nitinol sheet 0.3 mm

nitinol sheet 0.3 mm

Product name	Nickel titanium alloy sheet foil 0.3mm
Material	Nickel titanium alloy, niti, nitinol superelastic
Chemical	Ni54-57%, Ti balance
Thickness	0.3mm , tolerance +/-0.05mm,
Size	200mm x200mm
MOQ	1 pieces
Type	superelasic , medical grade or non medical grade
Application	medical, non medical, surgical, orthodontic, dental , aerospace, auto, electronic, sport
Surface	acid pickling
Standard	ASTM F2063

The 0.3mm nickel-titanium plate has a shape memory effect and can restore its preset shape at a specific temperature, with a recovery strain capacity of 10% to 20%. It also features super elasticity, capable of withstanding up to 8% recoverable strain. Its bending deformation capacity is six times that of traditional steel, and it can automatically rebound without external force. In addition, its corrosion resistance is superior to that of medical stainless steel, it has good biocompatibility, does not irritate human tissues, and has a fatigue life of 1×10^⁷ cycles.

Nickel-titanium plates with a thickness of 0.3 mm have particular advantages in the following fields due to their excellent flexibility and structural strength:

• Ultra-thin stents and minimally invasive devices in medical implants;
• Flexible circuit boards and micro-actuators in consumer electronics;
• lightweight structural components and sensor elements in aerospace;
• ultra-thin flexible structures in smart wearable devices

The application advantages of nickel-titanium plates mainly stem from their unique properties such as shape memory effect, super elasticity, corrosion resistance, lightweight, and high fatigue life, which precisely match the core demands of the power industry for "high reliability, long service life, adaptability to extreme environments, and improved energy efficiency".

In the medical field, 0.3mm nickel titanium plates can be used to make medical devices such as stents and implants.

In the field of aerospace, it can be used to manufacture components for spacecraft and aircraft.

In the automotive manufacturing industry, it can be used to manufacture engine components, body structures, etc. In addition.

It can also be used for the manufacturing of electronic products, sports equipment, and other products.

The application fields of nickel titanium plates are continuously expanding rapidly, especially in multiple industries such as healthcare, aerospace, consumer electronics, energy and power, showing strong innovation vitality and growth potential.

0.3mm niti sheet feature

- Ultra-thin & High Strength: 0.3mm thickness enables minimally invasive delivery (catheter diameter reducible by 20% compared with stainless steel materials), while tensile strength reaches 1000-1500MPa—ensuring sufficient radial support for vascular stents without deformation.

- Precise Shape Memory Effect: Activated by human body temperature (Af temperature 35℃±2℃), it can recover to preset shape within 3 seconds after implantation, with shape recovery rate ≥99%. No additional mechanical force is needed, reducing surgical risks.

- Superior Biocompatibility: Nickel content strictly controlled at 55.8%-56.5% (atomic ratio), nickel ion release ≤0.1μg/cm²·day—far below the EU MDR limit (0.5μg/cm²·day). No allergic or inflammatory reactions reported in 5-year clinical follow-up.

We offer one-stop customization 0.3mm nickel titanium alloy sheet to support customers' product innovation:

Customized Item	Range of service	Delivery
Size & tolerance	Width 10mm-300mm, length 100mm-800mm, thickness tolerance +/-0.05mm	Standard： 10-15 workdays, Customized: 25-30 workdays
Phase transaction temperature	Adjust Af temperature:  -10 ~ 100 degree	Customized: 25-30 workdays

We provide samples (up to 5 pieces) with complete testing reports. You need to cover the cost. Samples can be delivered within 3 working days by DHL/FedEx. 

Contact us

Could you share the specific requirements of nitinol sheet 0.3 mm (such as implant type, size, and surface treatment)? We can immediately arrange a technical specialist to provide a tailored solution and send the sample application form to your email.