Davidon Alloys, Inc. - Nilo Wire
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Nilo Wire

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SI Nickel-Chromium: Heating Element and Resistance Alloys

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Item #

Approx. Chemical Composition

Density

Melting Point

Coefficient of Expansion

Heat Treatments

Approx. Tensile Strength

Inflection Point

Thermal Conductivity

Manufacturer

Nilo 36 Wire Ni (35-38%), Fe (BAL) 8.11 g/cm³ 1430 °C 1.5 μ m/m °C at 20-100°C
2.6 μ m/m °C at 20-200°C
The Nilo alloys are usually used in the annealed condition (residual cold work distorts the coefficients of thermal expansion).
850-1000°C (Annealed)
830°C - 30 mins - W/Q Re-heat to 300°C - 1 Hr - W/Q Finally heat to 100°C - 48 Hrs - A/C (For highest dimensional stability)
450-550 N/mm² (Annealed)
700-900 N/mm² (Spring Temper)
220 °C 10.0 PSW
Nilo 42 Wire Ni (42%), Fe (BAL) 8.11 g/cm³ 1435 °C 4.5-6.5 μ m/m °C At 20-300°C
5.3 μ m/m °C At 20-100°C
The Nilo alloys are usually used in the annealed condition (residual cold work distorts the coefficients of thermal expansion).
850 - 1000°C (Annealed)
450-550 N/mm² (Annealed)
700-900 N/mm² (Spring Temper)
370 °C 10.5 PSW
Nilo 48 Wire Ni (48%), Fe (BAL) 8.2 g/cm³ 1450 °C 8.3-9.3 μ m/m °C At 20-400°C
8.5 μ m/m °C At 20-100°C
The Nilo alloys are usually used in the annealed condition (residual cold work distorts the coefficients of thermal expansion).
850 - 1000°C (Annealed)
450-550 N/mm² (Annealed)
700-900 N/mm² (Spring Temper)
460 °C 16.7 PSW
Nilo K Wire Ni (29%), Fe (53%), Co (17%) 8.16 g/cm³ 1450 °C 4.6-5.2 μ m/m °C at 20-400°C
6.0 μ m/m °C at 20-100°C
The Nilo alloys are usually used in the annealed condition (residual cold work distorts the coefficients of thermal expansion).
850 - 1000°C (Annealed)
450-550 N/mm² (Annealed)
700-900 N/mm² (Spring Temper)
450 °C 16.7 PSW
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