Application Scenarios
Mechanical Industry:
Controlling the movement of parts: Such as valve springs in internal combustion engines, which control the opening and closing of valves through their elastic deformation.
Reducing shock or vibration: Such as buffer springs in automobiles and train carriages, and shock absorber springs in automobiles, used to absorb and disperse vibrations and shocks during driving.
Storing energy: Such as clock springs, which store energy in the clock mechanism to drive the rotation of the hands.
Defense, Metallurgy, Engineering, Power and other industries:
Bridge vibration damping devices: Used to absorb vibrations of bridges under external forces such as wind loads and earthquakes, improving bridge safety.
Valves, clutches, brakes, etc.: Stainless steel springs play a crucial control and transmission role in these devices.
Chemical Machinery and Electronics Industries:
Corrosion resistance and resistance to medium-temperature environments: Stainless steel springs can maintain stable performance in these special environments, such as sealing springs in chemical equipment and precision springs in electronic equipment.
Daily Life:
Louvre springs: Used to control the opening and closing of louvers.
Spring scale: It uses the elastic deformation of a spring to measure the weight of an object.
