Nitinol Flat Strip

Nitinol flat strips are thin, flexible pieces made from an alloy of nickel and titanium, known for their remarkable shape memory and superelasticity. These strips can return to a specific shape when heated above a certain temperature, making them ideal for applications requiring consistent performance. They are commonly used in medical devices like stents, actuators, and dental tools. The flat design offers ease of integration into various systems while providing strength and flexibility. Nitinol flat strips are highly resistant to corrosion, ensuring long-term reliability in harsh environments. Their ability to adapt to different shapes under stress makes them versatile for a variety of engineering projects. The material’s unique properties allow for precise control and performance in critical applications.

Flat Strip Dimensions and Tolerances

Thickness

Thickness (T)	Tolerance of the Thickness
0.010<T<0.05 mm	±0.005 mm
0.05 mm≤T<2.5 mm	±0.1T mm

Width

Width (W)	Tolerance of the Width
0.1≤W≤10 mm	±0.1W mm
0.076<W<0.1 mm	±0.01 mm

MECHANICAL PROPERTISE

Alloy Code	UTS σ_b Mpa	Elongation δ%	UPS σ_load Mpa	Permanent Set After 6% Strain %	Active A_f °C
A	>=1300	>=10	>=480	<0.5	10±7° C
B	>=1150	>=10	>=440	<0.5	17±7° C
C	>=1000	>=10	>=400	<0.5	25±5° C
D	>=950	>=10	>=300	<0.5	35±5° C
E	>=550	>=15	>=200	<0.5	35±8° C TO 110±8° C

NOTE :- All Mechanical Testing Conducted at 22°C +/- 2°C

Surface condition

Black surface oxidation
Light oxidation (golden to brown)
Etched surface
Electropolishing surface (EP)
Grinding surface