Medical ASTM F2063 Nitinol Memory Alloy Wire

Medical ASTM F2063 Nitinol Memory Alloy Wire

Diameter:2.0mm
Surface:polished/black
Application:fishing/industry/glass/jewelry

Product Introduction

NiTi (Nickel-Titanium) alloy wire, commonly known as Nitinol, is a high-performance shape memory and superelastic material. It can recover its original shape after deformation and exhibits excellent biocompatibility, corrosion resistance, and fatigue performance, making it ideal for medical implants and precision applications.

Key Features

  1. Shape Memory Effect (returns to original form after deformation)

  2. Superelasticity (large recoverable strain)

  3. Excellent biocompatibility (implant-grade)

  4. High corrosion & wear resistance

  5. Stable performance under extreme temperatures

Standards & Certification

Standard: ASTM F2063

Certifications: ISO 9001:2015, ISO 13485 (medical quality system)

Chemical Composition

Element

Content (%)

Nickel (Ni)

54.5 – 57.0

Titanium (Ti)

Balance

Carbon (C)

≤ 0.040

Iron (Fe)

≤ 0.050

Oxygen (O)

≤ 0.040

Hydrogen (H)

≤ 0.005

Cobalt (Co)

≤ 0.050

Others (Cu, Cr, Nb, N)

Trace limits

Mechanical Properties (Annealed)

Diameter

Tensile Strength

Elongation

≤ 50 mm

≥ 551 MPa

≥ 15%

> 50 mm

≥ 551 MPa

≥ 10%

Available Sizes

Diameter Range (mm)

Tolerance (mm)

4.00 – 2.00

±0.020

2.00 – 1.00

±0.013

1.00 – 0.35

±0.010

0.35 – 0.26

±0.008

0.15 – 0.06

±0.005

0.05 – 0.03

±0.003

Transformation Temperature Tolerance (Af)

Temperature Range

Tolerance

≥ 70°C

±7°C

-50°C to 70°C

±10°C

≤ -50°C

±15°C

Surface Options

  1. Polished

  2. Oxide (Black / Blue)

  3. Colored (Purple / Gold)

Applications

Medical

  1. Surgical implants

  2. Vascular stents

  3. Orthodontic wires

  4. Pacemaker components

Industrial & Advanced Engineering

  1. Aerospace actuators

  2. Automotive components

  3. Robotics & automation systems

  4. Electronic connectors and micro devices

Performance Advantages

  1. Long service life with high fatigue resistance

  2. Precision control through transformation temperature tuning

  3. Excellent flexibility and recovery behavior

  4. Reliable performance in complex environments

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