SMA has excellent stability, corrosion resistance, biocompatibility, superelasticity and other characteristics, and its application in the medical field is relatively mature, including in vivo stents, heart occluders, minimally invasive medical devices, needle-shaped devices, orthopedic shells and brain surgery materials, etc.

SMA has excellent mechanical properties such as shape memory, superelasticity, wear resistance, and high damping. It is used as a buffering energy-absorbing material in many applications such as automotive sensors and actuators. The main applications include fan clutches, automatic transmission control adjustment valves, thermostatic control valves, etc.

SMA has advantages such as shape memory effect, superelasticity, high response speed, and high output force. It is widely used in the 3C field, involving motors, switches, sensors and other components. SMA can achieve the goals of miniaturization, lightness, low power consumption, high performance, and high reliability of 3C products, and enhance the competitiveness and quality of 3C products.

SMA has the characteristics of shape memory effect and light weight, which can reduce the volume and mass of products in the articulations and hydraulic pipeline connections of aircraft space mechanisms. Its main applications include aircraft hydraulic pipe joints and fixed-wing aircraft wing optimization.