Af temp | The finial temperature of factual action recovery can be tested using bending recovery method specified in ASTM F2082/F2082M-16 |
Surface | Outer surface:oxidized state,round state Inner surface:clean state |
Pipe Length | The length can be divided into precise or arbitrary lengths |
Straightness | The requirement for straightness is negotiable |
Surface defects | The requirements for surface defects can be negotiated |
Applications | Medical:wave tube,camera tube,bracket,net basket,catheter |
Description
Precision Nitinol Tube Suppliers – Ultra-Thin Wall Experts
Looking for trusted Nitinol tube suppliers? We specialize in ultra-thin wall tubing with wall thicknesses starting at just 0.05 mm. Our high-performance Nitinol tubes are engineered for advanced applications and meet the most rigorous industry requirements. Whether you’re prototyping or scaling up production, we provide consistent quality, tight tolerances, and unmatched technical expertise.
Why Choose Our Nitinol Tubes?
We manufacture precision Nitinol tubes using only high-purity Nickel Titanium alloy, including medical-grade ASTM F2063 compliant material. Material certifications are provided with every order, ensuring full traceability and compliance.
Available Tube Dimensions
Outer diameters starting below 1 mm
Wall thickness as thin as 0.05 mm
Outer diameters available up to several millimeters
Custom OD/ID configurations available upon request
These ultra-thin walls are ideal for micro-scale and minimally invasive systems.
What Is a Shape Memory Alloy?
Shape Memory Alloys (SMAs) are unique metals that “remember” a preset shape. When deformed at lower temperatures, they can return to their original shape when heated — this is known as the Shape Memory Effect. SMAs also display superelasticity, allowing extreme bending or stretching with full recovery. Nitinol is the most widely used SMA.
Key Features of Our Nitinol Tubes
Superelasticity: Extreme flexibility and full recovery from deformation
Shape Memory Effect: Thermal activation allows self-expanding designs
Biocompatibility: Safe for long-term implantation in medical applications
Corrosion Resistance: Performs reliably in harsh chemical or bodily environments
High Fatigue Resistance: Withstands millions of flexing cycles without failure
Core Applications
Our thin-wall Nitinol tubes support innovation across several industries:
Medical Devices: Micro-catheters, guidewires, stents, delivery systems, and surgical tools
Micro-Actuators & Robotics: Precise motion control in compact mechanisms
Fluid Delivery Systems: Micro-needles, pumps, and valves
Electronics: Compact springs and connectors
Aerospace: Lightweight actuators and deployable structures
Sensors: Components requiring strain recovery and flexibility
Frequently Asked Questions
Q: What tolerances do you offer?
A: We hold ultra-tight tolerances, especially for 0.05 mm wall tubes. Contact us for specifics.
Q: Can I request custom processing?
A: Yes, including annealing, shape setting, straightening, pickling, and electropolishing.
Q: Do you supply medical-grade Nitinol?
A: Absolutely. We offer fully certified ASTM F2063 material with documentation.
Q: What finishes are available?
A: Options include as-drawn, pickled, and electropolished surfaces.
Q: Do you accept small orders?
A: Yes, we support both prototyping and volume production.
Q: What are your lead times?
A: Lead times depend on specs. Standard sizes ship faster. Custom orders include clear timelines.
Q: How is quality controlled?
A: Dimensional checks, visual inspection, and full material certification. Additional testing available upon request.
Expert Guidance: 24/7 support
Asia Region:nitinolwire.com
Middle East Region:getnitinol.com
US Region:nitinolalloy.com nitinolusa.com
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Linkedin account:Ben Xiang | LinkedIn
Nitinol Wire – Superelastic and shape-memory wire for medical, industrial, and smart device applications.
Nitinol Tube – Precision-engineered tubing ideal for minimally invasive devices and high-performance systems.
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