Description
Nitinol Wire with Blue Light Oxidized Finish – Premium Shape Memory Metal for Advanced Applications
Unlock the power of shape memory metal with our Nitinol Wire featuring a stunning Blue Light Oxidized Finish. This advanced smart metal not only offers exceptional functional properties but also presents a visually striking, durable blue surface that elevates your projects.
Premium Shape Memory Metal Core: Nitinol Alloy
Our wire is crafted from high-quality Nitinol, a unique alloy combining nickel (Ni) and titanium (Ti). This remarkable shape memory metal remembers a preset shape and returns to it when heated. Beyond shape recovery, it exhibits superelasticity, allowing it to bend extensively without permanent deformation. Upon stress release, the wire springs back flawlessly. We ensure precise control of alloy composition and processing to deliver consistent, repeatable performance with reliable shape memory and superelasticity.
Distinctive Blue Light Oxidized Surface – More Than Just Color
The defining feature of our product is its vivid blue hue, achieved through a controlled oxidation process. This treatment forms a thin, stable oxide layer on the surface—an integral part of the metal itself, not merely a coating or paint. This blue oxidized finish enhances corrosion resistance, improves biocompatibility, and provides a smooth, clean surface ideal for demanding environments. The vibrant blue appearance adds a unique aesthetic appeal, making it perfect for applications where both function and style matter.
Wide Diameter Range for Precise Applications
Our blue light oxidized Nitinol wire is available in a broad diameter range—from ultra-fine gauges starting at 0.05 mm (0.002 inches) to thicker, robust wires up to about 1.0 mm (0.040 inches) or more. This versatility supports everything from delicate medical devices to industrial-strength applications. Tighter tolerances ensure uniform performance and ease of integration across all sizes.
Diverse Uses for Blue Oxidized Shape Memory Metal Wire
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Medical Devices: Ideal for guidewires, stents, orthodontic archwires, bone staples, and surgical tools.
The shape memory effect and exceptional superelasticity support less invasive medical techniques, and the biocompatible blue oxide coating enhances safety for patients.
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Actuators & Robotics: Perfect for compact, smart actuators, heat-activated movement systems, micro-valves, release mechanisms, and robotic joints requiring precision.
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Aerospace & Defense: Reliable in critical environments for couplings, vibration dampers, deployable structures, and thermal actuators where durability and corrosion resistance matter.
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Consumer Products: Enhances flexibility and durability in eyewear frames, underwire alternatives for brassieres, phone components with self-repairing features, and unique novelty items.
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Industrial Use: Functions in fluid control valves, electrical connectors maintaining contact pressure, and safety release mechanisms.
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Research & Development: Essential for engineers and scientists pioneering new applications of shape memory metal.
Why Choose Our Blue Light Oxidized Nitinol Wire?
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Reliable Smart Performance: Consistent shape memory and superelastic behavior you can trust.
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Unique & Durable Finish: Long-lasting, corrosion-resistant blue oxide layer integrated with the metal.
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Enhanced Biocompatibility: Safer for medical implants and devices with body contact.
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Easy Integration: Smooth surface simplifies handling and assembly.
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Strict Quality Control: Ensures uniform properties and dependable batch-to-batch performance.
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Extensive Size Options: From ultra-thin to heavy-duty wires tailored for your needs.
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Technical Support: Expert guidance on Nitinol processing and application.
Embrace the future of shape memory metal technology with our Blue Light Oxidized Nitinol Wire. Combine smart functionality, striking aesthetics, and reliable performance to advance your designs in medicine, robotics, aerospace, and beyond.
•Diameter & Tolerance
Diameter(mm) |
Tolerance(mm) |
Diameter(mm) |
Tolerance(mm) |
Diameter(mm) |
Tolerance(mm) |
4.000-2.000 |
±0.025 |
0.350-0.260 |
±0.010 |
0.08-0.050 |
±0.005 |
2.000-1.000 |
±0.020 |
0.260-0.150 |
±0.007 |
0.050-0.025 |
±0.005 |
1.000-0.350 |
±0.010 |
0.150-0.080 |
±0.005 |
0.025-0.018 |
±0.003 |
•Mechanical properties
Max force(N) |
Tensile(MPa) |
Elongation % |
Upper stress(MPa) |
Residual strain(WT%) |
At temp |
Base on diam |
≥1000 (1350) |
≥10 (15) |
≥400 (460) |
<0.5 55.96 |
(10±10) |
Base on diam |
≥1000 (1350) |
≥10 (15) |
≥400 (460) |
<0.5 56.1 |
(-30±10) |
Base on diam |
≥1000 (1350) |
≥10 (15) |
≥400 (460) |
<0.5 50.0 |
(60±10) |
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