Discover our high-performance superelastic nitinol wire, engineered from premium nickel-titanium alloy (NiTi) for exceptional flexibility and durability. This shape memory alloy wire offers superior superelasticity, allowing it to withstand up to 8% strain without permanent deformation, making it ideal for demanding medical device applications.

Our high-performance superelastic nitinol wire is a advanced nickel titanium shape memory alloy designed specifically for critical medical applications like guidewires, stents, stylets, and forming mandrels. Exhibiting outstanding superelastic properties at room and body temperature (Af typically below 37°C), this NiTi alloy wire delivers unparalleled flexibility, enabling navigation through tortuous pathways without kinking – unlike traditional stainless steel. With superior fatigue resistance, biocompatibility, and the ability to recover from significant deformation, it supports innovative minimally invasive devices such as vascular stents, orthopedic implants, and stone retrieval baskets. Ideal for manufacturers seeking reliable nitinol wire for medical guidewires and precision shape-setting processes.

Key Features of Superelastic Nitinol Alloy Wire

• Superelasticity and Shape Memory Effect: Recovers up to 8-10% strain with minimal hysteresis, ensuring kink-resistant performance in medical guidewires and self-expanding stents.
• Excellent Biocompatibility: ASTM F2063 compliant nickel-titanium composition minimizes adverse reactions, suitable for long-term implants like vascular devices and orthodontic archwires.
• High Fatigue and Corrosion Resistance: Outperforms stainless steel in cyclic loading and harsh environments, extending device lifespan in applications such as forming mandrels and stylets.
• Superior Torqueability and Flexibility: Provides precise control and smooth navigation in complex anatomies, essential for nitinol guidewire cores and endovascular procedures.
• Customizable Specifications: Available in straight annealed forms with light oxide surfaces, various diameters, and tunable transformation temperatures for optimal NiTi wire forming and medical device integration.