Compared with traditional lifts, Aluminum alloy lifts have many advantages. Because traditional lifts are made of steel, but due to the heavy weight of steel, they are a bit clumsy for indoor high-altitude operations. It is inconvenient to move back and forth, and the bulky size also tests the load-bearing capacity of the floor tiles. In addition, traditional lifts cannot work above the second floor due to their large volume and difficulty in entering and exiting..
Aluminum alloy lift materials are not easily deformed in terms of performance, have a lower density than iron, and are lighter in weight, making them a popular product for indoor high-altitude operations. Many exhibits in daily life and exhibitions are made of aluminum alloy. Due to its light weight, aluminum alloy lifts are not easily rusted, easy to carry, and have a beautiful appearance.
In terms of product exports: Due to the fact that the chassis of traditional lifts is a type of automobile, in the international market, other countries generally consider the import of such products as automotive products and have strict policy restrictions. Therefore, the exit of traditional lifts is greatly restricted.
As for end users, traditional lifts are mainly used for electrical maintenance and municipal engineering, while aluminum alloy lifts are mainly used for indoor construction such as factory construction, warehouse construction, airport construction, etc. Compared with traditional climbing methods such as scaffolding and hanging baskets, it has significant comparative advantages and is an effective alternative to traditional hydraulic lifting methods. Its core advantages are mainly reflected in safety and economy:
According to statistics from the Ministry of Housing and Construction, there were 333 safety production accidents in residential and municipal engineering in 2016, accounting for 52.52% of the total. For a long time, countries such as Europe, the United States, and Japan have legislated to manage artificial scaffolding with poor safety, and have established regulations on work height and safety protection. According to US law, when the working height exceeds 3 meters, a work platform must be used. In 1977, Brazil enacted the NR18 Act, which strictly restricted the equipment and safety protection requirements for hydraulic lift construction. After the introduction of this law, the average accident mortality rate significantly decreased.
