Shape memory nitinol sheet is a memory alloy, mainly composed of nickel and titanium, which has the function of memory shape. It can maintain different shapes at different temperatures and has high elasticity and recovery properties. In terms of application, it can be used to manufacture parts that require high strength and high elasticity in various medical devices, aerospace equipment, auto parts, and other fields. In addition, it also has the characteristics of corrosion resistance and wear resistance. Due to the unique nature of nitinol sheet, it is widely used in fields such as medical treatment, aviation, aerospace, electronics, and automobiles.

 

 

 

 

1) Shape memory performance: Nitinol sheet is able to autonomously restore its original shape even when bent or twisted, which is one of its most important properties.

2) Corrosion Resistance: This alloy material is relatively resistant to most common corrosive environments, resulting in long service life.

3) Super elastic: It has extremely high elasticity and resistance to bending, which allows it to maintain long-lasting performance for a long time.

4) Fatigue resistance: This alloy material has good fatigue resistance, and is not easy to break, permanent plastic deformation, etc.

5) Performance at low temperatures: It has excellent low-temperature performance and can maintain its original performance at very low temperatures.

In conclusion, it is an excellent material that can be used in many different applications, such as medical devices, aerospace, the machinery industry, etc.

 

 

• Rolling: First, select a high-quality slab to roll the nitinol sheet.
• Cutting: Then cut the nitinol plate according to the required size and shape.
• Cleaning: Clean the nitinol sheet after cutting to remove impurities and dirt on the surface.
• Heat treatment: Heat the nitinol sheet to a specific temperature to restore its original shape. This step is the most critical step in nitinol sheet processing.
• Cooling: After the shape memory nitinol sheet returns to its original shape, it needs to be cooled quickly to keep it in its new shape.
• Forming: After heat treatment and cooling of the nitinol plate, it can be formed into the desired shape and size as required.
• Finishing: Finishing the shape memory nitinol plate, such as grinding and polishing.
• Final quality inspection: Carry out a final quality inspection on the finished product to ensure that it meets the requirements.

 

The above is the general processing flow of nitinol sheet, and the specific processing process may vary due to the different equipment and processes of each factory.

 

 

1) Medical device field: It can be used to make medical devices such as stents, guide wires, and vascular surgical instruments, and has good biocompatibility and corrosion resistance;

2) Aerospace field: It can withstand high wear resistance and high strength, so it is widely used in turbine engine components, observation window components, etc.;

3) Automobile manufacturing field: it can be used in the manufacture of auto parts, such as springs, cushions, exhaust systems, etc.;

4) Power equipment field: it can be used in the manufacture of power equipment, such as knife switches, switches, drives, etc.;

 

In the field of mechanical manufacturing: Shape memory nitinol sheet can be used to manufacture complex-shaped parts, springs, etc., with high torsion resistance and superelasticity.

 

 

 

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