Before discussing the rescue tripod, let’s first look at a relatively hardcore physical formula: ρ=m/V. This is a relatively classic density formula, ρ represents density, m represents mass, and V represents volume. Many people expressed their discomfort. Why is the rescue tripod

Before discussing the rescue of tripod , let’s first look at a relatively hardcore physical formula: ρ=m/V. This is a classic density formula . ρ represents density, m represents mass, and V represents volume. Many people expressed their discomfort. Why is the rescue tripod made of aluminum alloy instead of the traditional alloy steel material. Next, Chenghua Manufacturing will answer this question from a hard-core physical perspective.

First of all, we need to understand a prerequisite in the rescue work. The rescue work emphasizes speed and efficiency. It is of course the best if the rescue personnel can be lightly installed. So here we can clearly draw a conclusion that the portability of the rescue tripod is very important, because the rescue work requires race against time. Using bulky rescue tools will only backfire, which means that the rescue tripod should be light.

It is undeniable that traditional alloy steel has good metal strength, but the strength of aluminum alloy material is not inferior, and it is more than enough for rescue operations. Here comes the key point, let’s refer to the density of the two. The density of aluminum alloy material is usually 2.5-2.88. The density of traditional alloy steel is generally around 7.9. This density is nearly 3 times different. Do you understand something?

That’s right! The quality of the aluminum alloy rescue tripod under the same volume is only one-third of that of the traditional alloy steel rescue tripod. If the alloy steel rescue tripod is 45KG, then the aluminum alloy rescue tripod is only 15KG. From this point of view, the portability of the two is already above the level, and the aluminum alloy rescue tripod, which has more portability, has taken the lead in important rescue work. (Information source: www.chlifting.com)