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Precision 3J53 Elastic Alloy Superior Elasticity & Excellent Resistance For Aerospace & Instrumentation

Short Description:

3j53 Elastic Alloy Wire Elastic Alloy

Ni42CrTi belongs to Fe - Ni - Cr - Ti is ferromagnetic precipitation strengthening constant elastic alloy.
After solid solution treatment, plasticity is good, hardness is low, easy to processing molding.
Solid solution or after the cold strain aging treatment, reinforcement and good constant elastic properties.


  • Product name: 3j53 Elastic Alloy Wire
  • Product description: Elastic Alloy Wire
  • Product material: Ni42CrTi
  • Customization: Can provide
  • Sample: We support samples
  • Quality: Good quality
  • Product Detail

    FAQ

    Product Tags

    3j53 Elastic Alloy Wire Elastic Alloy

    Ni42CrTi belongs to Fe – Ni – Cr – Ti is ferromagnetic precipitation strengthening constant elastic alloy.
    After solid solution treatment, plasticity is good, hardness is low, easy to processing molding.
    Solid solution or after the cold strain aging treatment, reinforcement and good constant elastic properties.

    Ni42CrTi alloy with small temperature coefficient, high mechanical quality factor, good wave velocity uniformity, high strength and modulus of elasticity and smaller elastic aftereffect and lag, low linear expansion coefficient, good processing properties and good corrosion resistance and other excellent properties.

    Chemical composition

    composition % Fe Ni Cr Ti Al C Mn Si p S
    content min Bal 41.5 5.2 2.0 0.5
    max 43.5 5.8 2.7 0.8 0.05 0.8 0.8 0.02 0.02

    Typical Physical properties

    Density (g/cm3) 8.1
    Electrical resistivity at 20ºC(OMmm2/m) 1.0
    Melting point ºC 1480
    Thermal conductivity, λ/ W/(m*ºC) 12.98
    Elastic Modulus, E/ Gpa 176~206
    Application overview
    and special requirements
    Ni42CrTi alloy finds extensive application in the aviation field. It is predominantly employed in the fabrication of elastic sensitive elements that endure tension, pressure, and bending stress, as well as frequency components operating in longitudinal moment or bending vibration modes. Illustrative examples include various sensors demanding a constant elastic modulus (or frequency), such as pressure sensors, signal torque components, and the tops of screws used in surrounding structures.
    Moreover, this alloy can be utilized to manufacture items like film boxes, diaphragms, shock tubes, corrugated tubes, precision springs, wire pieces, and super mechanical filters.

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