Nitinol Shape Memory Wire, 1 Meter Pre-Trained for Instrument Experiments, High Heat & Super Elastic(0.4mm)

Product Description:Length: 1meterDiameter: 0.1mm/-8mmPackage included: 1pcsNormal temperature super elasticity: maintain the super elasticity of the material at room temperature, but the elasticity will deteriorate or even become soft at low temperature, used for instrumentation experiments, etc.Low-temperature super elasticity: in the sub-zero state of the material still maintains a sufficient rebound effect, but is not very suitable for high-temperature environment, used for fishing hooks and other fishing tackle products.Temperature-controlled materials: the material is very soft at room temperature, to a certain temperature, the material will become straight and hard, produce a certain degree of steel, for electrical appliances, sanitary ware, kitchen utensils, machinery parts, hardware products, springs, standard parts, fasteners, precision parts of the scientific research and experiments.Energised shrinkage: Nitinol wire will instantly produce straight line shrinkage after accessing a certain rated DC current, and recover the length after power failure, elongation: 25~50%. Used in electronic locks and can produce straight line, spiral, V-shaped and other contraction reaction after power on.Attention:+/-3mm measurement toleranceLighting lenses and different monitors may cause the colour of the item in the picture to be slightly different from the real thing

• 1 Meter long Nitinol wire with a diameter of 0.1mm, perfect for various instrumentation experiments and applications.
• Exhibits remarkable shape memory effect, returning to its shape upon local heating, ideal for precise mechanical devices.
• High heat resistance allows it to endure thermal cycling stress, making it suitable for high-temperature environments.
• Exceptional mechanical properties with good elasticity and plasticity, capable of handling complex mechanical tasks with ease.
• Energised shrinkage feature enables instant straight line contraction upon DC current application, perfect for electronic locks and innovative designs.