| 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
Nitinol Tube & Wire: Superelastic Solutions for Medical & Industrial Use
Premium Nitinol Products
Our factory produces high-performance nitinol tube and wire solutions. This special material offers unique properties for critical engineering and medical applications. Our products deliver reliable superelasticity and shape memory performance.
Superelastic Nitinol Material
We use medical-grade superelastic nitinol. This advanced alloy instantly recovers its original shape after bending or compression. Key grades include:
Standard SE Nitinol: Best for most superelastic needs
Fatigue-Resistant Grades: Ideal for high-cycle applications
High-Strength Variants: For demanding force requirements
Nitinol Tube Specifications
Material: Superelastic Nitinol (ASTM F2063)
Diameter Range: 0.1mm to 25mm sizes
Wall Thickness: 0.025mm to 3mm options
Key Features: Extreme kink resistance, MRI safety, biocompatibility
Key Nitinol Tube Benefits
Superior Flexibility: Navigates complex paths without kinking
Shape Memory: Automatically returns to preset forms
Constant Force: Delivers reliable, gentle pressure
Body-Safe: Perfect for medical implants
Nitinol Tube Applications
Medical Devices: Catheters, stents, guidewires
Surgery Tools: Endoscopic and laparoscopic instruments
Industrial Systems: Corrosive fluid transfer lines
Robotics: Precision actuators and joints
Aerospace: Lightweight deployable components
Nitinol Wire Solutions
Diameter Range: 0.001mm to 6.0mm
Forms: Round, flat, or custom shapes
Key Advantages: 8% reversible strain, vibration damping
Why Choose Our Nitinol Products?
Medical-grade quality assurance
Custom sizes and processing options
Consistent superelastic performance
Reliable shape memory behavior
Global shipping availability
Nitinol in Large Engines?
Nitinol faces challenges in big power systems:
Low Efficiency: Heat engines lose significant energy
Power Density Issues: Requires impractical material volumes
Heat Transfer Limits: Difficult uniform temperature control
High Costs: Prohibitive at engine scales
Fatigue Risks: Unproven for massive cyclic loads
Expert Guidance: 24/7 support
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