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.

Nitinol niti sma rod and other metal materials mainly have the following differences:
Shape memory performance
Nitinol rod has shape memory effect. Under the right temperature conditions, even if there is a large
deformation, when the temperature returns to a certain range, it can automatically return to the original
shape. Most common metal alloys remain basically the same after deformation.
hyperelasticity
- Nitinol rods are extremely flexible. In a certain strain range, the material exhibits nonlinear elastic behavior
and can withstand large strains without permanent deformation. However, steel and other common metal
materials will produce plastic deformation after exceeding the elastic limit, which cannot be recovered.
biocompatibility
Nitinol has good biocompatibility and is widely used in medical fields, such as making blood vessel stents and
orthodontic wires. Certain metal alloys may cause rejection or toxic reactions in the human body.

nitinol metal rod has excellent shape memory performance, which can restore its original shape after deformation. They also have good flexibility and superelasticity, and have high corrosion resistance and biocompatibility.

nitinol medical straight wire has several advantages in medical applications. It has super - elasticity, which allows it to return to its original shape after deformation. It also shows good biocompatibility, reducing the risk of rejection in the body.

Can the Super elastic nitinol sheet be customized? Yes, we often have the ability to customize them to specific requirements such as size, shape and mechanical properties to meet the needs of different applications such as medical devices or aerospace.

Nitinol SMA Tube have several key characteristics.
The shape memory effect is one of the most important. They can remember and restore their original shape after being deformed under certain temperature conditions.
Superelasticity is also important. Nitinol SMA Tube can withstand large elastic deformation and then return to their original shape without permanent damage.
In addition, they have good corrosion resistance. They can withstand the corrosive effects of many substances, enabling them to be used in a variety of chemical and Marine environments.

Nickel titanium shaped memory lines have many uses.
In the medical field, they are used in orthodontic braces and braces. As the temperature changes, the wire can return to its original shape, providing a consistent force for adjusting teeth or keeping blood vessels open. In aerospace, they are used in structures that can unfold on their own. When the temperature is right, the wires can help the structure return to its designed shape so that the device can operate. They are also used in robotic drives that require precise shape changes to complete different tasks.

The use of Nitinol SMA Tube has the following limitations:
From the cost point of view, the nickel titanium alloy material itself is relatively expensive, resulting in the high manufacturing cost of Nitinol SMA Tube.
In terms of processing, the processing of Nitinol SMA Tube is more difficult. It has shape memory effect and super elasticity, which makes its cutting, bending, welding and other processing operations require special processes and equipment, and the processing accuracy is not easy to control.
From the performance point of view, Nitinol SMA Tube may have performance changes in high temperature environments. Although Nitinol has a certain temperature resistance, when the temperature is too high, its shape memory effect, super elasticity and other special properties may be affected, or even lost.