| 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 Stock – Ultra-Thin 0.1mm Wall for Advanced Applications
Discover high-performance Nitinol tube stock with an ultra-thin 0.1mm wall thickness, engineered for precision-critical industries. We supply medical-grade Nickel Titanium alloy tubes that meet ISO 13485 standards, offering unmatched shape memory and superelastic properties.
✅ Medical-Grade Material
Our nitinol tube stock is made from premium biocompatible Nickel Titanium alloy. It resists corrosion, handles stress with ease, and is ideal for implantable and minimally invasive devices.
✅ Customizable Diameter Range
We offer a wide range of outer diameters, from micro-scale (<1mm) to larger formats (>10mm). We support both prototype creation and volume production with tubes made to your precise dimensions.
✅ What Makes Nitinol Special?
Nitinol (Nickel Titanium) is the most widely used Shape Memory Alloy (SMA) today. It exhibits:
Shape Memory Effect (SME): Bend the tube when cold, and it snaps back to its original form upon heating.
Superelasticity: At room temperature, it bends significantly and returns to shape without damage—ideal for tight or moving spaces.
📌 Key Applications for 0.1mm Wall Nitinol Tubes
Medical Devices: Used in guidewires, catheters, micro-needles, neurovascular tools, and endoscopic instruments.
Surgical Instruments: Enhances precision and flexibility during complex operations.
Micro-Delivery Systems: Facilitates exact drug or fluid transport through narrow channels.
Sensors & Actuators: Perfect for small-scale movement and detection in robotics and medical devices.
Fluidic Systems: Kink-resistant, flexible, and ideal for microfluidic flow control.
Advanced R&D: Used in experimental systems involving smart materials and biomechanics.
🔍 FAQs – Your Questions Answered
Q: How thin can your nitinol tubes go?
A: Our 0.1mm wall is standard, but we manufacture even thinner sizes upon request.
Q: What is the transformation temperature?
A: Controlled between 0°C–70°C. Frequently set at approximately 37°C to match human body temperature in clinical use.
Q: Can I order custom sizes?
A: Absolutely. OD, ID, wall thickness, and Af temperature are all configurable based on your requirements.
Q: Why choose thin-wall Nitinol tubing?
A: It allows lower profiles, greater flexibility, and more innovative miniaturized designs.
Q: Is it strong enough?
A: Yes—despite the thin wall, it offers high tensile strength and outstanding fatigue resistance.
✅ Why Choose Our Nitinol Tube Stock?
Unrivaled Performance from Nitinol’s unique properties
Custom Engineering for tight-tolerance applications
Medical-Grade Quality for life-saving reliability
Trusted Supply Chain from an experienced Nitinol manufacturer
Unlock the full potential of shape memory technology with our ultra-thin Nitinol tube stock.
Expert Guidance: 24/7 support
Asia Region：nitinolwire.com
Middle East Region:getnitinol.com
US Region：nitinolalloy.com nitinolusa.com
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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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