In many emergencies, the role of fire engines will be shown. When various fires occur; When a major traffic accident needs rescue; When someone is trapped somewhere; Even when people are short of water, they will see its red figure. In order to reduce the threat to people's lives and property to a greater extent, and the late arrival of fire engines in remote areas affects the best rescue time, many enterprises and institutions, township departments are actively preparing various types of fire engines to improve fire safety. More and more attention has been paid to the role of fire engines.
Fire trucks can transport firefighters to the disaster site and provide them with a variety of tools to carry out disaster relief tasks. When driving on the road, it is inevitable that faults will occur. At this time, the hydraulic rod of the fire truck, the bonnet support rod, can be used to support the height. It uses a compression gas spring, which is mainly deformed by the force generated by gas compressed. The support rod of the ambulance engine hood is provided with a compression gas spring. The principle is that when the force on the spring is large, the space inside the spring will shrink, and the air inside the spring will be compressed and squeezed. When the air is compressed to a certain extent, the spring will produce elastic force. At this point, the spring will be able to return to its original shape before deformation. The compression gas spring can play a very good supporting role, as well as a good buffer and braking role. Moreover, the special compression gas spring can also play a very powerful role in angle adjustment and shock absorption.
Guangzhou Tieying Gas Spring Technology Co.,Ltd has 20 years of experience in the production of gas springs. It has its own design team. The quality and service life of Tieying Spring is over 200000 times. There is no gas leakage, no oil leakage, and basically no after-sales problems. If you want to know more about the application of gas spring, please contact us!
Post time: Nov-14-2022
