1-Meter Nickel-Titanium Alloy Wire,Nitinol Wire, Ni Ti Shape Memory Wires (Thermally Controlled Wire, φ1.0 mm)

Nitinol Superelastic Wire: At room or low temperatures, this alloy can return to its original shape after large physical deformation once the external force is removed. This property makes it highly useful in applications that require resistance to deformation. It is mainly used in products that need to maintain high elasticity consistently. Nitinol Thermally Controlled Wire: After being shaped and set at high temperatures, the material can be manually deformed when cooled to low temperatures. It will revert to its pre-set high-temperature shape when heated to a specific temperature. It is mainly used in products that restore a pre-set shape with temperature changes or achieve automatic structural deployment. Nitinol Electrothermal Wire: It contracts in length when electrified. Current heats the wire; once its temperature exceeds the phase transition point, contraction is triggered. After power is cut off and the wire cools down, it returns to its original length under external tension, ready for the next contraction cycle.

• Nitinol Superelastic Wire: At room or low temperatures, this alloy can return to its original shape after large physical deformation once the external force is removed. This property makes it highly useful in applications that require resistance to deformation. It is mainly used in products that need to maintain high elasticity consistently.
• Nitinol Thermally Controlled Wire: After being shaped and set at high temperatures, the material can be manually deformed when cooled to low temperatures. It will revert to its pre-set high-temperature shape when heated to a specific temperature. It is mainly used in products that restore a pre-set shape with temperature changes or achieve automatic structural deployment.
• Nitinol Electrothermal Wire: It contracts in length when electrified. Current heats the wire; once its temperature exceeds the phase transition point, contraction is triggered. After power is cut off and the wire cools down, it returns to its original length under external tension, ready for the next contraction cycle.