Knowledge - Baoji hanz

baojihanz-niti@hanztech.cn

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Knowledges

What are the typical specifications for OEM Nitinol compression springs?

Nickel titanium springs have several daily uses. They are often used in orthodontic braces to gently adjust the position of teeth. In eyeglass frames, they provide flexibility and durability. They are also found in some mechanical devices for their unique elastic and shape memory properties, enabling efficient energy storage and release.

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Can high tension Nitinol springs be customized for specific applications?

Nickel titanium springs have several daily uses. They are often used in orthodontic braces to gently adjust the position of teeth. In eyeglass frames, they provide flexibility and durability. They are also found in some mechanical devices for their unique elastic and shape memory properties, enabling efficient energy storage and release.

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How do high tension Nitinol springs work?

high tension nitinol spring have several daily uses. They are often used in orthodontic braces to gently adjust the position of teeth. In eyeglass frames, they provide flexibility and durability. They are also found in some mechanical devices for their unique elastic and shape memory properties, enabling efficient energy storage and release.

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How do you sterilize a nitinol guide wire?

Super elastic nitinol guide wire has a wide range of applications, mainly in the following aspects:
Medical field
- Cardiovascular intervention
- Urology.
Industrial application
- Aerospace
- Automotive industry

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How is the flexibility of nitinol guide wires beneficial in surgeries?

Super elastic nitinol guide wire has a wide range of applications, mainly in the following aspects:
Medical field
- Cardiovascular intervention
- Urology.
Industrial application
- Aerospace
- Automotive industry

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What are the applications of Nitinol strips?

Nickel titanium strips have a variety of functions. Because of their shape memory and superelasticity, they are used in medical devices such as stents and orthodontic wires. In the aerospace industry, they are used to manufacture components that require high flexibility and reliability. In electronics, they can be used to make precision connectors and springs. In addition, in consumer goods, they are used in items such as eyeglass frames to provide flexibility and durability.

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Are there any risks associated with using nitinol guide wires?

The use of Super elastic nitinol guide wire can be risky. It may cause vascular damage, such as intima damage and perforation. Some patients are also at risk for allergic reactions. In addition, improper operation may cause the guide wire to break and remain in the body.

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What sizes are available for nitinol guide wires?

Nickel-titanium guides are available in a variety of sizes, such as 0.014 inch, 0.018 inch, 0.035 inch, 0.038 inch and other specific sizes to meet different medical needs.

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How does the design of a nitinol guide wire enhance its performance?

Surface:Brown surface
Phase transition temperature (Afc) : -20~100℃
Density: Approximately 6.45g/cm³
Tensile strength: 1100 MPa
Feature:Shape memory, superelasticity
Elongation rate: 15-50%
Size:0.0125mmmm
Production process:Bending, Welding, Decoiling, Cutting
Application environment: Industrial & medical

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What are the advantages of using a nitinol guide wire in medical procedures?

Surface:polished
Phase transition temperature (Afc) : -50℃ ~ +120℃
Density: Approximately 6.45g/cm³
Tensile strength: 1100 MPa
Feature:Shape memory, superelasticity
Elongation rate: 15-50%
Size:0.0125mm min
Production process:Bending, Welding, Decoiling, Cutting
Application environment: Industrial & medical

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What are the main applications of nitinol guide wires?

Main uses of guide wire medical nitinol:
- Used in medical procedures, such as angioplasty, to guide catheters.
- Endoscopy, insertion of auxiliary instruments.
- For urological surgery guidance and positioning.
- Precise localization of neural interventions.

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How is Nitinol flat wire manufactured and shaped?

Shape memory nitinol flat wire Application:
- In medical field, it's used for making stents.
- In electronics, applied to produce connectors.
- For aerospace, utilized in some high-performance components.
- In automotive, helps create reliable parts.
- In daily life, seen in glasses frames.

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