Titanium nickel memory alloy wire

• Material：Gr1, Gr2, Gr3, Gr5, Gr7, Gr9, Gr12
• Executive Standard： ASTM B863, AWS 5.16

ASTMF2063 superelastic nickel titamium alloy wire nickel titamium alloy wire 

(1)ASTM F2063 Shape Memory Nitinol Wire Nickel Titanium Alloy Wire
(2) Size:1.5mm 
   (3) Af temperature : 10-15 degree celsius 
   (4) Surface: polishing surface and black surface
   (5) Standard: ASTM F 2063-12
   (6) Certification: ISO9001 :2015 .Rosh .biocompatibility
   (7) Supply Ability: 100kgs per month 
   (8) Feature: shape memory and super-elastic properties 
   (9) MOQ:2 kg

what is nitinol and SMA? 

Shape memory alloys (SMAs) are alloys with "memory": They can return to their original shape after being deformed via a change in pressure or temperature. SMAs are used in a wide variety of applications - including metallurgy, manufacturing, biomedicine, and children's arts and crafts - and their uses are always expanding...A shape memory alloy is a material that undergoes a phase transformation when it experiences a mechanical stress or temperature change. When the conditions return to normal, the SMA "remembers" its original shape and reverts to it

Superelastic Nitinol

This product form takes advantage of the stress-induced martensitic transformation to achieve incredible amounts of flexibility, strain recovery, and kink resistance. Nitinol behaves superelastically if the Active A(f) temperature is below its use temperature. Applications that are intended to be superelastic at room temperature are generally produced with an Active A(f) temperatures below room temperature in the range of 0 C to 20 C. A superelastic material will remain superelastic up to a temperature from the Active A(f) to a temperature about 50 C above Active A(f). Therefore a material with an Active A(f) of about 15 C will exhibit good superelasticity up to about 65 C. Please contact Seabird for more information regarding the use of Alloys.