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Clean Oxidized Nitinol Strand Cable 0.20mm – Superelastic 1×7 Wire

Surface state:Black oxidized state,light oxidized state(from golden yellow to brown)
Packing:I-shaped wheels:evenly distributed,without fractures or disorderly lines
Fixed length:can be cut to a fixed length according to customer needs
Applications:Orthopedic and dental instruments,spine,endoscopic manipulation,snares,net baskets
Category: Product ID: 24948

Description

Clean Oxidized Nitinol Strand Cable – 0.20mm Superelastic 1×7 Rope
Ultra-Fine, Medical-Grade, Superelastic Nitinol Cable for Advanced Applications

We manufacture this 0.20mm clean oxidized Nitinol strand cable to meet the strict demands of medical, aerospace, and precision industries. Crafted from seven ultra-fine wires—each 0.20mm in diameter—twisted into a 1×7 construction, this cable delivers exceptional flexibility, strength, and fatigue resistance. The clean oxidized surface enhances biocompatibility, corrosion resistance, and performance reliability, especially in minimally invasive and dynamic environments.


Material Excellence: Superelastic Nitinol Alloy (NiTi)


Made from high-purity Nickel and Titanium, our proprietary Nitinol alloy offers unmatched superelasticity. It bends, twists, and flexes under high strain—then instantly returns to its original shape with no permanent deformation. This property, known as pseudoelasticity, makes our strand cable ideal for high-cycling, fatigue-critical applications.

We primarily use medical-grade SE508 Nitinol, renowned for its excellent biocompatibility and mechanical consistency. Comprehensive testing guarantees that each cable performs reliably over time and under repeated use.


Product Specifications
  • Construction: 1×7 1×2 1×3 1×6 7x7strand cable

  • Overall Diameter: 0.20mm

  • Surface Finish: Clean oxidized (biocompatible and uniform)

  • Material: Superelastic SE508 Nitinol

Need other sizes? We offer a wide diameter range. Contact us for custom solutions.


Versatile Applications of This Nitinol Strand Cable

🔹 Medical Devices:
Used in guidewires, catheter reinforcement, orthodontic archwires, and stent components. Its kink resistance and fatigue strength are ideal for minimally invasive procedures.

🔹 Precision Instruments:
Perfect for endoscopes, robotic surgery tools, and flexible micro-mechanisms where exact motion control is essential.

🔹 Wearable Technology:
Built into eyewear frames and mobile antennas to allow flexible, self-adjusting, and damage-resistant design.

🔹 Aerospace & Optical Systems:
Functions in deployable satellite structures, mirror actuators, and lens positioning devices due to its accuracy and resilience.

🔹 Sensors & Micro-Actuators:
Used in thermal actuators, strain sensors, and temperature-sensitive switches for reliable performance in compact systems.

🔹 Reinforcement & Composites:
Enhances catheters, sports gear, and protective layers by adding flexibility and toughness to polymer-based materials.


Why Choose Nitinol?
  • Shape memory effect enables self-deploying or adjusting designs

  • Superior superelasticity for high-strain, reversible motion

  • Safe for human body (biocompatibility champion)

  • Lightweight with stainless steel-level strength

  • Excellent corrosion and fatigue resistance

  • Clean oxidized finish ensures safe, stable surface integration


Ready to Upgrade Your Technology?


This clean oxidized Nitinol strand cable offers high performance in a compact, superelastic format. Ideal for medical breakthroughs, aerospace engineering, wearable innovation, and micro-scale actuation.

•Mechanical properties
Upper platform
Tensile
Elongation
Residual deformation
Phase transition
>350MPa
>1000MPa
>10%
<0.5%
-10~20℃

 

▸ Expert Guidance: 24/7 support via nitinolwire.com

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