The priority of a rescue tripod is portability, and of course, strength must also be guaranteed. Therefore, aluminum alloy material has become the best choice. Many people do not understand this. In emergency rescue, portability is important, but strength cannot be ignored. So why not use traditional alloy steel material? How can we prove that aluminum alloy is more portable?

It is actually very simple to prove that the rescue tripod made of aluminum alloy material is more portable. The first point we need to prove is its quality. Light weight means strong portability, and the most direct way is to choose weighing. Of course, we can also analyze from the density volume mass relationship of metals. As is well known, the relationship between these three is mass=volume x density.

The density of aluminum alloy material is usually 2.5-2.88, while the density of traditional alloy steel is generally around 7.9, with a density difference of nearly three times. Using the formula, the mass of an aluminum alloy tripod with the same volume is naturally three times lower, which means that the mass of an aluminum alloy tripod with the same volume is only one-third of that of an alloy steel tripod. This is the best performance of the portability of an aluminum alloy rescue tripod.