Shank Types:
Smooth shank roofing nails are the most common ones. Used for framing and general construction applications. They can offer enough holding power for most use.
Ring shank roofing nails prevent them from being removed as easily as smooth shank nails. Ring shank nails are often used in softer types of wood where splitting is not an issue.
Spiral shank nails are generally used in hard wood to prevent splitting while the fastener is being driven. The fastener spins while being driven (like a screw) which creates a tight groove that makes the fastener less likely to back out.
Paper tape framing nails are specialized fasteners commonly used in framing applications in construction with high efficiency.
Material: Steel or stainless steel, providing strength and durability for structural framing work.
Shape: These nails are typically round or clipped head nails with a diamond point for easy penetration.
Paper Tape: The nails are collated by a paper tape, allowing for easy loading into a nailer and reducing the risk of jams.
Usage: Specifically designed for framing applications such as attaching studs, joists, and rafters in residential and commercial construction.
Features: Paper tape framing nails may have a variety of coatings like galvanized or coated for enhanced resistance to rust and corrosion. Hot-dip galvanized framing nails are generally used for outdoor projects where the nails for framing are exposed to sun shine, rain and snow.
Sizes: We offer a selection of paper strip nails in various degrees, lengths and diameters and shanks to accommodate various applications.
Application: Suitable for carpenters and contractors who require efficient and reliable solutions for structural framing projects. The paper tape collation improves nail gun performance by reducing downtime due to jams and misfires, increasing productivity.
Paper collated framing nails are essential fasteners for secure and efficient fastening of structural framing elements in construction projects, offering convenience, reliability, and durability.