How much weight can gas struts lift?
Author : chen chen | Published On : 16 Jan 2025
The working principle of the gas struts lift
First of all, understanding the working principle of the gas struts lift is the basis of understanding its load-bearing capacity. The gas lift strut is filled with high-pressure nitrogen or other inert gas, and the gas is compressed and released by moving the piston up and down. This design allows the gas strut to provide strong support in a small space while maintaining a smooth lifting motion.
The determining factor of weight capacity
1. Design specifications
The weight capacity of the gas lift strut is first affected by its design specifications. This includes cylinder diameter, stroke length, working pressure and other key parameters. The larger the bore, the greater the internal space of the gas struts lift, which can hold more gas, thus providing stronger support. The length of the stroke determines the range of the gas lift struts in the process of compression and extension. The longer the stroke, the higher the stability of the support force is required. The working pressure is the direct source of the supporting force produced by the gas lift struts. The greater the working pressure is, the stronger the supporting force is.
2. Materials and manufacturing processes
The material quality and manufacturing process of the gas lift struts also have an important influence on its load-bearing capacity. High-quality materials, such as high-strength alloy steel, can ensure that the gas struts lift in the long-term use of stable performance, not easy to occur deformation or damage. And exquisite manufacturing technology, such as precision sealing technology and lubrication treatment, can ensure that the gas struts lift in the lifting process to keep stable, smooth, and further improve its load-bearing capacity.
3. Environment
The service environment is also an important factor that affects the bearing capacity of the gas struts lift. For example, a change in temperature affects the volume and pressure of the gas, which in turn affects the support force of the gas strut. In addition, humidity, corrosive gas and other environmental factors may also damage the material and sealing performance of the gas lift struts, and then affect its load-bearing capacity.