Nitinol Spectacle Frame Description
Nitinol Spectacle Frames boast lightweight durability and unique shape memory properties. With a density of approximately 6.45 g/cm³, they offer lightweight comfort for prolonged wear. Operating within body temperature, typically around 37°C, Nitinol frames adjust to facial contours for a personalized fit. Exhibiting superelasticity with stress levels reaching 250 MPa, they swiftly rebound to their original shape after deformation, ensuring longevity. These frames resist corrosion from sweat, cosmetics, and cleaning agents, maintaining their aesthetic appeal. Biocompatible and conforming to medical device standards, Nitinol Spectacle Frames provide both durability and comfort, making them an excellent choice for eyewear.
Nitinol Spectacle Frame Specification
Material
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Ni-Ti shape memory alloy
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Shape
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Customized
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Density
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6.45g/cm3
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Shape Memory Temperature
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~37℃
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Hyperelastic Stress
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250MPa
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Nickel Titanium Alloy Applications
1. Eyewear Industry: Utilized in the manufacturing of lightweight, durable, and flexible spectacle frames offering superior comfort and precise fit for users.
2. Medical Field: Adapted for use in medical eyewear, such as surgical glasses and protective goggles, due to their biocompatibility and shape memory properties.
3. Sports and Recreation: Employed in sports eyewear for activities like skiing, cycling, and mountaineering, providing impact resistance and enhanced durability.
4. Fashion Accessories: Integrated into designer eyewear collections, offering stylish and innovative frame designs with the added benefits of durability and comfort.
5. Specialized Applications: Used in specialized eyewear for industrial settings, military applications, and underwater diving, providing reliable eye protection and comfort in demanding environments.
SAM Spectacle Frame Packaging
Our nitinol spectacle frames are tagged and labeled externally to ensure efficient identification and quality control. Great care is taken to avoid any damage which might be caused during storage or transportation.
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