Nickel 200 Composition & Density

Reference to Nickel 200 composition & density, the Density of Alloy 200 Nickel is 0.321 lb/in³ (8.89 g/cc). Nickel 200 has a Solidus of 1435 °C (2615 °F) The Liquidus is 1446 °C (2635 °F). 200 Alloy has a Melting Point of 2615 – 2635 °F (1435 – 1446 °C). Nickel 200 has a Thermal Conductivity of 487 BTU-in/hr-ft²-°F (70.2 W/m-K). The Specific Heat Capacity is 0.109 BTU/lb-°F (0.456 J/g-°C). The linear CTE is 7.39 µin/in-°F (13.3 µm/m-°C). Nickel Alloy ni200 has a Curie Temperature of 680 °F (360 °C).

Nickel 200 Vs 201

Comparing Nickel 200 vs 201, Nickel 200 is commercially pure, it has low electrical resistivity and it displays good resistance to corrosion. N02200 material is much alike Nickel 200, but it is a low carbon modification of it. 2.4066 material has an Ultimate Tensile Strength of 72,000 psi. Nickel 201 has an Ultimate Tensile Strength of 59,000 psi. The 0.2% Offset Yield Strength is 25,000 psi. The 0.2% Offset Yield Strength of Nickel 201 is 15,000 psi. 2.4066 material has a Rockwell Hardness of B 61. Nickel 201 has a Rockwell Hardness of B 55.

Nickel 200 Machinability

When it comes to machining, din 2.4066 is categorized as moderate to difficult. But by employing the conventional methods of machining, it is possible to machine Nickel 200. With regards to Nickel 200 machinability, no cutting fluid or almost any, can be used. On almost any machine, it is possible to bore and face-turn Nickel 200. To drill bigger holes in ni 2.4066, it calls for the use of lots of power and machinery that is sturdy. During the machining: 1) During cutting, it generates high heat. 2) It work hardens quickly. 3) Because of its high shear strength, high resistance is seen with the removal of metal.

Nickel 200 Composition