Nitinol Wire, Memory Nitinol Wire Trained Wire Nitinol Shape Memory Alloy for Research Labs Classroom Display 2.5mmx5m,2.0mmx5m

Product DescriptionBrand New And High Quality. Features: Made Of High Quality Nitinol Alloy,Not Easy To Rust And Has Good Elasticity. Nitinol Wire,Smooth Surface Without Burrs,Flexible,Bright. With A Certain Memory Function,Can Be In Phase Change Temperature,Memory Shape. Use Widely Used,Mainly Use Mobile Phone Antenna,Fishing Hook,Fishing Rod,Children'S Toy Antenna,Optical Spectacle Frame,Bluetooth Headset,Ear Hook,Medical Equipment,Etc. Specifications: Material:tc4 Nitinol Alloy Color:Black Length:5mDiameter:0.2mmx5m，0.25mmx5m，0.3mmx5m，0.4mmx5m，0.5mmx5m，0.6mmx5m，0.8mmx5m，1.0mmx5m，1.2mmx5m，1.5mmx5m，2.0mmx5m，2.5mmx5m Package Include: 5mxNitinol Wire Note: 1. Please Allow 1-3 CM Error Due To Manual Measurement. 2. As Different Computers Display Colors Differently,The Color Of The Actual Item May Vary Slightly From The Above Images,Thanks For Your Understanding.

• Crafted from high-quality Nitinol alloy, our wire exhibits exceptional resistance to rust and corrosion, coupled with remarkable elasticity. This ensures long-lasting durability and reliable performance in various environments.
• The wire boasts a seamless, burr-free surface, enhancing its aesthetic appeal and functionality. Its flexible nature allows for effortless manipulation and shaping, making it ideal for a wide range of applications.
• Equipped with a unique shape memory property, our Nitinol Wire can revert to its original shape at a specific phase change temperature. This feature is particularly useful in applications requiring precise shape recovery.
• Widely utilized across industries, our Nitinol Wire finds application in mobile phone antennas, fishing hooks and rods, children's toy antennas, optical spectacle frames, Bluetooth headsets, ear hooks, and more. Its adaptability makes it a preferred choice for diverse projects.
• With an operating temperature range of -15°C to 150°C (5°F to 302°F), our Nitinol Wire maintains its structural integrity and shape memory capabilities. This ensures consistent performance even in extreme temperature conditions, with wire deformation easily restored to a straight line.