Applications of Super elastic nitinol foil:
- Medical field: Used in orthodontics, implants and stents.
- Aerospace field: For aircraft components and spacecraft structures.
- Electronic field: In microelectronics and mobile phone technology.

Characteristics of Super elastic nitinol tube:
- Possesses excellent shape memory and superelastic properties.
- Has high strength and durability.
- Demonstrates good corrosion resistance.
- Exhibits biocompatibility, making it suitable for medical applications.

Applications of Super elastic nitinol tube:
- In the medical field, it can be used for stents and catheters.
- In aerospace, it can be used for some special components.
Basic properties of nickel-titanium alloy tube:
- Possesses shape memory property.
- Has superelasticity.
- High corrosion resistance.
- Good biocompatibility.

Applications of Super elastic nitinol tube:
- In the medical field, it can be used for stents and catheters.
- In aerospace, it can be used for some special components. Basic properties of nickel-titanium alloy tube: - Possesses shape memory property. - Has superelasticity. - High corrosion resistance. - Good biocompatibility.

Nickel titanium flat wire is used in medical devices. It can be found in orthodontic wires for teeth alignment, stents to keep blood vessels open, and some specialized surgical instruments.

In daily life, nickel-titanium flat wire is applied in fields such as eyeglass frames, medical devices and aerospace.

Nickel titanium paper clips have several applications in daily life. They can be used to hold papers together firmly. Due to their shape memory property, they can return to their original shape even after being bent or deformed slightly, providing long-lasting use. They are also useful for organizing documents and keeping them in order. Additionally, their unique material can make them more durable than traditional paper clips.

Material of nickel titanium spring: Made of nickel-titanium alloy, which has shape memory and superelastic properties.
Application range: In the medical field, it can be used in orthodontics and implantable devices. In aerospace, for certain components. Also in automotive industry for shock absorbers and engine parts. Additionally, in some electronic devices and daily products that require elastic elements.

Advantages of nickel-titanium tape:
Excellent shape memory and superelasticity.
Good biocompatibility.
High flexibility.
Disadvantages:
Relatively high cost.
Special processing requirements.

Nickel titanium shape memory tubes have several applications in daily life. They can be used in eyeglass frames for adjustable fit. Also found in some self-adjusting tools and devices. In addition, they may be utilized in certain temperature-sensitive components.

The performance characteristics of nickel-titanium capillary tubes can be described as follows:
Shape memory effect: Nickel-titanium is a shape memory alloy. After being deformed at lower temperatures, capillary tubes can return to their original shape when heated, which is a unique and important property.
Superelasticity: it can withstand large deformation without permanent plastic deformation, and can return to the original state after removing external force, showing excellent elasticity within a certain stress range. High biocompatibility: It has good biocompatibility and is suitable for applications that may come into contact with the human body or biological substances in certain fields, such as the medical field. Corrosion resistance: has a strong ability to resist various corrosive environments, including oxidation and acid, alkali, salt corrosion.
Precise dimensions: Capillaries can be manufactured with high precision in terms of outside diameter, wall thickness and length, ensuring accurate performance in applications that require precise control.

The performance characteristics of nickel-titanium capillary tubes can be described as follows:
Shape memory effect: Nickel-titanium is a shape memory alloy. After being deformed at lower temperatures, capillary tubes can return to their original shape when heated, which is a unique and important property.
Superelasticity: it can withstand large deformation without permanent plastic deformation, and can return to the original state after removing external force, showing excellent elasticity within a certain stress range. High biocompatibility: It has good biocompatibility and is suitable for applications that may come into contact with the human body or biological substances in certain fields, such as the medical field. Corrosion resistance: has a strong ability to resist various corrosive environments, including oxidation and acid, alkali, salt corrosion.
Precise dimensions: Capillaries can be manufactured with high precision in terms of outside diameter, wall thickness and length, ensuring accurate performance in applications that require precise control.