• Shape memory alloy spring
  • Shape memory alloy spring
  • Shape memory alloy spring
  • Shape memory alloy spring
  • Shape memory alloy spring
  • Shape memory alloy spring
  • Shape memory alloy spring
  • Shape memory alloy spring
  • Shape memory alloy spring
  • Shape memory alloy spring
  • Shape memory alloy spring
  • Shape memory alloy spring
  • Shape memory alloy spring
  • Shape memory alloy spring
  • Shape memory alloy spring
Shape memory alloy spring
Shape memory alloy spring
Shape memory alloy spring
Shape memory alloy spring
Shape memory alloy spring
Shape memory alloy spring
Shape memory alloy spring
Shape memory alloy spring
Shape memory alloy spring
Shape memory alloy spring
Shape memory alloy spring
Shape memory alloy spring
Shape memory alloy spring
Shape memory alloy spring
Shape memory alloy spring
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Shape memory alloy spring

The shape memory effect of nickel memory springs originates from the reversible phase transformation process of its internal microstructure with temperature changes. In the high-temperature austenite phase state, the spring has a specific initial shape. When the temperature decreases to the martensite phase transformation temperature range, the internal structure of the alloy transforms into the martensite phase, at which point the spring can undergo plastic deformation under external force. However, when the spring is heated again and the temperature rises above the austenite phase transformation temperature, the martensite phase will reverse to the austenite phase, and the spring will automatically recover to its pre-deformed state, as if it “remembers” its initial shape. For example, in some temperature control devices, the nickel memory spring is stretched and deformed at low temperatures. When the ambient temperature rises to the set value, the spring quickly recovers to its original state, thereby triggering corresponding mechanical actions or circuit switches.

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Spring

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  • Product Description

  •  

    Mechanical and Functional Characteristics of Several Compression Springs

    Mean Diameter Free Length (L0) Wire Diameter Estimated Force Value Stroke
    14 130 1,5 20 30
    10 25 1,5 14 8
    9 16 2,2 50 2
    6 18 1,5 30 3
    3 8 0,6 2 2

     

    Shape memory alloy compression springs can be customized according to your design and application requirements.
     

    Product Use/Application Scenarios

    Bathroom equipment: Temperature control spring adjusts water temperature to prevent scalding. Temperature control valve core
    Smart devices: Used as sensor components in temperature-triggered automatic control scenarios.
    Aerospace components: Stable operation under extreme temperatures, compensating for thermal stress. Aircraft structural components, aero engines, miniature electronic components, oil circuit cooling

Shape memory alloy spring

The shape memory effect of nickel memory springs originates from the reversible phase transformation process of its internal microstructure with temperature changes. In the high-temperature austenite phase state, the spring has a specific initial shape. When the temperature decreases to the martensite phase transformation temperature range, the internal structure of the alloy transforms into the martensite phase, at which point the spring can undergo plastic deformation under external force. However, when the spring is heated again and the temperature rises above the austenite phase transformation temperature, the martensite phase will reverse to the austenite phase, and the spring will automatically recover to its pre-deformed state, as if it “remembers” its initial shape. For example, in some temperature control devices, the nickel memory spring is stretched and deformed at low temperatures. When the ambient temperature rises to the set value, the spring quickly recovers to its original state, thereby triggering corresponding mechanical actions or circuit switches.

Email:

luke@smartnitinol.com

Phone/WeChat:

177 2793 3902 (Manager Lv)

Product Inquiry
Related Products

To find the right solution, please contact our technicians,Contact Us!

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Spring

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NiTinol -Titanium Memory Alloy Wire | NiTinol  Spring | NiTinol - Fastening Ring

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