efficiency during large-scale roofing projects.

b. Easy Installation: The coil shape of the nails facilitates smooth feeding into the nailer, ensuring consistent and rapid nail placement. This simplifies the installation process, saving time and effort for roofing professionals.

c. Versatile Applications: Coil roofing nails are suitable for various roofing materials, including asphalt shingles, wood shakes, and synthetic roofing underlayments. They provide excellent holding power and are ideal for high-wind areas due to their increased resistance to pullout.

d. Reduced Jamming: Coil roofing nails are less prone to jamming in the nailer compared to other types of roofing nails. The coil configuration minimizes the risk of nail tangling or misfires, resulting in continuous and uninterrupted nail placement.

Collated Roofing Nails: Features and Applications

Collated roofing nails come in strips or plastic sheets and are compatible with pneumatic nail guns. Here are the key features and applications of collated roofing nails:

a. Strip or Sheet Configuration: Collated roofing nails are connected in strips or plastic sheets, allowing for convenient loading into a collated nail gun. The collation method ensures organized and efficient nail placement, reducing the need for frequent reloading.

b. Fast and Precise Installation: Collated roofing nails offer rapid and accurate nail placement, improving the speed and precision of roofing installations. The collated format streamlines the nail feeding process, enabling roofing professionals to work efficiently.

c. Compatibility with Nail Guns: Collated roofing nails are specifically designed for use with pneumatic nail guns, enhancing productivity and reducing manual effort. The nails are loaded into the nail gun’s magazine, ready for quick and hassle-free installation.

d. Wide Range of Applications: Collated roofing nails are suitable for various roofing materials, including asphalt shingles, fiberglass shingles, and metal roofing. They provide reliable fastening and contribute to the overall durability of the roofing system.

Roofing Nails with Ring Shank: Enhanced Stability and Durability

Roofing nails ring shank features a series of rings or spirals along the shank, providing enhanced holding power. Here are the key benefits and applications of roofing nails with ring shank:

a. Increased Withdrawal Resistance: The ring shank design significantly improves the withdrawal resistance of the roofing nails. The rings create a tighter grip within the material, reducing the risk of nails loosening or backing out over time.

b. Enhanced Wind Resistance: Roofing nails with ring shank offer superior wind resistance, making them particularly suitable for regions prone to high winds and severe weather conditions. The enhanced grip minimizes the chances of roofing materials lifting or becoming dislodged.

c. Improved Holding Power: The ring shank design increases the surface area in contact with the roofing material, distributing the load and providing better overall holding power. This ensures reliable and long-lasting attachment of the roofing materials.

d. Ideal for Steep Slopes: Roofing nails with ring shank are especially beneficial for roofs with steep slopes. The enhanced grip and holding power of these nails help prevent slippage or movement of the roofing materials on steep inclines.