When people write about hook and loop straps, we tend to think and talk about them with the material that they’re made of, or the size of it, which is important, but there’s also an often-overlooked factor that will affect the performance of a hook and loop strap: the hook density. The hook density is the number of hooks per square inch of the strap. We’ve learned at our firm, Dongsanxin, that changing the density of the hooks can make a huge difference in how straplike form of fasteners perform for different purposes.
Investigating Strap Durability & Hook Density
The strap is generally as strong as the number of hooks per square inch. So if a stretchy straps has a high hook density, it can lift heavier items and will last longer than a hook with fewer hooks to lift and wrap items. This is an important consideration in industrial applications since in that situation, straps have to survive rough conditions. But higher hook density can also result in a stiffer strap, and that isn’t always desirable.
How does hook density impact the strenght and life of a hook and loop strap
Increased hook density is generally associated with increased strength. This is due to the fact that more hooks can catch more loops, for a more stable grip. “We want something that we know will last longer and hold up when we need it most for the heavy-duty jobs in our industrial manufacturing at Dongsanxin, and so, we suggest these straps with higher hook density. But for everyday usage, you may need a moderate density of hooks which combines the strength and flexibility.
Influence of hook density on the retention force of hook-and-loop fastener
Grip is really important when you want hook and loop to work. We’ve found that thicker hook density works best in our testing. This is most useful in situations where the elastic strap are required to grasp heavy objects, such as in construction or large machinery. However the loop quality also matters, since the hook and loop attaches together, the strength of the bond can influence how slippery your safe is.
The effect of hook density on the performance of hook and loop strap
In total, the effectiveness of hook and loop straps is contingent upon finding a balance of hook density. At Dongsanxin, our emphasis is on tailoring the hook density to match the unique demands of patrons. In, for example, automotive applications, both strength and flexibility are required, we change the hook density to make the best of them.
MAXIMUM strap power by fine-tuning the hook with a range of densities.
To enhance the performance of the hook and loop straps it is important to narrow down the hook density that suits the need. “When we’re developing our products at Dongsanxin, we consider the weight of the things being held, the environment in which the straps will be used, and how many times the straps are expected to be opened and closed. Hook density, when matched precisely will allow us to supply our customers with a product that performs as expected both in strength and service life.
