Corrosion Resistant High Strength Nitinol Alloy Tube With 10% Elongation
Product Specifications
| Attribute |
Value |
| Superelasticity |
Yes |
| Shape Memory |
Yes |
| Tensile Strength |
1100 MPa |
| Density |
6.45 G/cm3 |
| Young's Modulus |
55 GPa |
| Material |
Nickel-Titanium |
| Shape Memory Temperature |
50-100°C |
| Electrical Conductivity |
Low |
Product Overview
Our Nitinol Alloy is engineered for demanding applications across medical, aerospace, and automotive industries. Its unique combination of shape memory and superelastic properties makes it ideal for precision components requiring consistent performance under stress.
Key Features
- Exceptional tensile strength (1100 MPa) with 10% elongation capability
- Superior fatigue resistance for cyclic loading applications
- Shape memory activation between 50-100°C
- Biocompatible for medical applications
- Cost-effective alternative to CuNi Alloy and Alloy Steel Tube
- Compatible with standard manufacturing processes (forging, casting, rolling)
Industrial Applications
- Medical: Stents, orthopedic implants, surgical instruments
- Aerospace: High-stress components requiring fatigue resistance
- Automotive: Durable parts for demanding environments
- Other: Robotics, consumer electronics, sports equipment
Technical Support & Services
Our expert team provides comprehensive support including:
- Detailed product documentation (datasheets, specifications)
- Custom alloy development for specialized requirements
- Prototype fabrication and testing services
- Product validation and quality assurance
Packaging & Shipping
All Nitinol Alloy products are securely packaged with protective materials to ensure safe delivery. We offer worldwide shipping with tracking for all orders.
Frequently Asked Questions
What is Nitinol Alloy?
A nickel-titanium alloy exhibiting shape memory and superelasticity, widely used in medical devices and aerospace engineering.
What are the brand details?
Brand: DLX | Model: Nitinol Tube | Origin: China JiangSu
What makes Nitinol unique?
Its combination of shape memory, superelasticity, and biocompatibility makes it superior to alternatives like Copper Nickel Alloy or Alloy Steel Tube for specialized applications.