Nickel 205

Nickel 205 (nickel 205) is similar to Nickel 200, but has made compound adjustments to improve its performance in electrical and electronic applications. Nickel 205 (nickel 205) is used in the electronics industry.

 

Composition Standard Specification Key features Application
Element Min % Max %
Ni 99.0
Mg 0.01 0.08
Ti 0.01 0.05
Cu 0.15
Fe 0.20
C 0.15
Si 0.15
S 0.008
Mn 0.35
W.NR 2.4061
UNS N02205
AWS 072
 Similar to Nickel 200, but there are compound adjustments to improve performance in electrical and electronic applications Anodes and grids of electronic valves.

Lead wires. Transistor Magnetic Voltage Transformers

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Density 8.89 g/cm³ 0.321 lb/in³
Melting point 1446°C 2635°F
Thermal expansion 13.3 μm/m °C (20 – 100°C) 7.4 x 10-6 in/in °F (70 – 212°F)
Modulus of rigidity 82 kN/mm² 11893 ksi
Modulus of elasticity 207 kN/mm² 30000 ksi

 

Nickel 205 (nickel 205) is a nickel alloy with characteristics similar to nickel 200 alloy. Nickel 205 (nickel 205) It has excellent mechanical, electrical and corrosion resistance properties and good oxidation resistance.

Nickel 205 (nickel 205) is ferromagnetic in temperatures below 360 ° C (680 ° F) and contains small aluminum and titanium additions for a good combination of mechanical and electrical properties. The following section provides detailed information about the nickel 205 alloy.

 

Nickel 205 (nickel 205) machining and heat treatment

Nickel 205 (nickel 205) alloy can be processed using high speed tool steels

 

Nickel forming 205 (nickel 205)

Nickel 205 (nickel 205) is very ductile and therefore can be used in any way by conventional methods.

 

Nickel 205 (Nickel 205) Welding

Nickel 205 (nickel 205) can be welded using all common welding techniques.

 

Nickel 205 (nickel 205) heat treatment

Nickel 205 (nickel 205) alloy is not heat treated. Therefore, it can be tempered after cold processing.

 

Nickel 205 (Nickel 205) Forging

 

Nickel 205 (nickel 205) can be forged at temperatures between 899 ° C (1650 ° F) and 1204 ° C (2200 ° F).

 

Nickel 205 (nickel 205) hot forming

Nickel 205 (nickel 205) alloying temperature can be processed hot from 677 ° C to 1204 ° C.

 

Nickel 205 (nickel 205) cold forming

Nickel 205 (nickel 205) is ductile so it can be easily processed cold.

 

Annealing Nickel 205 (nickel 205)

Nickel 205 (nickel 205) alloy can be annealed at 871 ° C (1600 ° F).

Other definitions equivalent to Nickel 205 (nickel 205) include:

 

Nickel 205 (nickel 205) standards

AMS 5555

MIL N-46025

ASTM F1

ASTM F3

ASTM F9

Nickel 205 (nickel 205) application

 

Applications of Nickel 205 (nickel 205) alloy are as follows:

Magnetostrictive transducers

Mechanical supports

Transistor housings

Battery boxes

Lead wires

Anodes and grids of electronic valves