When choosing coil nails, many buyers pay close attention to nail diameter, length, surface treatment, and tensile strength. However, the nail point is another small but important detail that can have a real impact on driving performance.
In the pallet, woodworking, and wood packaging industries, Blunt Point and Diamond Point are two common nail point designs. So, what is the actual difference between them?
In simple terms, the main difference is how they enter the wood. Diamond Point is more focused on cutting and penetrating the wood fibers, while Blunt Point is designed to enter the wood by compressing and displacing the fibers.
Diamond Point is one of the most widely used point designs for coil nails. Its relatively sharp geometry allows the nail to penetrate wood efficiently, making it suitable for high-speed pneumatic and automatic nailing applications.
It is commonly used for wooden pallets, crates, construction timber, and general woodworking. When working with relatively thick or hard wood, Diamond Point can provide strong and direct penetration, which is particularly useful for high-speed pallet production where large quantities of nails need to be driven continuously.
However, there is another side to the story.
Because Diamond Point is sharper, it tends to cut through some of the wood fibers as the nail enters the material. When the wood is thin, dry, or when the nail is driven close to the edge, this cutting action may increase the possibility of wood splitting if the nail specification and driving conditions are not properly matched.
Blunt Point takes a different approach.
Instead of relying on a sharp tip to cut through the wood fibers, a Blunt Point tends to compress and displace the fibers as the nail enters the material. This can help reduce the risk of splitting in applications where wood protection is particularly important.
This characteristic can be especially valuable in pallet manufacturing.
A wooden pallet may require a large number of coil nails during production. If the boards split around the nail locations, it can affect not only the appearance but also the integrity of the connection and the overall quality of the pallet.
For thin boards, dry timber, or applications where nails need to be driven close to the edge, Blunt Point can therefore offer a practical advantage.
So, from a basic working principle, we can think of the two designs this way: Diamond Point focuses more on penetration efficiency, while Blunt Point focuses more on reducing damage to the wood fibers.
But does this mean Blunt Point is always better than Diamond Point?
Not at all.
The nail point is only one part of the overall nail performance. Nail diameter, nail length, steel strength, wood species, moisture content, board thickness, pneumatic pressure, and driving speed can all affect the final result.
For example, the same 2.5 mm coil nail may perform differently in different types of wood. A point design that works very well in softer timber may behave differently in harder or drier wood. This is why choosing the right nail should always start with the actual application rather than the nail point alone.
For pallet manufacturers, the real question is not simply “Which point is better?” but rather “Which point is better for my wood, nail specification, and production process?”
If the priority is fast penetration and efficient high-speed driving, Diamond Point remains a proven and widely used option. If wood splitting is a recurring concern, especially with thin boards, dry timber, or edge nailing, Blunt Point is worth considering.
From a manufacturing perspective, good coil nail design is not about making the point as sharp as possible. It is about finding the right balance between penetration, wood protection, holding performance, and production efficiency.
A nail point may look like a small detail, but when thousands of nails are used every day on a pallet production line, small details can make a real difference.
The right nail point is not necessarily the sharpest point. It is the point that works best for the application.
Post time: Sep-02-2026