Nitinol Shape Memory Tube being a different metal, has unique properties. The thermal shape memory features of these tubes are very peculiar. Their mechanical shape superelasticity is excessively applauded. Nitinol Shape Memory Tube is used in medical industries, cardio stents, etc. The specifications of these tubes are designed as per client requirements
Nitinol Shape memory tubes have great concentration tolerances. This is very important and useful when used in the medical industry. Their narrow wall tolerances make them subtle for body implants without any complications. Nitinol shape memory tubes and Nitinol Superelastic Tube have great CTE coefficient thermal expansion, making them suitable for all temperatures. Their specific resistivity is also high, making them more durable and biocompatible.
The production method is highly advanced with custom-made machinery combined with experienced staff. The people taking care of these aspects need to be very careful in their precision of work. No errors can be accepted as these Nitinol shape memory tubes are used in human body surgeries and implants. The materials need to be checked for their purity to eliminate the chances of getting oxidized or rust which may cause further complications in the body.
Nitinol shape memory tubes are made by following conventional tube-over-mandrel manufacturing processes. After the process is completed, the outer surface is cleaned of any contaminants using the traditional drawing process. After this step, the tube can be delivered as an exact length or as a random length.
Nitinol shapes are not easy to manufacture. Curved devices require special shape-setting processes. The right process will provide the desired shape while preserving the superelastic properties of Nitinol. This process requires specialized equipment and considerable experience. Fortunately, there are several different techniques that can be used to create a high-quality Nitinol part.
Unlike many other materials, Nitinol is able to change shape without changing its composition. This allows engineers to tweak it to accommodate a wide range of conditions. The material is now used in a variety of applications, including the blood vessels around the heart and solar panel hinges.
The shape-memory alloy Nitinol is widely used in medical applications and is a key component in the manufacturing of medical devices. It allows surgeons to use less-invasive techniques, and helps improve the quality of life for millions of people. This material is essential to our future progress.
|Standards :||ASTM F2063 / ASME SF2063|
|Wall Thickness :||0.05 mm-3mm|
|Outer Diameter :||0.70mm~3.00mm|
|Property:||Shape Memory Alloy|
|Af range :||-5 to 40 ℃|
|Length range :||500-1800mm|
|Wall Thickness Range :||0.05 mm-3mm|
|NiTi Alloys||N01555||ASTM F2063|
|Element||Tensile Strength (Mpa)||Yield Strength (Mpa)||Elongation (%)|
|Melting Point||1310 °C|
|Specific el. Resistivity||82 μΩcm|
|Coefficient of Thermal Expansion (CTE)||11×10-6 °K|
|Modulus of Elasticity||41-75 GPa|
There are many sectors and industries consuming ASTM F2063 Nitinol Shape Memory Tubes like:
|To manufacturing conveyor shafts||Oil and Gas|
|Manufacturing gears, bearings, and hinges||Used for Electric pumps / motors|
|Textile industry||Defence Industries|
|Aerospace Industries||Used in Agricultural sector|
|Military||To making arms and ammunition|
|Dubai||Abu Dhabi||Sharjah||Ajman||Al Ain||Ajman|
|Basra||New Cairo||Doha||Kuwait City||Beirut||Sana’a|
|Sao Paulo||Lima||Bogota||Rio de Janeiro||Santiago||Caracas|