Gas strut
Gas struts come in three varieties: locking, compression, and traction. An inserting piston rod into a cylinder characterizes each type.Nitrogen is pumped into the cylinder. With a compression or traction strut, the piston rod enters or exits the cylinder by sliding in or out, respectively.In turn, this causes the pressure to rise and the operational volume of nitrogen to decrease. When this pressure is applied to the piston rod's plunger, a force is formed that progressively propels the piston rod out of the cylinder.However, in a traction strut, the piston rod is typically pulled back within the cylinder.
Mental gas spring
1.High load capacity: Metal gas springs can withstand large loads and provide strong support. This makes them suitable for applications where heavy loads need to be supported or where strong pressure is required.
2.Long Life: Metallic gas springs are usually made of high-quality metal materials for durability and corrosion resistance. They are able to withstand prolonged use without fatigue or damage easily, so they can provide reliable performance and long-lasting life.
3.Precise control: The force and stroke of the metal gas spring can be precisely controlled by adjusting the gas pressure or design parameters. This makes them ideal for applications requiring precise regulation and control, such as in the mechanical industry, automotive industry and aerospace.
4.Stability: Metal gas springs maintain stable performance under various temperature and environmental conditions. They are less affected by temperature changes and humidity changes, enabling consistent force output in different work environments.
5.Adjustability: Metal gas springs can be adjusted by adjusting gas pressure or design parameters to meet the needs of different applications. This adjustability makes them widely applicable in different devices and mechanical systems.
There are some differences between metal gas springs and compression gas springs, mainly including the following aspects:
1. Material: Metal gas springs use metal materials, usually high-strength alloy steel or stainless steel. Compression gas springs usually use elastic materials such as rubber or plastic.
2. Load capacity: metal gas springs have higher load capacity due to the use of metal materials. They are able to withstand greater pressure and weight for applications that need to support heavy loads or require strong pressure.
3. Life and durability: Metal gas springs generally have longer life and better durability. Metal materials have high fatigue resistance and corrosion resistance, and can withstand long-term use without fatigue or damage.
4. Precise control: The metal gas spring can precisely control the force and stroke by adjusting the gas pressure or design parameters. The power and stroke of ordinary gas springs are usually not easy to adjust.
5. Stability: metal gas springs maintain high stability under various temperature and environmental conditions. Ordinary gas springs are greatly affected by temperature changes and humidity changes, and their performance may fluctuate.
6. Range of application: Due to the high load capacity and durability of metal gas springs, they are usually used in applications that require greater force support, such as heavy machinery, automobile chassis, etc. Ordinary gas springs are suitable for general light load applications, such as furniture, office equipment, etc.
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Post time: Jul-17-2023
