Knowledge - Baoji hanz

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What are the advantages of super elastic nitinol springs over traditional materials?

Application field：
Medical: for stents, catheters, etc.
Aerospace: For precision components.
Machinery: For high-precision equipment.

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How is nitinol used in catheters and implants?

Medical nitinol pipe are known for their superelastic and shape-memory properties and are widely used in minimally invasive surgical devices, stents, and guides. Their biocompatibility, flexibility and durability make them ideal for medical applications, especially in the cardiovascular and orthopaedic fields. These tubes can withstand significant deformation and return to their original shape, improving the safety and effectiveness of medical procedures.

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Ni-ti shape memory alloy for medical devices and surgical implants

Nickel titanium alloy material in nickel titanium alloy wire is a shape memory alloy, shape memory alloy is a special alloy, at a certain temperature can automatically restore its plastic deformation to the original shape, with good plasticity.
MOQ:1kg or 500meters
Application:Medical

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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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