Nickel-Titanium Shape Memory Alloy Wire, Nitinol 3.3 Ft Length Super Elastic High Hardness Ti-Ni Special Alloys for Lab Research (1, 3.3ft Length, Diameter 0.3mm)

Product characteristics: With mechanical properties and corrosion resistance, has a certain memory function, can restore the shape at phase change temperature Its expansion rate is more than 20%, fatigue life up to 1*10 ^ 7, damping characteristics are 10 times higher ordinary spring materials, meet application needs of various industrial laboratory research, very excellent functional material 1. Overelasticity room temperature: maintain material's super rebound effect temperature, but elasticity will become worse even softer low 2. Low overshoot: The still maintains sufficient in sub-zero state, it not suitable for use high environment 3. Temperature controlled material: soft when heated cost straight hard, resulting rigidity 4. Power contraction: After access rated power direct current, nickel-titanium alloy wire instantly produce linear contraction, original length after failure If you purchase multiple pieces Ni-Ti same size one time, we send continuous with total equal purchased

• If you purchase multiple pieces of Ni-Ti wire of the same size at one time, we will send continuous wire with a total length equal to the length of the Ni-Ti wire you purchased
• 3. Temperature controlled material: the material is very soft at room temperature, and when heated to a certain temperature, the material cost will become straight and hard, resulting in a certain rigidity
• 4. Power contraction: After access to a certain rated power direct current, the nickel-titanium alloy wire will instantly produce linear contraction, and restore the original length after power failure
• 2. Low temperature overshoot: The material still maintains sufficient rebound effect in the sub-zero state, but it is not suitable for use in high temperature environment
• Product characteristics: With mechanical properties and corrosion resistance, and has a certain memory function, can restore the memory shape at the phase change temperature