Titanium nickel springs have obvious advantages over other materials.
In terms of elasticity, nickel-titanium springs have superelasticity. It can recover under large strain, the strain can be as high as 8-10% or so, while the ordinary metal spring strain is generally 1-2%, which makes the nickel-titanium spring can still work normally after enduring large deformation.

Nickel-titanium springs have obvious advantages over other materials.
In terms of elasticity, nickel-titanium springs have superelasticity. It can recover under large strain, the strain can be as high as 8-10% or so, while the ordinary metal spring strain is generally 1-2%, which makes the nickel-titanium spring can still work normally after enduring large deformation.
Shape memory is a unique advantage of nickel-titanium springs. It can remember the original shape, and after deformation, as long as it reaches a certain temperature condition, it can return to the original shape, which is called the "transition temperature".
Nickel-titanium springs also have good corrosion resistance. In complex media such as human body fluids or some chemical environments, it is more resistant to corrosion than springs of materials such as stainless steel, so it is widely used in medical equipment and other fields.
Moreover, the biocompatibility of nickeltitanium spring is very good, after implantation in the human body, the human tissue rejection reaction to it is very small, suitable for making medical implant devices, such as orthodontic dental arch wire.

Nickel-titanium springs have obvious advantages over other materials.
In terms of elasticity, nickel-titanium springs have superelasticity. It can recover under large strain, the strain can be as high as 8-10% or so, while the ordinary metal spring strain is generally 1-2%, which makes the nickel-titanium spring can still work normally after enduring large deformation.
Shape memory is a unique advantage of nickel-titanium springs. It can remember the original shape, and after deformation, as long as it reaches a certain temperature condition, it can return to the original shape, which is called the "transition temperature".
Nickel-titanium springs also have good corrosion resistance. In complex media such as human body fluids or some chemical environments, it is more resistant to corrosion than springs of materials such as stainless steel, so it is widely used in medical equipment and other fields.
Moreover, the biocompatibility of nickeltitanium spring is very good, after implantation in the human body, the human tissue rejection reaction to it is very small, suitable for making medical implant devices, such as orthodontic dental arch wire.

Nickel-titanium springs have obvious advantages over other materials.
In terms of elasticity, nickel-titanium springs have superelasticity. It can recover under large strain, the strain can be as high as 8-10% or so, while the ordinary metal spring strain is generally 1-2%, which makes the nickel-titanium spring can still work normally after enduring large deformation.
Shape memory is a unique advantage of nickel-titanium springs. It can remember the original shape, and after deformation, as long as it reaches a certain temperature condition, it can return to the original shape, which is called the "transition temperature".
Nickel-titanium springs also have good corrosion resistance. In complex media such as human body fluids or some chemical environments, it is more resistant to corrosion than springs of materials such as stainless steel, so it is widely used in medical equipment and other fields.
Moreover, the biocompatibility of nickeltitanium spring is very good, after implantation in the human body, the human tissue rejection reaction to it is very small, suitable for making medical implant devices, such as orthodontic dental arch wire.

Shape memory nitinol foil are used as follows:
- Medical instruments: for the manufacture of artificial heart valves, dental orthopaedic wires, fracture fixation devices, etc.
- Aerospace: Engine nozzles, aero engine blades, etc., can be manufactured to withstand high temperature, high pressure and high stress environments with superelasticity.
- Automotive manufacturing: for automotive airbag triggers, engine accelerator pedals, suspension systems and other components;
- Electronic mechanical engineering: electronic connectors, robot joints, micromechanical parts, etc.;
- Daily necessities: such as making bra rings, soft and elastic, can recover shape when close to human body temperature, beautiful and stable shape.

Super elastic nitinol foil has excellent shape memory effect, that is, it can be restored to the original shape after deformation. It also has a high superelasticity, enabling it to withstand large-scale elastic deformation without permanent deformation. In addition, it has good biocompatibility, corrosion resistance and fatigue resistance.

Super elastic nitinol foil can be customized for specific applications. Nitinol alloys have shape memory effects and superelastic properties, which are widely used and can be customized according to different application scenarios and needs.

Super elastic nitinol foil is mainly used in the following industries:
- Medical device industry
- Aerospace industry
- Automobile manufacturing industry
- Electrical and mechanical engineering
- Consumer electronics industry

Shape memory nitinol foil are used as follows:
- Medical instruments: for the manufacture of artificial heart valves, dental orthopaedic wires, fracture fixation devices, etc.
- Aerospace: Engine nozzles, aero engine blades, etc., can be manufactured to withstand high temperature, high pressure and high stress environments with superelasticity.
- Automotive manufacturing: for automotive airbag triggers, engine accelerator pedals, suspension systems and other components;
- Electronic mechanical engineering: electronic connectors, robot joints, micromechanical parts, etc.; - Daily necessities: such as making bra rings, soft and elastic, can recover shape when close to human body temperature, beautiful and stable shape.

Super elastic nitinol foil is mainly used in the following industries:
- Medical device industry
- Aerospace industry
- Automobile manufacturing industry
- Electrical and mechanical engineering
- Consumer electronics industry

Nitinol niti sma rod has shape memory function, can bend under certain conditions, and then restore the original appearance.
This is because Nitinol undergoes a phase transition when the temperature changes. When the temperature reaches a certain transition temperature, the internal crystal structure can be reversibly transformed, making the material return to its original shape after deformation. However, if excessive bending causes the plastic deformation of the material to exceed its shape memory capacity, it may not be fully recovered.

Nickel-titanium shape memory alloy rod has shape memory function, can bend under certain conditions, and then restore the original appearance.
This is because Nitinol undergoes a phase transition when the temperature changes. When the temperature reaches a certain transition temperature, the internal crystal structure can be reversibly transformed, making the material return to its original shape after deformation. However, if excessive bending causes the plastic deformation of the material to exceed its shape memory capacity, it may not be fully recovered.