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What makes nitinol suitable for medical applications?

Nitinol, a nickel-titanium alloy, is renowned for its unique properties, including superelasticity and shape memory.
These characteristics make it an ideal material for various medical applications. A medical Nitinol pipe refers to a
tubular structure made from this alloy, specifically designed for use in the medical field.
MOQ:6pcs or 5meters
Application:medical

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What factors affect the manufacturing and performance of nitinol in medical devices?

Nitinol is a Nitinol alloy known for its unique properties, including superelasticity and shape memory. These
properties make it an ideal material for a variety of medical applications. Medical Nitinol tubes refer to tubular
structures made of this alloy and are specifically used in the medical field.
MOQ:6pcs or 5meter
Application:medical

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How does super elasticity in nitinol work?

Super elastic nitinol pipe application:
Medical instruments: stents, guides, orthodontic bows and other minimally invasive surgical tools.
Aerospace: Actuators, couplings and shock absorbers.
Engineering: Sensors, actuators and connectors in various industrial applications.

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How does the shape memory effect in nitinol work?

NiTi wire rope is valued for its unique combination of strength, flexibility, and memory properties.
MOQ:500meters
Appcation:Nickel-titanium wire rope with its shape memory and superelastic properties, widely used in medical, aerospace, robotics, automotive, construction, electronics and other fields.

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How does nitinol compare to other materials?

NiTi wire rope is valued for its unique combination of strength, flexibility, and memory properties.
MOQ:500meters
Appcation:Nickel-titanium wire rope with its shape memory and superelastic properties, widely used in medical, aerospace, robotics, automotive, construction, electronics and other fields.

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What are the challenges in working with super elastic nitinol?

Superelastic Super elastic nitinol foil is a thin sheet material made of Nitinol, which has superelastic and shape memory effects. Nitinol is composed of nickel (Ni) and titanium (Ti), usually with a nickel content between 50-55%.

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How does super elastic nitinol behave under stress?

Superelastic Super elastic nitinol foil is a thin sheet material made of Nitinol, which has superelastic and shape memory effects. Nitinol is composed of nickel (Ni) and titanium (Ti), usually with a nickel content between 50-55%.

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How does superelastic nitinol work?

Application field:
Medical equipment: such as stent, catheter, etc.
Aerospace: Used in sensors, actuators, etc.
Electronic products: such as micro switches, connectors, etc.
Automotive industry: Used for sensors, shock absorbers, etc.

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What are the main properties of Nitinol strips?

Application field:
Medical equipment: such as stent, catheter, etc.
Aerospace: Used in sensors, actuators, etc.
Electronic products: such as micro switches, connectors, etc.
Automotive industry: Used for sensors, shock absorbers, etc.

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What is a nickel titanium strip used for?

Application field:
Medical equipment: such as stent, catheter, etc.
Aerospace: Used in sensors, actuators, etc.
Electronic products: such as micro switches, connectors, etc.
Automotive industry: Used for sensors, shock absorbers, etc.

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Can nitinol paperclips be used repeatedly?

Nickel-titanium paper clips are used for daily tasks such as saving files, organizing files, and fixing notes. They are durable, flexible and resistant to deformation.
Materials：Nitinol
Common specification：Diameter: 0.5mm-2.0mm, length: customized according to demand
Manufacturing process:Melting, hot processing, cold processing, heat treatment, etc
Application field:Medical devices (such as stents, catheters), aerospace, robotics, electronics, etc

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Are OEM Nitinol compression springs durable?

Material:Nickel-Titanium Alloy (Nitinol)
Composition:55% Nickel, 45% Titanium
Density:6.45 g/cm³
MOQ:500pcs
Application:Industrial & Medical

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